conference booklet - Eurosensors 2010

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Conference Program

Eurosensors XXIVSeptember 5 – 8, 2010

Linz, Austria

Copyright © 2010, Eurosensors 2010, Institute for Microelectronics and Microsensors, Johannes Kepler University Linz, A-4040 Linz.

Photo: Archiv TVL/Röbl. All Rights Reserved.

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Table of ContentsSession Chairs ................................................................................ 4

Welcome......................................................................................... 5

Conference Chair’s Message ......................................................... 6

TPC Chair's Message ..................................................................... 8

International Steering Committee ................................................ 10

Local Organization Committee .................................................... 10

Technical Program Committee..................................................... 10

Local Scientific Program Committee ........................................... 12

Program at a Glance ..................................................................... 13

Registration Desk ......................................................................... 13

Keynote Speakers ......................................................................... 13

Invited Speakers ........................................................................... 14

Lecture Presentation Information ................................................ 15

Poster Presentation Information ................................................... 15

WLAN Web Connectivity ............................................................ 15

Social Program ............................................................................. 16

Austrian Center of Competence in Mechatronics ........................ 17

Johannes Kepler University ......................................................... 18

Sponsor Message ......................................................................... 19

Technical Program ....................................................................... 23

Monday, September 6

A1L-A: KEYNOTE I ............................................................... 23A2L-A: KEYNOTE II ............................................................. 23A3L-A: Gas sensors ................................................................. 24A3L-B: Cell manipulation and analysis ................................... 24A3L-C: Sensor electronics ....................................................... 25A3L-D: Modeling & simulation .............................................. 25A4P-E: Solid-state gas sensors ................................................ 26A4P-F: Interfaces & sensor networks ...................................... 27A4P-G: Applications ................................................................ 28A4P-H: Materials, technology & packaging ............................ 29A5L-A: Selective surface modifications .................................. 32A5L-B: Capacitive sensors ...................................................... 32A5L-C: Optical devices ........................................................... 33A5L-D: Microfluidic systems .................................................. 33

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Tuesday, September 7

B1L-A: KEYNOTE III ............................................................ 35B2L-A: Resonant devices I ...................................................... 36B2L-B: Biomedical systems .................................................... 36B2L-C: Sensor signal processing ............................................. 37B2L-D: Flow sensors ............................................................... 37B3L-A: Electrochemical sensors ............................................. 38B3L-B: Thermal transducers .................................................... 38B3L-C: Wireless biomedical systems ...................................... 39B3L-D: System design & optimisation .................................... 39B4P-E: Physical and Optical Sensors & MEMS ..................... 40B4P-F: Micropower generation II ............................................ 42B4P-G: Biosensors ................................................................... 43B4P-H: Materials and technology ............................................ 44B5L-A: Label-free biosensors .................................................. 46B5L-B: Thermal devices .......................................................... 46B5L-C: On-chip analysis devices ............................................ 47B5L-D: Ultrasensitive magnetic probes ................................... 47

Wednesday, September 8

C1L-A: Optical chemical sensors ............................................ 48C1L-B: Cantilever based sensors ............................................. 48C1L-C: Nanomaterials ............................................................. 49C1L-D: Acceleration sensors ................................................... 49C2L-A: Optical fiber sensors ................................................... 50C2L-B: Nanosensors & NEMS ................................................ 50C2L-C: Thin films .................................................................... 51C2L-D: Micropower generation .............................................. 51C3P-E: Chemical sensors ......................................................... 52C3P-F: Modeling & theory ...................................................... 53C3P-G: Microfluidics & labs-on-a-chip ................................... 54C3P-H: Physical sensors, actuators & MEMS ......................... 55

Author Index ...........................................................................59-71

Conference Venue ........................................................................ 72

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Session ChairsA1L-A: KEYNOTE I – B. Jakoby & M. Vellekoop

A2L-A: KEYNOTE II – B. Jakoby & M. Vellekoop

A3L-A: Gas sensors – C. Di Natale & I. Dufour

A3L-B: Cell manipulation & analysis – H. Brueckl & A. Hierlemann

A3L-C: Sensor electronics – M. Kraft & A. Springer

A3L-D: Modeling and simulation – D. Elata & S. Rupitsch

A4P-E: Solid-state gas sensors – C. Diskus & G. Schrag

A4P-F: Interfaces & sensor networks – C. Diskus & G. Schrag

A4P-G: Applications – C. Diskus & G. Schrag

A4P-H: Materials, technology & packaging – C. Diskus & G. Schrag

A5L-A: Selective surface modifications – N. Jaffrezic-Renault & U. Weimar

A5L-B: Capacitive sensors – G. Brasseur & G. Gerlach

A5L-C: Optical devices – F. Arregui & M. Kraft

A5L-D: Microfluidic systems – A. Homsy & G. Urban

B1L-A: KEYNOTE III – P. Hauptmann & R. Puers

B2L-A: Resonant devices I – A. D´Amico & C. Hierold

B2L-B: Biomedical systems – J. Gardner & U. Weimar

B2L-C: Sensor signal processing – C. Diskus & T. Sauter

B2L-D: Flow sensors – J. Dziuban & R. Puers

B3L-A: Electrochemical sensors – J. Morante & G. Urban

B3L-B: Thermal transducers – G. Gerlach & R. Lucklum

B3L-C: Wireless biomedical systems – I. Giouroudi & R. Puers

B3L-D: System design & optimisation – W. Mokwa & R. Werthschuetzky

B4P-E: Physical and Optical Sensors & MEMS – I. Giouroudi & E. Reichel

B4P-F: Micropower generation II – I. Giouroudi & E. Reichel

B4P-G: Biosensors – I. Giouroudi & E. Reichel

B4P-H: Materials and technology – I. Giouroudi & E. Reichel

B5L-A: Label-free biosensors – I. Barsony & A. Hierlemann

B5L-B: Thermal devices – R. Lucklum & A. van Herwaarden

B5L-C: On-chip analysis devices – A. Bossche & M. Vellekoop

B5L-D: Ultrasensitive magnetic probes – F. Keplinger & P. Ripka

C1L-A: Optical chemical sensors – R. Jachowicz & E. Reichel

C1L-B: Cantilever based sensors – B. Jakoby & F. Keplinger

C1L-C: Nanomaterials – H. Brueckl & P. Sarro

C1L-D: Acceleration sensors – P. French & C. Hierold

C2L-A: Optical fiber sensors – M. Fleischer & U. Schmid

C2L-B: Nanosensors & NEMS – A. Bossche & H. Chandrahalim

C2L-C: Thin films – E. Comini & P. French

C2L-D: Micropower generation – D. Briand & V. Ferrari

C3P-E: Chemical sensors – S. Rupitsch & S. van den Driesche

C3P-F: Modeling & theory – S. Rupitsch & S. van den Driesche

C3P-G: Microfluidics & labs-on-a-chip – S. Rupitsch & S. van den Driesche

C3P-H: Physical sensors, actuators & MEMS – S. Rupitsch & S. van den Driesche

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Welcome to the EUROSENSORS XXIV September 5 – 8, 2010 in Linz, AustriaThe EUROSENSORS series of conferences was established in 1987 representing the major European forum to cover the entire field of sensors, actuators, and microsystems. The Eurosensors conferences provide an excellent opportunity to bring together European scientists and engineers from academia, research institutes and companies to present and discuss the latest results in the general field of solid-state sensors, actuators, micro- and nanosystems.

Hosting Organisations

Johannes Kepler University Linz (JKU), Austria Austrian Center of Competence in Mechatronics (ACCM), Austria

General Conference Chair

Bernhard Jakoby, Johannes Kepler University Linz, Austria

Technical Program Committee Chair

Michiel J. Vellekoop, Vienna University of Technology, Austria

Local Chair

Christian G. Diskus, Johannes Kepler University Linz, Austria

Conference Venue

Johannes Kepler University http://www.jku.at Altenberger Straße 69 4040 Linz AUSTRIA

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Conference Chair’s MessageThe 24th edition of the Eurosensors conference series is the first one that is held in Austria and I am very proud that we were successful to bring it to Linz and to continue the successful series of conferences:

1987 Cambridge (United Kingdom)1988 Enschede (The Netherlands)1989 Montreux (Switzerland)1990 Karlsruhe (Germany)1991 Rome (Italy)1992 San Sebastian (Spain)1993 Budapest (Hungary)1994 Toulouse (France)1995 Stockholm (Sweden)1996 Leuven (Belgium)1997 Warsaw (Poland)1998 Southampton (United Kingdom)1999 The Hague (The Netherlands)2000 Copenhagen (Denmark)2001 Munich (Germany)2002 Prague (Czech Republic)2003 Guimaraes (Portugal)2004 Rome (Italy)2005 Barcelona (Spain)2006 Gothenburg (Sweden)2007 Lyon (France) 2008 Dresden (Germany)2009 Lausanne (Switzerland)2010 Linz (Austria)

Linz is a major international center in mechatronics – in 1990 the Johannes Kepler University (JKU) was the first university worldwide offering a full mechatronics curriculum at university level. Recently, the Austrian Center of Competence in Mechatronics (ACCM) was founded in the frame of the excellence program COMET. In its network, ACCM comprises about 100 international company and scientific partners and the turnover in research projects is roughly 8.5 million €/year. The JKU is one of the owners of ACCM and its major scientific partner. As it is one of the missions of ACCM to organize scientific workshops and conferences in disciplines relevant to mechatronics, it was near at hand for ACCM and JKU to jointly bid for organizing a Eurosensors conference. Besides its relevance for technology and research, Linz and its surroundings offer a lot of sights and cultural attractions and I hope that you find the time to enjoy these as well. From the submissions we were able to compile an interesting program – details are given in the TPC Chair’s message.

Organizing a conference of this size requires the help of numerous individuals and there is a huge risk of forgetting someone when compiling an acknowledgement list. Thus, in view of this risk and the limited space, I would like to bundle my thanks by first

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thanking all authors of and contributors to this conference and our distinguished keynote and invited speakers. All arrangements had to be coordinated by committees who were directed skilfully by Prof. Michiel Vellekoop (technical program committee and local scientific committee), Vienna University of Technology, and Prof. Christian Diskus (local organization committee), JKU Linz. Numerous members of Michiel’s institute in Vienna and my Institute in Linz, as well as people at JKU and ACCM have supported our efforts in arranging this event, which is more than gratefully acknowledged. Moreover, volunteers – mostly students and the JKU’s IEEE student branch – have helped us out in arranging important details and sub-events, a huge “thank you” is due to them. I am also most grateful to our sponsors and exhibitors for their donations and the arrangement of their exhibits which will hopefully add to the more applied side of our meeting. Last but not least, I’d like to acknowledge the support of the professional partners of the conference, i.e. Oberösterreich Tourismus GmbH (registration, hotel booking, organization of events), ePapers (abstract and paper handling, conference booklet), and Elsevier (conference proceedings).

As a final note, I would like to call to your attention that the Eurosensors series of conferences is a quite remarkable thing – it is an independent and autonomous series of meetings that has proven to be highly successful. Coordinated by a steering committee of volunteers, which by the way does not form a legal body of any kind, Eurosensors has quickly developed into a European top-conference over the 24 years of its existence. I think all of us have to thank those individuals who have devoted their efforts and ideas to this conference series.

We hope that you find this year’s edition as rewarding as the previous Eurosensors conferences by having many fruitful discussions, meeting old and new friends, and enjoying your stay in Linz and surroundings!

Bernhard Jakoby General Chair

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TPC Chair's MessageDear participant of Eurosensors 2010 in Linz!

As in previous years, the Eurosensors Conference heads off with the Eurosensors School on Sunday. We found four excellent speakers for the lectures: U. Schmid, Introduction to micro-systems technology; H. Zangl, Analog Signal Processing and Conditioning for Sensor Signals; S. Bauer, Organic Materials for Sensors and Actuators; and M. Brandl, Optical Sensing in Biomedicine.

The technical program this year consists of 376 presentations including three keynotes, eight invited talks, 142 orals and 223 posters. In order to acquire a broad overview of industrial sensor activities we invited keynote presenters from one small, one medium, and one large sensor-involved company: A. van Herwaarden (Xensor Integration, the Netherlands); F. Mayer, (Sensirion, Switzerland), and T. Tille (BMW, Germany). Together, these three keynote presentations will give insight in the requirements and needs for sensors to become commercially successful.

The invited talks have been selected from a list that was made up of nominations from TPC members and cover a wide range of sensor and actuator topics: from biological cell analysis to sensor technology and from gas sensors to physical sensors. They are mainly from academia, informing you on the latest research results and insights. We distributed the invited presentations as much as possible within the program so that you have the opportunity to visit several of them providing you with a wide overview of the field. The 142 oral talks will be presented in four parallel sessions. The poster presentations have been scheduled in three large blocks, one on each day of the conference right after the lunch-break.

Some statistic information: All abstracts have been reviewed by at least three reviewers, where about 90% received four reviews. Of the 509 submitted abstracts, 365 were accepted (72%). This relative high percentage is caused by the fact that according to the review scores, the quality of the abstracts was very high: 74% of the papers received a score of 3 points or higher on a maximum of 4 points.

We have received abstracts from no less than 44 countries, the accepted papers come from 39 countries. 17% of the accepted papers are from outside Europe: 12% from Asia, 4% from the Americas and 1% from the Middle East.

Topic wise the largest areas are Physical sensors (22%), Chemical sensors (16%), Technology and Materials (10%), Applications (10%), and Theory, modelling and design (8%). Runners up are Biosensors with 7%, Microfluidic devices with 5%, Optical MEMS with 5%, and Interfaces, systems, and networks, which also

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represent 5% of the accepted papers. The number of papers on biotechnological and related topics is increasing which reflects the world-wide trend.

The conference program could come to existence only with the help of a large number of people who were willing to support the Eurosensors Conference. We have 92 TPC members who reviewed between 20 and 25 abstracts each. When the final scores from all reviewers had been received, a Local Scientific Program Committee (LSPC) of ten people came together and finalized the program in a one-day meeting.

The TPC and LSPC were greatly supported by the General Chair, Bernhard Jakoby, and by a group of local postdocs and PhD students from the Johannes Kepler University and the Vienna University of Technology. You will find the names of all those people in this booklet.

It is my pleasure to thank all of you who participated in the creation of the technical program and in particular all the authors who have submitted their latest work.

I wish you a great conference!

Michiel Vellekoop TPC Chair

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International Steering CommitteeRobert Puers (B), ChairArnaldo d'Amico (I)István Bársony (HU)Danick Briand (CH)Jose Correia (P)Corrado di Natale (I)Jan Djiuban (PL)Maximilian Fleischer (D)Julian Gardner (GB)Peter Hauptmann (D)Christopher Hierold (CH)Richard Jachowicz (PL)Nicole Jaffrezic (F)Ubaldo Mastromatteo (I)Juan Ramon Morante (ES)Christophe Pijolat (F)Pavel Ripka (CZ)Chavdar Roumenin (BG)Lina Sarro (NL)Valentin Smyntyna (UA)Michiel Vellekoop (A)Peter Vlasov (SU)Frederik Winquist (S)

Local Organization CommitteeBernhard Jakoby, IME JKU Linz, General ChairChristian Diskus, IME JKU Linz, Local ChairAndreas Springer, ICIE JKU LinzFrieder Lucklum, IME JKU Linz (Web)Stefanie Graf, IME JKU LinzWolfgang Hilber, IME JKU LinzHans Katzenmayer, IME JKU LinzThomas Lederer, IME JKU LinzBernhard Mayrhofer, IME JKU LinzJohann Mayrwöger, IME JKU LinzAlexander Niedermayer, IME JKU LinzJohannes Sell, IME JKU LinzWolfgang Buchegger, ISAS TU ViennaGeorg Fercher, ISAS TU ViennaIoanna Giouroudi, ISAS TU ViennaAnna Haller, ISAS TU ViennaNicola Moscelli, ISAS TU ViennaMichael Rosenauer, ISAS TU ViennaSander van den Driesche, ISAS TU Vienna

Technical Program CommitteeMichiel Vellekoop (AT), ChairFrancisco Arregui (ES)Daniel Barbier (FR)Istvan Barsony (HU)Marian Bartek (NL)

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Wolfgang Benecke (DE)Andre Bossche (NL)Siebe Bouwstra (NL)Martin Brandl (AT)Georg Brasseur (AT)Giovanni Breglio (IT)Danick Briand (CH)Hubert Brückl (AT)Jürgen Brugger (CH)Peter Burgholzer (AT)Joao Carmo (PT)Hengky Chandrahalim (CH)Marina Cole (UK)Elisabetta Comini (IT)Joao Conde (PT)Arnaldo D'Amico (IT)Werner Daum (DE)Gilles Delapierre (FR)Corrado Di Natale (IT)Franz Dickert (AT)Bernard Diem (FR)Christian Diskus (AT)Isabelle Dufour (FR)David Elata (IL)Vittorio Ferrari (IT)Maximillian Fleischer (DE)Paddy French (NL)Julian Gardner (UK)Martin Gijs (CH)Ioanna Giouroudi (AT)Martin Groeschl (AT)Anne-Marie Gue (FR)Javier Gutierrez (ES)Peter Hauptmann (DE)Andreas Hierlemann (CH)Christofer Hierold (CH)Wolfgang Hilber (AT)Alexandra Homsy (CH)Ryszard Jachowicz (PL)Nicole Jaffrezic-Renault (FR)Bernhard Jakoby (AT)Barry Jones (UK)Wolfgang Kautek (AT)Franz Keplinger (AT)Peter Kinnell (UK)Franz Kohl (AT)Jan Korvink (DE)Martin Kraft (AT)Michael Kraft (UK)Gijs Krijnen (NL)Bernhard Lendl (AT)Reinhard Lerch (DE)Eduard Llobet (ES)Anita Lloyd Spetz (SE)

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Ralf Lucklum (DE)Kofi Makinwa (NL)Ubaldo Mastromatteo (IT)Wilfried Mokwa (DE)Juan Morante (AT)Johann Nicolics (AT)Ernst Obermeier (DE)Wouter Olthuis (NL)Alexandru Oprea (DE)Christophe Pijolat (FR)Bob Puers (BE)Michael Rapp (DE)Leo Reindl (DE)Philippe Renaud (CH)Pavel Ripka (CZ)Chavdar Roumenin (BG)Patrick Ruther (DE)Hermann Sandmaier (DE)Lina Sarro (NL)Thilo Sauter (AT)Ulrich Schmid (AT)Uwe Schnakenberg (DE)Herbert Shea (CH)Walter Smetana (AT)Andreas Springer (AT)Gerald Urban (DE)Chris Van Hoof (BE)Gerhard Wachutka (DE)Ulrike Wallrabe (DE)Udo Weimar (DE)Roland Werthschuetzky (DE)Reinoud Wolffenbuttel (NL)Bernhard Zagar (AT)Hubert Zangl (AT)Roland Zengerle (DE)

Local Scientific Program CommitteeMichiel Vellekoop, ISAS TU Vienna, ChairHubert Brückl, Austrian Institute of Technology, ViennaPeter Burgholzer, RECENDT, LinzFranz Keplinger, ISAS TU ViennaFranz Kohl, Austrian Academy of SciencesMartin Kraft, CTR AG, VillachBernhard Lendl, CTA TU ViennaChrista Nöhammer, Austrian Institute of Technology, SeibersdorfUlrich Schmid, ISAS TU ViennaBernhard Zagar, JKU Linz

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Program at a Glance

Sunday, September 509:00 – 18:00 Eurosensors School17:00 – 20:00 Registration & Infopoint18:00 Informal Welcome Reception

Monday, September 608:00 – 18:00 Registration & Infopoint09:00 – 11:00 Keynote Sessions I & II11:30 – 13:00 Lecture Sessions14:30 – 16:00 Poster Sessions16:00 – 17:30 Lecture Sessions19:30 – 22:00 Official Reception in Downtown Linz

Tuesday, September 708:00 – 16:00 Registration & Infopoint09:00 – 10:00 Keynote Session III10:00 – 13:00 Lecture Sessions14:30 – 16:00 Poster Sessions16:00 – 17:30 Lecture Sessions19:30 – 22:30 Conference Banquet on Danube River Cruise

Wednesday, September 808:00 – 16:00 Registration & Infopoint09:00 – 12:30 Lecture Sessions14:00 – 15:30 Poster Sessions15:30 Informal Farewell Reception

Registration DeskOn Sunday evening the registration desk will be set up at the Uni-Center (green coloured building on the campus map) and will be open 17:00–20:00. You are invited to join colleagues in an informal Welcome Reception in the mensa on the ground floor of the same building.

During the conference from Monday to Wednesday, the registration and information desk will be situated in the Keplergebäude (red coloured building on the campus map) in front of the main auditorium (Raiffeisensaal) and will be open 8:00–16:00.

Keynote SpeakersThis year, the Eurosensors conference presents three keynote speakers from industry. In order to acquire a broad overview of industrial sensor activities we invited players from one small, one medium and one large sensor-involved company.

The medium sized company Sensirion AG located near Zurich in Switzerland has grown from a start-up to 170 employees today in 12 years, amongst others developing sensors for flow, humidity, and pressure. The managing director, Dr. Felix Mayer will discuss innovation for commercial sensors. A1L-A, Monday, 09:30, Room 1

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From BMW in Munich, the head of the Development Mechatronics/Driving Functions department, Dr. Thomas Tille, will present “Automotive Requirements for Sensors using Air-Quality Gas Sensors as an example”. A2L-A, Monday, 10:15, Room 1

In Delfgauw, The Netherlands, the small sensor company Xensor Integration BV develops and produces client-specific integrated sensors, but also offers a series of standard silicon sensors. The managing director Dr. Sander van Herwaarden will talk about in-company sensor research and development, also illustrated with one or two examples. B1L-A, Tuesday, 09:10, Room 1

Together, these three keynote presentations will give insight in the requirements and needs for sensors to become commercially successful. The talks will be of interest not only for junior and senior sensor researchers, but also for R&D- and market officers from many branches of industry.

Invited SpeakersEight scientists have been invited to present a paper on their topic of research. They have been selected from a list that was made up of nominations from TPC members. Invited talks receive a slot of 30 min. for the presentation.

Winnie Svendsen, Technical University of Denmark (DTU), Nanotech, Lyngby, DK: "Micro and nano-platforms for biological cell analysis", A3L-B, Monday, 11:30, Room 2

Isabelle Dufour, University of Bordeaux, IMS, FR: "Unconventional uses of cantilevers for chemical sensing in gas and liquid environments", C1L-B, Wednesday, 09:00, Room 2

Thorsten Kern, Continental Automotive GmbH, DE: "Requirements and design considerations for the measurement of haptic object properties", B3L-D, Tuesday, 11:45, Room 7

Hubert Zangl, Graz University of Technology, AT: "Capacitive sensors uncovered: measurement, detection and classification in open environments", A5L-B, Monday, 16:00, Room 2

Francisco Arregui, University of Navarra, Pamplona, ES: "Optical fiber sensors based on layer-by-layer nanostructured films", C2L-A, Wednesday, 11:00, Room 1

Kofi Makinwa, Delft University of Technology, NL: "Smart temperature sensors in standard CMOS", B5L-B, Tuesday, 16:00, Room 2

Giovanni Boero, Ecole Polytechnique Fédérale de Lausanne (EPFL), SUI: "Electron spin resonance sensors", B5L-D, Tuesday, 16:00, Room 7

Srinivas Tadigadapa, Penn State University, PA, USA: "Piezoelectric MEMS - Challenges and Opportunities", B2L-A, Tuesday, 10:00, Room 1

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Lecture Presentation InformationThe duration of a presentation slot is 15 minutes. You will have 12 minutes for the presentation itself and 3 minutes for questions from the audience.

An LCD projector and a computer (Windows XP, MS Powerpoint, Adobe Acrobat Reader) will be available in every session room for regular presentations. Neither Overhead projector, 35mm slides projectors nor VHS videotape player will be available.

Preparation of visuals: please note that individuals using computer projection must either bring their own laptop computer with the appropriate presentation software loaded or bring a USB memory stick containing their presentation. Files can be uploaded to the local PCs in the lecture rooms during the breaks between the sessions. To avoid software compatibility problems (MS Powerpoint), speakers are advised to save their Powerpoint presentation with the Package for CD feature AND bring a backup PDF-version of their presentation.

Speakers should arrive in their session room 15 minutes BEFORE the start of their session to report to the chair person.

Poster Presentation InformationThere will be a large number of posters presented during the three days of the conference. In order to make these sessions run smoothly, some cooperation from you, as a poster exhibitor, is necessary.

First of all, it is essential that your poster is put up before the session and removed after it has ended. The placement of your poster will be marked on the panel, where it will be presented with the number of your poster contribution: e.g. A4P-E (A = first day, 4 = the time slot, P = poster session, E = room E). Look for your number in the conference program.

Please attach your poster to the panel with pins, which are available in the poster area. If you need more pins, please contact the information. After you have removed your poster, please leave the pins on the board.

WLAN Web ConnectivityThe Johannes Kepler University is member of EDUROAM. In case you have an account of your university and your university is also member of EDUROAM, you can use the WLAN the usual way.

Settings:SSID: eduroam Authentification: 802.1X - PEAP - MSCHAPv2 No certificate

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Alternatively, guest accounts are available at the registration desk, where you are asked for a signature in order to receive a personal account and a password.

Settings:SSID: JKU No WEP (no Wireless Encryption Protocol) TCP/IP configuration using DHCP (retrieve IP-address and DNS server automatically) Turn off proxy-server Protocols: DNS, DHCP, HTTPS und HTTP IP-address of WLAN-gateway (140.78.164.1) must be accessible

Social ProgramSeptember 5, 2010, 18:00: Informal welcome reception at JKU Campus, Uni Center

September 6, 2010, 19:30 Official reception by the state of Upper Austria and the City of Linz in downtown Linz Location: Landhaus Linz, Klostergasse 11 / Promenade 24 Closest tram stops (lines 1 and 2): Taubenmarkt, Hauptplatz

September 7, 2010: 19:30 Conference banquet on Danube river cruise Boarding 19:00: Lentos Museum, Ernst Koref Promenade 1Closest tram stop (lines 1 and 2): Hauptplatz

September 8, 2010, 15:30 Informal farewell reception at JKU Campus, Uni Center

Downtown Linz

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Austrian Center of Competence in MechatronicsThe K2 Center ACCM bundles the research competencies of its three founders – JKU, LCM and vatron – to realize their vision: "To be a leader in mechatronics excellence and a successful European innovation provider". The competence center merges science and research with industrial product development and catalyzes an intensive dialog between science and industry.

Together with an international consortium currently consisting of 53 companies and 40 scientific partners, a one-stop shop that is unique and completely novel for Austria has been created. The scientific knowledge from research projects at the Austrian Center of Competence in Mechatronics is implemented by the application-oriented owners of the center – LCM and vatron – as market-ready products for their customers. More than 110 researchers work on joint projects at ACCM.

The competence center conducts research in the following Areas:

Computational and Experimental Process Modeling and Simulation

Mechanics and Model-Based Control

Information and Control

Mechatronic Design of Machines and Components

Sensors and Signals

Wireless Technologies

The individual research projects are organized in a branch/competence matrix. On the one hand, a project is allocated to the competencies of multiple Areas; on the other hand, these competencies are applied across Area boundaries.

ACCM customers profit from cross-branch know how and from the expertise of a network of high-caliber international scientific partners.

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Johannes Kepler UniversityThe Johannes Kepler University (JKU) in Linz, one of the most modern universities in Austria, was founded in 1966 as an Academy for Social and Economic Sciences. Teaching and research activities initially began with a faculty focused on academic studies in the fields of social sciences, economics and legal studies, serving a student body of approximately 600. The Faculty of Technical and Natural Sciences was introduced in 1969, followed by the Faculty of Law in 1975. In the same year, the Academy transitioned to become the Johannes Kepler University (JKU), named after the world-famous and renowned mathematician and astronomer Johannes Kepler.

In the beginning, the idea of a “university campus setting” was a completely new concept in Austria. Situated on the north-eastern outskirts of the Upper Austrian capital of Linz, the campus accommodates approximately 16.000 students and employs over 2.000 faculty and staff. JKU currently offers 29 Bachelor, Masters and Doctorate programs.

From the start, the JKU depicted a new style of university offering interdisciplinary combinations between the fields of economics, social science, law, natural science and engineering, as well as a concentrated focus on its obligations to the community and economy. Today, the JKU not only provides expertise in basic research, but is also the province’s largest institution of application-oriented research.

Subsequently, in addition to traditional institutes, the university has seen an increasing number of institutes funded by third parties and, more recently, the introduction of competence centers which are privately owned companies and other organizations that reflect the important role JKU plays within the economy of Upper Austria. These include: the Research Institute of Symbolic Computation (RISC), the Software Competence Center Hagenberg, the Institute of Application-oriented Knowledge Processing and Numerical and Symbolic Scientific Computing. In addition to the SCCH Hagenberg, the competence centers include the ACCM (Austrian Competence Center in Mechtronics) and the Competence Center in Wood. These university institutes cooperate with large companies as well as small and medium-sized companies that specialize in these particular fields.

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Sponsor Message

Simulation of micro electro-mechanical systems (MEMS) is key in delivering increased productivity in new product and systems development throughout high-tech industries. At the micro-scales, designs must consider the effects of several physical phenomena. For example: electromagnetic-structural, thermal-structural, and fluid-structural interactions (FSI) are present in the design of resonators, sensors, actuators, piezoelectric, and microfluidics systems.

The COMSOL Multiphysics simulation environment let you solve problems that couple structural mechanics, microfluidics, electromagnetics and more. These physics can be solved for individually, or in any combination. Built on top of COMSOL, the MEMS Module brings custom interfaces for electrostatic actuation, piezoelectrics, microfluidics, thin film damping, FSI, joule heating with thermal expansion, two-phase flow, and others. Lumped parameter extraction and connection to external electrical circuits via SPICE netlist is made easy.

Presentations:Monday, Sept. 6, 13:05 – 13:35 in room 7 Tuesday, Sept. 7, 13:45 – 14:15 in room 7

Conference Sponsors

City of Linzhttp://linz.at/english/

State of Upper Austriahttp://www.land-oberoesterreich.gv.at/

Austrian Electrotechnical Association (OVE)http://www.ove.at/english.html

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Elsevier publishinghttp://www.elsevier.com/

IEEE Sensors Councilhttp://ewh.ieee.org/tc/sensors/

Carinthian Tech Research AG (CTR)http://www.ctr.at/ carinthian_tech_research_ english/

Siemens VAI Metals Technologies GmbH & Cohttp://www.siemens-vai.com/

Raiffeisenlandesbank Oberösterreich AGhttp://www.rlbooe.at/

Integrated Microsystems Austria GmbHhttp://www.ima-mst.at/

Austrian Working Group on Sensorshttp://www.arge-sensorik.at/

Infineon Technologies Austria AGhttp://www.infineon.com/ austria/

IOP Publishinghttp://www.iop.org/

E+E Elektronik GmbHhttp://www.epluse.com/

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COMSOL ABhttp://www.comsol.com/

Agilent Technologieshttp://www.agilent.com

Institute for Microelectronics and Microsensorshttp://www.ime.jku.at

Notes

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Notes

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Monday, September 6: Keynotes I & II

Technical ProgramA1L-A KEYNOTE ITime: 09:30 - 10:15Room: Room 1Chairs: B. Jakoby and M. Vellekoop

Innovation for Commercial Sensors: from Stepping Into an Opportunity Gap to Continuous InnovationF. MayerSensirion AG, Switzerland

A2L-A KEYNOTE IITime: 10:15 - 11:00 Room: Room 1Chairs: B. Jakoby and M. Vellekoop

Automotive Requirements for Sensors Using Air Quality Gas Sensors As an ExampleT. TilleBMW Group, Germany

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Monday, September 6: Lecture Session A3

Room 1 Room 2

Time A3L-A Gas sensors A3L-B Cell manipulation and analysis

11:30 On the Origin of Sensing Properties of the Nanodispersed Layers of Semiconducting Metal Oxide MaterialsN. Zaretskiy2, L. Menshikov1, A. Vasiliev1, P. Menshikov1

1RRC Kurchatov Institute, Russia; 2Russian Research Center Kurchatov Institute, Russia

Micro and Nano-Platforms for Biological Cell AnalysisW. Svendsen, J. Castillo-Leon, J. Lange, L. Sasso, M. Olsen, L. Andresen, S. Levinsen, M. DimakiTechnical University of Denmark, Denmark

11:45 Gate Pulsed Readout of Floating Gate FET Gas SensorsR. Pohle2, O. von Sicard2, M. Fleischer2, H. Frerichs1, C. Wilbertz1, I. Freund1

1Micronas GmbH, Germany; 2Siemens AG, Germany

12:00 Real-Time Detection of CO by Eukaryotic CellsU. Bohrn2, E. Stütz2, M. Fleischer2, M. Schöning1, P. Wagner3

1Aachen University of Applied Sciences / IBN-2, Germany; 2Siemens AG, Germany; 3University Hasselt, Belgium

Multiple-Frequency Impedance Measurements in Continuous Flow for the Evaluation of Electrical Lysis of Yeast CellsG. Mernier1, W. Hasenkamp1, N. Piacentini2, P. Renaud1

1Ecole Polytechnique Fédérale de Lausanne, Switzerland; 2Politecnico di Torino, Italy

12:15 Polymer-Based Gas Sensor on a Thermally Stable Micro-CantileverT. Emadi, C. Shafai, D. Thomson, M. Freund, N. White, D. JayasUniversity of Manitoba, Canada

Continuous Separation of Viable Cells by Travelling Wave DielectrophoresisS. van Den Driesche2, V. Rao3, D. Puchberger-Enengl3, W. Witarski1, M. Vellekoop2

1Slovak Academy of Sciences, Slovakia; 2Technische Universität Wien, Austria; 3Vienna University of Technology, Austria

12:30 Gas Sensor Array System Inspired on the Sensory Diversity and Redundancy of the Olfactory EpitheliumL. Fernandez, A. Gutierrez-Galvez, S. MarcoUniversitat de Barcelona / IBEC, Spain

An Enhanced Platform for Cell Electroporation: Controlled Delivery and Electrodes FunctionalizationL. Odorizzi1, C. Ress1, C. Collini1, E. Morganti1, L. Lorenzelli1, N. Coppedè2, A. Alabi4, S. Iannotta3, L. Vidalino5, P. Macchi51Fondazione Bruno Kessler, Italy; 2IFN-CNR / Institute of Photonics and Nanotechnology, Italy; 3IFN-CNR, Institute of Photonics and Nanotechnology, Italy; 4IFN-CNR, Institute of Photonics and Nanotechnology / IFN-CNR, Italy; 5Università degli studi di Trento / CIBIO, Italy

12:45 A Micro Gas Chromatography Chip with an Embedded Non-Cascaded Thermal Conductivity DetectorS. Narayanan, B. Alfeeli, M. AgahVirginia Polytechnic Institute and State University, United States

A High Density Microfluidic Device for Cell Pairing and ElectrofusionN. Pham Van2, J. Villemejane2, F. Hamdi2, G. Mottet2, C. Dalmay2, M. Woytasik4, E. Martincic4, E. Dufour-Gergam4, O. Francais2, L. Mir3, B. Le Pioufle1

1CNRS ENS de Cachan, France; 2CNRS SATIE, Institut d’Alembert, ENS Cachan, France; 3CNRS UMR 8203, Institut Gustave Roussy, France; 4Université Paris-Sud 11, France

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Room 6 Room 7

Time A3L-C Sensor electronics A3L-D Modeling & simulation

11:30 A Programmable Sensor Conditioning Interface for Low-Power ApplicationsA. Bayo, N. Medrano, B. Calvo, S. CelmaUniversidad de Zaragoza, Spain

Macromodel-Based Simulation and Measurement of the Dynamic Pull-in of Viscously Damped RF-MEMS SwitchesM. Niessner2, J. Iannacci1, A. Peller2, G. Schrag2, G. Wachutka2

1Fondazione Bruno Kessler, Italy; 2Technische Universität München, Germany

11:45 Analog Compensation of Parasitic Sensor Signals in a Subsampling Impedance Analyzer Circuit for Resonating SensorsA. Niedermayer, J. Sell, B. JakobyJohannes Kepler Universität, Austria

Modeling of a Piezoelectric Fluid Sensor Excited by Lateral Fields Using a Spectral Domain ApproachT. Voglhuber-Brunnmaier, B. JakobyJohannes Kepler Universität, Austria

12:00 A Novel PLL-Based Sensor Interface for Resistive Pressure SensorsH. Danneels1, F. Piette2, G. Gielen1

1Katholieke Universiteit Leuven, Belgium; 2Melexis, Belgium

Modeling and Measurement of Hysteresis of Ferroelectric Actuators Considering Time-Dependent BehaviorF. Wolf, A. Sutor, S. Rupitsch, R. LerchFriedrich-Alexander-Universität Erlangen-Nürnberg, Germany

12:15 A Temperature-Compensated Differential VFC in 1.8 V-0.18 µm CMOSM. Valero, S. Celma, B. Calvo, N. MedranoUniversidad de Zaragoza, Spain

Analytical and Numerical Modeling of AlGaN/Gan/AlN Heterostructure Based Cantilevers for Mechanical Sensing in Harsh EnvironmentsS. Vittoz2, L. Rufer2, G. Rehder2, U. Heinle1, P. Benkart1

1microGaN GmbH, Germany; 2TIMA Laboratory (UJF CNRS G-INP), France

12:30 An FPGA-Based Flexible Demo-Board for Endoscopic Capsule Design OptimizationC. Cavallotti2, P. Merlino1, E. Susilo2, M. Vatteroni2, P. Valdastri2, A. Abramo3, A. Menciassi2, P. Dario2

1PTLab, Agemont S.p.A., Italy; 2Scuola Superiore Sant’Anna, Italy; 3Università di Udine / DIEGM, Italy

On the Quality-Factor of Micro-ResonatorsM. Lerman, D. ElataTechnion - Israel Institute of Technology, Israel

12:45 A Complete Low Voltage Analog Lock-in Amplifier to Recover Sensor Signals Buried in Noise for Embedded ApplicationsM. Gabal, N. Medrano, B. Calvo, P. Martinez, S. Celma, M. ValeroUniversidad de Zaragoza, Spain

Comparative Finite Element Analyses of Piezoelectric Ceramics and Polymers at High Frequency for Underwater Wireless CommunicationsM. Martins, V. Correia, L. Lanceros-Mendez, J. Cabral, J. RochaUniversity of Minho, Portugal

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Monday, September 6: Poster Session A4

A4P-E Solid-state gas sensorsTime: 14:30 - 16:00 Room: Poster Area 1 (Boards 01 - 20)Chairs: C. Diskus and G. Schrag

01: Zeolites As Transformation Elements in Discriminating Semiconductor Metal Oxide SensorsA. Afonja1, R. Binions1, S. Dungey1, I. Parkin1, D. Lewis1, D. Williams2

1University College London, United Kingdom; 2University of Auckland, New Zealand

02: BaTi0,95Rh0,05O3 Catalytic Filter Layer - a Promising Candidate for the Selective Detection of CO in the Presence of H2M. Hübner2, A. Yuece1, M. Mondragón Rodríguez1, B. Saruhan1, N. Barsan2, U. Weimar2

1German Aerospace Centre Cologne, Germany; 2Universität Tübingen, Germany

03: Selectivity Problem of Metal Oxide Based Sensors in the Presence of Water VaporsR. Pavelko1, A. Vasiliev2, E. Llobet3, X. Vilanova3, V. Sevastyanov1, N. Kuznetsov1

1Kurnakov Institute of General and Inorganic Chemistry, Russia; 2RRC Kurchatov Institute, Russia; 3Universitat Rovira i Virgili, Spain

04: Detection of O3 and NH3 Using Tin Dioxide/Carbon Nanotubes Based Sensors: Influence of Carbon Nanotubes Properties Onto Sensor’s SensitivityB. Ghaddab, F. Berger, J. Sanchez, C. MavonUniversité de Franche-Comté, France

05: Operando DRIFT Measurements on a Tin Dioxide Based Gas SensorK. Großmann, N. Barsan, U. WeimarUniversität Tübingen, Germany

06: A Highly Sensitive Catalytic Gas Sensor for Hydrogen Detection Based on Sputtered Nanoporous PlatinumH. Sturm2, E. Brauns2, T. Seemann1, V. Zoellmer1, W. Lang2

1Fraunhofer IFAM, Germany; 2Universität Bremen, Germany

07: Gas Sensitivity of Hybrid Nanostructured Films Based on PolyoxometalatesO. Ivanova2, S. Krutovertsev2, L. Krutovertseva1, A. Tarasova1

1JSC Ecological sensors and systems, Russia; 2JSC Practic-NC, Russia

08: Characterization and Gas Sensing Properties of Intrinsic and Au-Doped WO3 Nanostructures Deposited by AACVD TechniqueT. Stoycheva2, S. Vallejos2, J. Calderer1, I. Parkin3, C. Blackman3, X. Correig2

1Universitat Politècnica de Catalunya, Spain; 2Universitat Rovira i Virgili, Spain; 3University College London, United Kingdom

09: Optimization of Operating Conditions of a Mini Fuel Cell for the Detection of Low or High Levels of CO in the Reformate GasC. Pijolat2, G. Tournier2, J. Viricelle2, N. Guillet1

1CEA Grenoble, France; 2Ecole des Mines, France

10: Rare Earth Oxycarbonates As a Material Class for Chemoresistive CO2 Gas SensorsA. Haensch2, D. Koziej1, M. Niederberger1, N. Barsan2, U. Weimar2

1ETH Zürich, Switzerland; 2Universität Tübingen, Germany

11: Low Power Hydrogen Sensors Using Electrodeposited PdNi-Si Schottky DiodesA. Usgaocar2, C. de Groot2, C. Boulart1, A. Castillo1, V. Chavagnac1

1CNRS, France; 2University of Southampton, United Kingdom

12: Hydrogen Gas Sensing Properties of Pt/Ta2O5 Schottky Diodes Based on Si and SiC SubstratesJ. Yu1, G. Chen2, C. Li2, M. Shafiei1, J. Ou1, J. du Plessis1, K. Kalantar-Zadeh1, P. Lai2, W. Wlodarski11RMIT University, Australia; 2University of Hong Kong, Hong Kong

13: AlGaN/GaN Based SAW-HEMT Structures for Chemical Gas SensorsT. Lalinský1, I. Rýger1, G. Vanko1, M. Tomáska2, I. Kostic1, S. Hascík1, M. Vallo1

1Slovak Academy of Sciences, Slovakia; 2Slovak University of Technology, Slovakia

14: Self-Adaptive Thermal Modulation of Gas SensorsD. Polese, E. Martinelli, A. Catini, A. D’Amico, C. Di NataleUniversità degli Studi di Roma Tor Vergata, Italy

– 27 –

Monday, September 6: Poster Session A415: Sensitivity of CoWO4 Thin Films to COI. Kärkkänen, M. Kodu, T. Avarmaa, J. Kozlova, L. Matisen, H. Mändar, A. Saar, V. Sammelselg, R. JaanisoUniversity of Tartu, Estonia

16: Effect of Nanostructured WO3 Layers in the Sensitivity to Nitrogen Oxide in YSZ-Based Electrochemical Sensors for Automotive ApplicationsC. López-Gándara, J. Fernández-Sanjuán, F. Ramos, A. CireraUniversitat de Barcelona, Spain

17: Concentration Specific Detection of Hydrogen at Room Temperature Using Palladium Nanoparticles-Nafion FilmS. Arya2, S. Krishnan2, K. McGrath1, F. Rinaldi1, S. Bhansali21QuantumSphere Inc., United States; 2University of South Florida, United States

18: Quasi 2D-ZnO Thin Film for CO Sensing at Room TemperatureV. Dam, M. Blauw, S. Brongersma, M. Crego-CalamaHolst Centre/IMEC, Netherlands

19: A Duo-Type Smart Gas Sensor ASIC Chip for Use with Resistive NanomaterialsJ. García-Guzmán1, J. Gardner2, M. Cole2

1Universidad Veracruzana, Mexico; 2University of Warwick, United Kingdom

20: Preparation of Highly Selective, Sensitive and Stable Hydrogen Sensors Based on Pd-Doped Tungsten TrioxideA. Boudiba1, C. Zhang1, C. Navio1, C. Bittencourt1, R. Snyders2, M. Debliquy1

1Université de Mons, Belgium; 2Université de Mons / Materia Nova Research Center, Belgium

A4P-F Interfaces & sensor networksTime: 14:30 - 16:00Room: Poster Area 2 (Boards 25 - 36)Chairs: C. Diskus and G. Schrag

25: Ultra Low Power Temperature Compensation Method for Palladium Nanowire GridF. van der Bent1, C. van Rijn2, E. Puik1

1HU University of Applied Sciences Utrecht, Netherlands; 2University of Wageningen, Netherlands

26: A Phase-Based Amplitude Regulation for Gyroscope Drive LoopsT. Northemann, M. Maurer, A. Ziegler, Y. ManoliUniversität Freiburg, Germany

27: A Coverage-Guaranteed Algorithm to Improve Network Lifetime of Wireless Sensor NetworksC. Chen2, C. Chuang2, T. Lin2, C. Lee1, J. Jiang2

1National Pingtung University of Science and Technology, Taiwan; 2National Taiwan University, Taiwan

28: Implementation of an Ultrasonic Distance Measuring System with Kalman Filtering in Wireless Sensor Networks for Transport LogisticsO. Bischoff, X. Wang, N. Heidmann, R. Laur, S. PaulUniversität Bremen, Germany

29: Analog Automatic Lock-in Amplifier for Very Low Gas Concentration DetectionA. De Marcellis1, A. Di Giansante1, G. Ferri1, C. Di Natale2, E. Martinelli2, A. D’Amico2

1Università degli Studi dell’Aquila, Italy; 2Università degli Studi di Roma Tor Vergata, Italy

30: Digital Phase-Locked Loop Circuit for Driving Resonant SensorsJ. Sell, A. Niedermayer, B. JakobyJohannes Kepler Universität, Austria

31: An Efficient Hardware-Optimized Compression Algorithm for Wireless Capsule Endoscopy Image TransmissionJ. Thone, J. Verlinden, R. PuersKatholieke Universiteit Leuven, Belgium

32: Monitoring and Troubleshooting Wireless Sensor Nodes by Measuring the Supply Current WaveformM. Tanevski, A. Boegli, P. FarineEcole Polytechnique Fédérale de Lausanne, Switzerland

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Monday, September 6: Poster Session A433: Wireless Interrogation Techniques for Sensors Utilizing Inductively Coupled Resonance CircuitsT. Salpavaara, J. Verho, P. Kumpulainen, J. LekkalaTampere University of Technology, Finland

34: Dynamic Indoor Localization Using Multilateration with RSSI in Wireless Sensor Networks for Transport LogisticsA. Wessels, X. Wang, R. Laur, W. LangUniversität Bremen, Germany

35: Applications of Wireless SAW Sensing in the Steel IndustryR. Fachberger1, A. Erlacher2

1Carinthian Tech Research AG, Austria; 2RHI AG, Austria

36: Hardware and Software System-Level Simulator for Wireless Sensor NetworksD. Navarro, W. Du, F. Mieyeville, L. CarrelEcole Centrale de Lyon, France

A4P-G ApplicationsTime: 14:30 - 16:00Room: Poster Area 3 (Boards 49 - 72)Chairs: C. Diskus and G. Schrag

49: Direct Color Sensor, Optical Amplifier and Demux Device Integrated on a Single Monolithic SiC PhotodetectorM. Vieira2, P. Louro1, M. Vieira1, J. Costa1, M. Fernandes1

1ISEL, CTS-UNINOVA, Portugal; 2ISEL, CTS-UNINOVA, DEE-FCT-UNL, Portugal

50: Measuring Yarn Diameter Using Inexpensive Optical SensorsM. Tresanchez, T. Palleja, M. Teixido, J. PalacinUniversitat de Lleida, Spain

51: A Computer Mouse Based on Highly Sensitive Micromachined Flow SensorsS. Cerimovic2, M. Forstner3, F. Kohl1, A. Talic1, F. Keplinger2

1Austrian Academy of Sciences, Austria; 2Technische Universität Wien, Austria; 3Vienna University of Technology, Austria

52: Nitric Oxide Monitoring System Based on ZnO Sensors for Exhaled AirS. Krutovertsev1, M. Chuprin1, O. Ivanova1, A. Pislyakov1, A. Shevchenko1, V. Konovalov2, V. Kalinovsky2

1JSC Practic-NC, Russia; 2VNIIEF, Russia

53: Early Detection and Monitoring of Forest Fire with a Wireless Sensor Network SystemA. Bayo, D. Antolín, N. Medrano, B. Calvo, S. CelmaUniversidad de Zaragoza, Spain

54: A High-Density Ternary Barcode Detection System with a Fixed-Period Delay MethodH. WakaumiTokyo Metropolitan College of Industrial Technology, Japan

55: Precision Friction Measurement Between Ultrathin Wire and Microprobe by a Special Microforce SensorM. Akanda, H. Tohmyoh, M. SakaTohoku University, Japan

56: MEMS Based Color-VGA Micro-Projector SystemD. Raboud1, T. Barras1, F. Lo Conte1, L. Fabre1, L. Kilcher2, F. Kechana2, N. Abelé2, M. Kayal11Ecole Polytechnique Fédérale de Lausanne, Switzerland; 2Lemoptix, Switzerland

57: Realization of a Calorimetric Gas Sensor on Polyimide Foil for Applications in Aseptic Food IndustryP. Kirchner5, J. Oberländer5, P. Friedrich2, J. Berger4, G. Rysstad3, M. Keusgen6, M. Schöning1

1Aachen University of Applied Sciences / IBN-2, Germany; 2Aseptik-Food, Germany; 3Elopak, Norway; 4FillDesign GmbH, Germany; 5Institute of Nano- and Biotechnologies & Aachen University of Applied Sciences, Germany; 6Philipps-Universität Marburg, Germany

58: Acousto-Capacitive Tomography of Liquid Multiphase SystemsS. Wöckel, U. Hempel, J. Augeifak e.V. Magdeburg, Germany

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Monday, September 6: Poster Session A459: Development of Flexible Pressure Sensing Polymer Foils Based on Embedded Fibre Bragg Grating SensorsC. Yan1, E. Ferraris1, T. Geernaert2, F. Berghmans2, D. Reynaerts1

1Katholieke Universiteit Leuven, Belgium; 2Vrije Universiteit Brussel, Belgium

60: Position Sensing System for Eddy-Current Mine ImagerP. Ripka, P. Novacek, M. Reinstein, J. RohacCzech technical University in Prague, Czech Rep.

61: Depth Estimation of Metal ObjectsP. Ripka, M. Janosek, P. NovacekCzech Technical University in Prague, Czech Rep.

62: A Mobile Measurement System for Urban Immission-Monitoring Using Satellite NavigationJ. Wöllenstein2, S. Rademacher2, A. Eberhardt2, M. Henning1, W. Schönewolf1

1Fraunhofer IPK, Germany; 2Fraunhofer IPM, Germany

63: Using the Micro-Array Electrode Chip and AC Signals to Generate the Electric Field Effect on Cell MigrationC. Yeh, P. Tu, Y. LinNational Cheng Kung University, Taiwan

64: 3D Rapid Prototyping Technology (RPT) As a Powerful Tool in Microfluidic DevelopmentA. Bonyár, H. Sántha, B. Ring, M. Varga, J. Kovács, G. HarsányiBudapest University of Technology and Economics, Hungary

65: Flexible Large Area Photodetectors for Human Machine InterfacesP. Bartu2, R. Koeppe1, A. Neulinger1, S. Isikatanlar1, S. Bauer2

1isiQiri interface technologies GmbH, Austria; 2Johannes Kepler Universität, Austria

66: Determination of Nanometer Vibration Amplitudes by Using a Homodyne Photorefractive Crystal InterferometerS. Zamiri2, B. Reitinger2, T. Berer2, S. Bauer1, P. Burgholzer2

1Johannes Kepler Universität, Austria; 2RECENDT GmbH, Austria

67: NDIR CO2 Gas Sensor with Improved Temperature CompensationJ. Park1, H. Cho2, S. Yi31ALT Semicon LTD., Korea, South; 2Chungju National University, Korea, South; 3Chungju National University IMRE, Singapore

68: Portable LTCC Gas Viscometer for Determining Wobbe NumberC. Slater, T. Maeder, P. RyserEcole Polytechnique Fédérale de Lausanne, Switzerland

69: Upgrade of a Computer-Writing Tool with MEMS Inertial SensorsJ. Zumer2, D. Reynaerts1, M. Boltezar2

1Katholieke Universiteit Leuven, Belgium; 2University of Ljubljana, Slovenia

70: A PCB-Embedded Pressure Sensor for Wireless Wind Sail MonitoringA. Rossetti2, R. Codeluppi1, A. Golfarelli1, M. Zagnoni3, A. Talamelli2, M. Tartagni21SORTRON, Italy; 2Università di Bologna, Italy; 3University of Glasgow, United Kingdom

71: Characterization and Testing of a Shock Absorber Embedded SensorC. Ferreira1, P. Ventura1, C. Grinde3, R. Morais2, A. Valente2, C. Neves1, M. Reis2

1Instituto Politécnico de Leiria, Portugal; 2Universidade de Trás-os-Montes e Alto Douro, Portugal; 3Vestfold University College, Norway

72: Microlamp for in-situ Tissue Spectroscopy for the Dosimetry of Photodynamic TherapyJ. Amor Río1, E. Margallo-Balbás1, B. Song1, G. Pandraud1, D. Subbaiyan1, F. van Zaane2, D. Robinson2, H. Zandbergen1, P. French1

1Delft University of Technology, Netherlands; 2Erasmus MC, Netherlands

A4P-H Materials, technology & packagingTime: 14:30 - 16:00Room: Poster Area 4 (Boards 73 - 83)Chairs: C. Diskus and G. Schrag

73: Permittivity of LTCC Substrates Porousified with a Wet Chemical Etching ProcessA. Bittner, U. SchmidTechnische Universität Wien, Austria

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Monday, September 6: Poster Session A474: A Maskless Exposure Device for Rapid Photolithographic Prototyping of Sensor and Microstructure LayoutsD. Kattipparambil Rajan, J. LekkalaTampere University of Technology, Finland

75: Reversed Processing of Dry Photoresist: Application to the Encapsulation of Chemical SensorsJ. Courbat, D. Briand, N. de RooijEcole Polytechnique Fédérale de Lausanne, Switzerland

76: Electrodeposition of Copper Nano-Clusters at a Platinum Microelectrode for Trace Nitrate DeterminationY. Li1, J. Sun2, C. Bian2, J. Tong2, S. Xia1

1Institute of Electronics, Chinese Academy of Sciences, China; 2State Key Laboratory of Transducer Technology, Institute of Electronics, Chinese Academy of Sciences, China

77: PLD-Grown WO3 Nanostructures with Epsilon Phase for Gas Sensor ApplicationsJ. Lappalainen2, R. Viter1, J. Puustinen2, D. Gornostayev2, V. Smyntyna1

1I. I. Mechnikov Odessa National University, Ukraine; 2University of Oulu, Finland

78: Disposable Polymeric Micro-Cantilever Arrays for SensingP. Urwyler2, O. Häfeli3, H. Schift2, J. Gobrecht2, F. Battiston1, B. Müller4

1Concentris GmbH, Switzerland; 2Paul Scherrer Institut, Switzerland; 3Uiversity of Applied Sciences Northwestern Switzerland, Switzerland; 4Universität Basel, Switzerland

79: Silicon Nanowires Synthesis for Chemical Sensor ApplicationsF. Demami, L. Ni, R. Rogel, A. Salaun, L. PichonUniversity of Rennes1, France

80: Flip Chip MEMS Microphone Package with Large Acoustic Reference VolumeG. Feiertag2, W. Pahl1, M. Winter3, A. Leidl1, S. Seitz1, C. Siegel1, A. Beer1

1EPCOS AG, Germany; 2University of Applied Sciences München & EPCOS AG, Germany; 3Universität des Saarlandes & EPCOS AG, Germany

81: NEG Thin Films for Under Controlled Atmosphere MEMS PackagingL. Tenchine2, X. Baillin2, C. Faure1, P. Nicolas2, E. Martinez2

1CEA DRT, France; 2CEA, LETI-MINATEC, France

82: Biosensor Packaging – Adaptation of the Surface Modification ProcedureF. Gruhl, B. Rapp, M. Rapp, K. LängeKarlsruhe Institute of Technology, Germany

83: Dispensing and Hermetic Sealing Rb in a Miniature Reference Cell for Integrated Atomic ClocksF. Vecchio, V. Venkatraman, H. Shea, T. Maeder, P. RyserEcole Polytechnique Fédérale de Lausanne, Switzerland

– 31 –

Monday, September 6: Poster Session A4

Notes

– 32 –


Room 1 Room 2

Time A5L-A Selective surface modifications

A5L-B Capacitive sensors

16:00 Molecularly Imprinted Polymers (MIP) Based Electrochemical Sensor for Detection of Urea and CreatinineB. Khadro4, C. Sanglar1, A. Bonhomme1, A. Errachid3, N. Jaffrezic-Renault2

1CNRS, France; 2University of Lyon, France; 3University of Lyon / University Claude Bernard, France; 4University of Lyon, University Claude Bernard, France

Capacitive Sensors Uncovered: Measurement, Detection and Classification in Open EnvironmentsH. ZanglGraz University of Technology, Austria

16:15 New Receptors for the Detection of Organic Contaminants in Sea WaterM. Koetke1, S. Hubo3, C. Vargas3, M. Fonka3, H. Rosenfeld1, B. Niemeyer2

1GKSS Research Centre, Germany; 2GKSS Research Centre and Helmut-Schmidt-University/University of the Federal Armed Forces, Germany; 3Helmut-Schmidt-University/University of the Federal Armed Forces, Germany

16:30 Artificial Receptor Layers for Detecting Chemical and Biological ThreatsP. Lieberzeit2, A. Findeisen2, J. Mähner2, R. Samardzic2, J. Pitkänen1, O. Anttalainen1, F. Dickert2

1Environics Oy, Finland; 2University of Vienna, Austria

Modelling the Capacitive Coupling of Sensors Applied to the Contactless Inspection of Planar ElectronicsM. Koerdel3, F. Alatas4, A. Schick2, S. Rupitsch1, R. Lerch1

1Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany; 2Siemens AG, Germany; 3Siemens AG & Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany; 4Technische Universität München & Siemens AG, Germany

16:45 A Potassium-Selective Quartz Crystal Microbalance Sensor Based on Crown-Ether Functionalized Polymer BrushesN. Schüwer, H. KlokEcole Polytechnique Fédérale de Lausanne, Switzerland

Capacitive Flexible Force SensorJ. Dobrzynska, M. GijsEcole Polytechnique Fédérale de Lausanne, Switzerland

17:00 Selective Detection of Benzene Traces at Room Temperature Using Metal Decorated Carbon NanotubesR. Leghrib1, A. Felten2, F. Demoisson3, F. Reniers3, J. Pireaux2, E. Llobet1

1Universitat Rovira i Virgili, Spain; 2Universite de Namur, Belgium; 3Université Libre de Bruxelles, Belgium

A Microfluidic Capacitance Sensor for Fluid Discrimination and CharacterizationM. Demori, V. Ferrari, P. PoesioUniversità degli Studi di Brescia, Italy

17:15 Fast Algorithm for Calculating the Surface Concentration of Spherical Particles for Lithium-Ion Battery SimulationsM. Sommer1, D. Hrach1, B. Schweighofer1, M. Cifrain2

1Graz University of Technology, Austria; 2Kompetenzzentrum Das virtuelle Fahrzeug Forschungsgesellschaft mbH, Austria

A Technique for Drift Compensation of an Area-Varying Capacitive Displacement Sensor for Nano-MetrologyD. Kang, W. Lee, W. MoonPOSTECH, Korea, South

– 33 –


Room 6 Room 7

Time A5L-C Optical devices A5L-D Microfluidic systems

16:00 An UV Linear Variable Optical Filter-Based Micro-SpectrometerA. Emadi2, H. Wu2, G. De Graaf2, K. Hedsten1, P. Enoksson1, J. Correia3, R. Wolffenbuttel21Chalmers University of Technology, Sweden; 2Delft University of Technology, Netherlands; 3University of Minho, Portugal

Characterization of an on-Chip Reconfigurable 3D Optofluidic Microlens by Confocal Laser Scanning MicroscopyM. Rosenauer, M. VellekoopTechnische Universität Wien, Austria

16:15 Hybrid Optical MEMS Vibration SensorW. Hortschitz1, H. Steiner1, M. Sachse1, F. Kohl1, J. Schalko2, F. Keplinger2

1Austrian Academy of Sciences, Austria; 2Technische Universität Wien, Austria

Lab-on-a-Chip Solutions Designed for Being Operated on Standard Laboratory InstrumentsD. Mark1, M. Focke4, S. Lutz1, J. Burger1, M. Müller5, L. Riegger4, M. Rombach5, J. Hoffmann4, G. Roth5, O. Piepenburg3, Y. Park2, R. Zengerle5, F. von Stetten5

1HSG-IMIT, Germany; 2LG Electronics Inc., Korea, South; 3TwistDX, Korea, South; 4Universität Freiburg, Germany; 5Universität Freiburg / HSG-IMIT, Germany

16:30 Mechanical Tuning of Optical Race-Track Ring ResonatorsS. Chakkalakkal Abdulla, L. Kauppinen, M. Dijkstra, M. De Boer, E. Berenschot, R. De Ridder, G. KrijnenUniversity of Twente, Netherlands

Smart SU-8 Pillars Implemented in a Microfluidic Bioreactor for Continuous Measurement of GlucoseS. Talaei1, O. Frey1, S. Psoma2, P. van der Wal1, N. de Rooij11Ecole Polytechnique Fédérale de Lausanne, Switzerland; 2University of Western Macedonia, Greece

16:45 Technology Platform for Hybrid Integration of MOEMS on Reconfigurable Silicon Micro-Optical TableS. Bargiel, K. Rabenorosoa, J. Mascaro, C. Clévy, C. Gorecki, P. LutzFEMTO-ST Institute, France

Optofluidic Microsystem for on-Chip L2-Waveguide Modulation Featuring Flow Stabilization and a Novel Input Coupling RegionE. Weber1, M. Rosenauer2, P. Verhaert1, M. Vellekoop2

1Delft University of Technology, Netherlands; 2Technische Universität Wien, Austria

17:00 Varifocal Liquid Lenses with Integrated Actuator, High Focusing Power and Low Operating Voltage Fabricated on 200mm WafersA. Pouydebasque1, C. Bridoux1, F. Jacquet1, S. Moreau1, D. Saint-Patrice1, C. Bouvier1, C. Kopp1, G. Marchand1, S. Bolis1, N. Sillon1, E. Vigier-Blanc2

1CEA, LETI-MINATEC, France; 2ST Microelectronics, France

Oxygen Imaging in Microfluidic Devices with Optical Sensors Applying Color CamerasB. Ungerböck2, G. Mistlberger2, V. Charwat1, P. Ertl1, T. Mayr2

1Austrian Institute of Technology GmbH, Austria; 2Graz University of Technology, Austria

17:15 1D and 2D Phononic Crystal SensorsR. Lucklum1, J. Li2, M. Zubtsov1

1Otto-von-Guericke-Universität Magdeburg, Germany; 2Wuhan University of Science and Technology, China

Norland Optical Adhesive (NOA81) Microchannels with Adjustable Surface Properties and High Chemical Resistance Against IR-Transparent Organic SolventsP. Wägli, A. Homsy, N. de RooijEcole Polytechnique Federale de Lausanne, Switzerland

– 34 –

Tuesday, September 7: Keynote III

Notes

– 35 –

Tuesday, September 7: Keynote IIIB1L-A KEYNOTE IIITime: 9:10 AM - 10:00 AMRoom: Room 1Chairs: P. Hauptmann and R. Puers

Micro-Sensors for Analysis Equipment: Research and InnovationS. van HerwaardenXensor Integration, Netherlands

– 36 –

Tuesday, September 7: Lecture Session B2

Room 1 Room 2

Time B2L-A Resonant devices I B2L-B Biomedical systems

10:00 Piezoelectric Microelectromechanical Systems – Challenges and OpportunitiesS. TadigadapaPennsylvania State University, United States

COPD Diagnosis by a Gas Sensor ArrayR. Capuano2, M. Santonico2, E. Martinelli2, G. Pennazza1, R. Paolesse2, A. Bergamini2, M. Cazzola2, C. Ciaprini2, C. Di Natale2, A. D’Amico2

1Università Campus Bio-Medico di Roma, Italy; 2Università degli Studi di Roma Tor Vergata, Italy

10:15 Non-Invasive Optical Real-Time Measurement of Total Hemoglobin ContentU. Timm1, G. Leen1, E. Lewis1, D. McGrath1, J. Kraitl2, H. Ewald2

1University of Limerick, Ireland; 2Universität Rostock, Germany

10:30 Detection of Explosives Vapours Using a Multi-Quartz Crystal Microbalance SystemC. Barthet, P. Montméat, N. Eloy, P. PrenéCEA DAM, France

A Real-Time Monitoring System for Adherently Grown CellsN. Moscelli2, S. van Den Driesche2, W. Witarski1, F. Iuliano1, M. Vellekoop2

1Slovak Academy of Sciences, Slovakia; 2Technische Universität Wien, Austria

10:45 Complex Loading and Simulation of Acoustic Thickness Shear Mode ResonatorR. Brünig1, M. Weihnacht2, G. Guhr1, H. Schmidt1

1IFW-Dresden, Germany; 2InnoXacs, Germany

Development of a Human Blood Type Detection Automatic SystemA. Ferraz, V. Carvalho, F. SoaresMinho University, Portugal

11:00 Systematic Studies on Globular Proteins Using Micromachined High Frequency Bulk Acoustic Wave ResonatorsP. Kao, M. Chang, D. Allara, S. TadigadapaPennsylvania State University, United States

A Middle Ear Microphone Design Based on the Physiology of the EarM. Sachse1, W. Hortschitz1, F. Kohl1, J. Schalko1, F. Keplinger2


– 37 –


Room 6 Room 7

Time B2L-C Sensor signal processing B2L-D Flow sensors

10:00 Spectral Measurement with a Linear Variable Filter Using a LMS AlgorithmA. Emadi1, S. Grabarnik2, H. Wu1, G. de Graaf1, R. Wolffenbuttel11Delft University of Technology, Netherlands; 2ESA, Netherlands

Response Time of Thermal Flow SensorsC. Sosna, T. Walter, W. LangUniversität Bremen, Germany

10:15 MATLAB/Simulink Model of a MEMS Accelerometer Read-Out CircuitS. Strache2, R. Wunderlich2, D. Droste1, S. Heinen2

1Robert Bosch GmbH, Germany; 2RWTH Aachen University, Germany

Highly Sensitive Smart Flow Sensor with Frequency and Duty Cycle OutputS. Dalola3, S. Cerimovic2, F. Kohl1, J. Schalko1, V. Ferrari3, D. Marioli3, F. Keplinger2

1Austrian Academy of Sciences, Austria; 2Technische Universität Wien, Austria; 3Università degli Studi di Brescia, Italy

10:30 Comparative Study of Multi Stage Noise Shaping and Single Loop Sigma-Delta Modulators for MEMS AccelerometersB. Almutairi, M. KraftUniversity of Southampton, United Kingdom

Ultra-Low Pressure Sensor for Neonatal ResuscitatorC. Jacq1, T. Maeder1, E. Haemmerle2, N. Craquelin1, P. Ryser1

1Ecole Polytechnique Fédérale de Lausanne, Switzerland; 2University of Auckland, New Zealand

10:45 Miniaturized Chemical Imaging Sensor System Using an OLED Display PanelK. Miyamoto2, K. Kaneko2, A. Matsuo2, T. Wagner2, S. Kanoh2, M. Schöning1, T. Yoshinobu2

1Aachen University of Applied Sciences / IBN-2, Germany; 2Tohoku University, Japan

A Single Chip, Offset Compensated Multi-Channel Flow Sensor with Integrated Readout InterfaceM. Piotto1, M. Dei2, F. Butti2, P. Bruschi21IEIIT-CNR, Italy; 2Università di Pisa, Italy

11:00 Novel Combination of Digital Light Processing (DLP) and Light-Addressable Potentiometric Sensors (LAPS) for Flexible Chemical ImagingT. Wagner2, K. Miyamoto2, M. Schöning1, T. Yoshinobu2

1Aachen University of Applied Sciences / IBN-2, Germany; 2Tohoku University, Japan

Ultra Low Power Flow-to-Frequency SOI MEMS TransducerN. André, B. Rue, D. Van Vynckt, L. Francis, D. Flandre, J. RaskinUniversite catholique de Louvain, Belgium

– 38 –


Room 1 Room 2

Time B3L-A Electrochemical sensors B3L-B Thermal transducers

11:45 A Capillary pH Electrode for Evaluating Long Term Culturing of Neural Cell PopulationsK. Nurminen2, L. Ylä-Outinen1, S. Narkilahti1, J. Lekkala2

1Regea Institute for Regenerative Medicine, Finland; 2Tampere University of Technology, Finland

Dual-Inlet Micro-Calorimeter for Bio-Chemical Studies of Microliter Liquid SamplesT. Adrega, S. van HerwaardenXensor Integration, Netherlands

12:00 pH Electrode Based on ALD Deposited Iridium OxideT. Ryynänen1, K. Nurminen1, J. Hämäläinen2, M. Leskelä2, J. Lekkala1

1Tampere University of Technology, Finland; 2University of Helsinki, Finland

In-situ Heat Input and High Resolution Thermal Expansion Sensing in a Miniaturized Side-Pumped DPSS LaserM. Baumgart2, C. Glassl2, A. Tortschanoff1, G. Kroupa2

1Carinthian Tech Research AG, Austria; 2CTR Carinthian Tech Research AG, Austria

12:15 Oxide Cerium IsFETs Based Immune Biosensor for the Determination of T2-MycotoxinN. StarodubNational University of Life and Environmental Sciences of Ukraine, Ukraine

Novel Reading Method for MEMS Micro-Pirani Pressure SensorsM. Sisto, J. Viens, L. Le Noc, B. Tremblay, Y. Desroches, J. Caron, F. Provencal, F. PicardINO, Canada

12:30 Glass Microprobe with Multi-Electrode Styles Implemented by Silicon via StructureY. Lee, C. Lin, Y. Chang, W. FangNational Tsing Hua University, Taiwan

Millimeter Wave Detection by Thermopile AntennaB. Szentpáli2, P. Basa2, P. Fürjes2, G. Battistig2, I. Bársony2, G. Károlyi1, T. Berceli11Budapest University of Technology and Economics, Hungary; 2Hungarian Academy of Sciences Research Institute for Technical Physics and Materials Science, Hungary

12:45 Experimental Research on Temperature Characteristics of Two-Dimensional Micro ScannerC. Zhang, H. Huang, Z. YouTsinghua University, China

– 39 –


Room 6 Room 7

Time B3L-C Wireless biomedical systems

B3L-D System design & optimisation

11:45 A Wireless Powering System for a Vibratory-Actuated Endoscopic CapsuleR. Carta2, N. Pateromichelakis1, J. Thoné2, M. Sfakiotakis1, D. Tsakiris1, R. Puers2

1Forth, Greece; 2Katholieke Universiteit Leuven, Belgium

Requirements and Design Considerations for the Measurement of Haptic Object PropertiesT. KernContinental Automotive GmbH, Germany

12:00 A Fast and Robust Algorithm to Assess Respiratory Frequency in Real-TimeP. Dupuis, N. André, P. Gérard, D. Flandre, J. Raskin, L. FrancisUniversite catholique de Louvain, Belgium

12:15 Instrumented Wearable Belt for Wireless Health MonitoringE. Sardini, M. SerpelloniUniversità degli Studi di Brescia, Italy

Advanced Simulation Tool for the Design of Sensors and ActuatorsM. KaltenbacherAlps-Adriatic University Klagenfurt, Austria

12:30 Mobile Phone Analysis of NT-proBNP Using High Dynamic Range (HDR) ImagingP. Preechaburana, S. Macken, A. Suska, D. FilippiniLinköping University, Sweden

Pressure Propagation in Encapsulated Pressure Sensor SystemsH. Fassbender, W. Thiel, W. MokwaRWTH Aachen University, Germany

12:45 A WSN Smart Medication SystemW. Hsu1, C. Kuo1, W. Chang1, J. Chang2, Y. Hou2, Y. Lan1, T. Sung2, Y. Yang1

1National Taiwan University, Taiwan; 2National Taiwan University of Science and Technology, Taiwan

Texture Sensor for a Prosthetic HandN. Muridan, P. Chappell, A. Cranny, N. WhiteUniversity of Southampton, United Kingdom

– 40 –

Tuesday, September 7: Poster Session B4

B4P-E Physical and Optical Sensors & MEMSTime: 14:30 - 16:00Room: Poster Area 1 (Boards 01 - 38)Chairs: I. Giouroudi and E. Reichel

01: Fabrication and Characterization of a SiC/SiO2/Si Piezoresistive Pressure SensorM. Fraga2, H. Furlan3, M. Massi1, I. Oliveira1, L. Koberstein3

1Technological Institute of Aeronautics, Brazil; 2Technological Institute of Aeronautics & Institute for Advanced Studies, Brazil; 3Universidade de São Paulo, Brazil

02: A 3-D MEMS VOA Using Translational Attenuation Mechanism Based on Piezoelectric PZT Thin Film ActuatorsK. Koh2, C. Lee2, T. Kobayashi11National Institiute of Advance Industrial Science and Technology, Japan; 2National University of Singapore, Singapore

03: A Novel Parallel-Field Double-Hall Microsensor with Self-Reduced Offset and Temperature DriftS. Lozanova, C. RoumeninBulgarian Academy of Sciences, Bulgaria

04: Cantilever Arrays with Integrated Actuation and Sensing for Parallel SPMT. Sulzbach1, W. Engl1, R. Maier1, J. Diebel1, D. Dontsov2, E. Langlotz2, W. Schott2

1NanoWorld Services GmbH, Germany; 2Sios Messtechnik GmbH, Germany

05: Light Addressable Potentiometric Sensor Array: a New Approach for Light Beam PositioningA. Ipatov, K. Zinoviev, N. Abramova, A. BratovInstituto de Microelectrónica de Barcelona-CNM-CSIC, Spain

06: High-Sensitive Pyroelectric Detectors with Internal Thermal AmplificationY. Querner, A. Schulze, V. Norkus, G. GerlachTechnische Universität Dresden, Germany

07: Optical Performance of B-Layer Ultra-Shallow-Junction Silicon Photodiodes in the VUV Spectral RangeL. Shi2, F. Sarubbi2, L. Nanver2, U. Kroth3, A. Gottwald3, S. Nihtianov1

1ASML Netherlands B.V., Netherlands; 2Delft University of Technology, Netherlands; 3Physikalisch- Technische Bundesanstalt, Germany

08: Realization of Pressure Sensors Using FET Detection on a Thin Si MembranO. de Sagazan, E. Jacques, T. Mohammed-BrahimUniversity of Rennes1, France

09: Low Cost Pressure Sensors for Impact Detection in Composite StructuresH. Macicior1, E. Ochoteco1, G. Cabañero1, H. Grande1, O. Schwarzhaupt2, M. Lehmann2, A. Büter2

1Cidetec, Spain; 2Fraunhofer LBF, Germany

10: A Bipolar PIN Phototransistor with Modulated Base DopingA. Marchlewski3, K. Schneider-Hornstein3, H. Zimmermann3, G. Meinhardt2, I. Jonak-Auer1, E. Wachmann1

1austriamicrosystems AG, Austria; 2Blue Chip Energy GmbH, Austria; 3Technische Universität Wien, Austria

11: Lateral Displacement MEMS SensorV. Stavrov1, E. Tomerov1, G. Stavreva1, C. Hardalov3, A. Shulev2

1AMG Technology Ltd., Bulgaria; 2IMBM, BAS, Bulgaria; 3Technical University of Sofia, Bulgaria

12: Sensing Properties of ITO Coated Optical Fibers to Diverse VOCsC. Zamarreño, M. Hernáez, I. Del Villar, I. Matias, F. ArreguiUniversidad Pública de Navarra, Spain

13: Optical Demultiplexer Device Operating in the Visible SpectrumP. Louro2, M. Vieira3, M. Vieira2, S. Amaral1, J. Costa2, M. Fernandes2

1ISEL, Portugal; 2ISEL, CTS-UNINOVA, Portugal; 3ISEL, CTS-UNINOVA, DEE-FCT-UNL, Portugal

14: Phase Stability Comparison of SAW Sensor Evaluation with Various CW Type RadarsA. Binder, R. Fachberger, M. LenzhoferCarinthian Tech Research AG, Austria

– 41 –

Tuesday, September 7: Poster Session B415: Effect of the Thickness - Ratio of the Piezoresistive Composite Element for Measuring High - PressureP. Heinickel, R. WerthschützkyTechnische Universität Darmstadt, Germany

16: Design and Characterization of the Immersion-Type Capacitive Ultrasonic Sensors Fabricated in a CMOS ProcessP. Tang, P. Wang, M. Li, M. LuNational Tsing Hua University, Taiwan

17: Biologically Inspired Autonomous Agent Navigation Using an Integrated Polarization Analyzing CMOS Image SensorM. Sarkar2, D. San Segundo Bello3, C. van Hoof3, A. Theuwissen1

1Delft University of Technology / Harvest Imaging, Netherlands; 2Delft University of Technology / IEMC, Netherlands; 3IMEC, Belgium

18: Comparison Between Technologies for APDs Fabrication in Particle DetectorsA. Arbat, A. Comerma, J. Trenado, D. Gascon, A. Vilà, L. Garrido, A. DièguezUniversitat de Barcelona, Spain

19: A 3mm Endoscopic Probe with Integrated MEMS Micromirror for Optical Coherence Tomography BioimagingX. Mu2, G. Zhou2, H. Feng1, Y. Xu1, A. Yu1, C. Tan1, W. Chen1, J. Xie1, F. Chau2

1Agency for Science, Technology and Research, Singapore; 2National University of Singapore, Singapore

20: Pyroelectric Effect in PZT Thick Films for Thermal Energy Harvesting in Low-Power SensorsS. Dalola, V. Ferrari, D. MarioliUniversità degli Studi di Brescia, Italy

21: Position Feedback and Phase Control of Resonant MOEMS-Mirrors with One and Two AxesA. Tortschanoff1, A. Frank1, M. Wildenhain2, T. Sandner2, H. Schenk2, A. Kenda1

1Carinthian Tech Research AG, Austria; 2Fraunhofer IPMS, Germany

22: Low-Cost Approach for Integrated Long-Wavelength Infrared Sensor ArraysI. Herrmann2, K. Reinhart2, T. Pirk2, A. Feyh2, D. Oshinubi2, M. Eckardt2, E. Sommer2, U. Kunz2, V. Krüger2, F. Freund1

1Fachhochschule Hannover, Germany; 2Robert Bosch GmbH, Germany

23: SEM/FIB for Characterization of Nanosized ImagersA. Vilà, A. Comerma, J. Trenado, A. Arbat, D. Gascon, L. Garrido, A. DiéguezUniversitat de Barcelona, Spain

24: A Simple Humidity Sensor with Thin Film Porous Alumina and Integrated HeatingL. Juhász2, J. Mizsei11BME EET, Hungary; 2Budapest University of Technology and Economics, Hungary

25: Novel Design for an Ultra High Precision 3D Micro Probe for CMM ApplicationsS. Buetefisch1, G. Dai1, H. Danzebrink1, L. Koenders1, F. Solzbacher2, M. Orthner2

1Physikalisch- Technische Bundesanstalt, Germany; 2University of Utah, United States

26: Acceleration Sensors Based on Polymer-Electronic MaterialsA. Hense, C. Fromm, D. ZielkeFachhochschule Bielefeld, Germany

27: Heteropolar Ferroelectrets for Ultrathin Flexible Keyboards and Tactile SensorsA. Kogler, G. Buchberger, S. Bauer, R. SchwödiauerJohannes Kepler Universität, Austria

28: MEMS Caesium Vapour Cell for European Micro-Atomic-ClockP. Knapkiewicz3, J. Dziuban3, R. Walczak3, L. Mauri1, P. Dziuban2, C. Gorecki21SAES Getters, Italy; 2Université de Franche-Comté / FEMTO-ST, France; 3Wroclaw University of Technology, Poland

29: Fully Printed, Flexible, Large Area Organic Optothermal Sensors for Human-Machine-InterfacesM. Zirkl2, G. Scheipl2, B. Stadlober2, A. Haase2, L. Kuna2, J. Magnien2, G. Jakopic2, J. Krenn2, A. Sawatdee1, P. Bodö1, P. Andersson1

1Acreo AB, Sweden; 2Joanneum Research, Austria

– 42 –

Tuesday, September 7: Poster Session B430: Force Sensor Clip for Orthopedic ApplicationsU. Nolten2, H. Kempf1, U. Mattes1, W. Mokwa2

1Aesculap AG, Tuttlingen, Germany; 2RWTH Aachen University, Germany

31: Experimental Investigation on the Exploitation of an Active Mechanism to Restore the Operability of Malfunctioning RF-MEMS SwitchesJ. Iannacci1, A. Repchankova1, A. Faes1, A. Tazzoli3, G. Meneghesso3, M. Niessner2

1Fondazione Bruno Kessler, Italy; 2Technische Universität München, Germany; 3Università degli Studi di Padova, Italy

32: Low Loss STS Based SPDT for X – Band ApplicationsK. Maninder1, A. Sharma1, D. Kumar2, S. Singh3, K. Rangra1

1Central Electronics Engineering Research Institute, India; 2Kurukshetra University, India; 3SAC, ISRO, India

33: Design and Characterization of a CMOS Compatible Poly-SiGe Low-G Capacitive AccelerometerL. Wen2, L. Haspeslagh1, J. De Coster1, A. Witvrouw1, R. Puers2

1IMEC, Belgium; 2Katholieke Universiteit Leuven, Belgium

34: FEM and Measurement Analysis for Flow Sensor Featuring Three Different Operating ModesA. Talic1, S. Cerimovic2, F. Kohl1, R. Beigelbeck1, J. Schalko2, F. Keplinger2


35: Vacuum Pressure and Gas Detection with a Silicon Based Micromechanical Squeeze Film SensorP. Schwarz, D. Feili, R. Engel, N. Pagel, H. SeidelUniversität des Saarlandes, Germany

36: Ghost Suppression in Ultrasonic Measurement with a Sparse Phased Array by Using Frequency Tuning of Piezoelectric MicrosensorsK. Yamashita, K. Tomiyama, K. Yoshikawa, M. NodaKyoto Institute of Technology, Japan

37: A Linnik Scanning White-Light Interferometry System Using a MEMS Digital-to-Analog ConverterH. Liao, Y. YangNational Taiwan University, Taiwan

38: Electrostatically Driven Optical Z-Axis Scanner with Thermally Bonded Glass MicrolensS. Bargiel, C. Gorecki, T. Verdot, K. Laszczyk, J. Albero, L. El FissiFEMTO-ST Institute, France

B4P-F Micropower generation IITime: 14:30 - 16:00Room: Poster Area 2 (Boards 43 - 47)Chairs: I. Giouroudi and E. Reichel

43: Permanent Magnet Vibration Power Generator As an Embedded Mechanism for Smart Hip ProsthesisR. Morais2, N. Silva5, P. Santos4, C. Frias3, J. Ferreira1, A. Ramos1, J. Simões1, J. Baptista2, M. Reis2

1Universidade de Aveiro, Portugal; 2Universidade de Trás-os-Montes e Alto Douro, Portugal; 3Universidade do Porto, Portugal; 4University of Trás-os-Montes e Alto Douro, Portugal; 5UTAD, Portugal

44: Mini Piezoelectric Power Generator with Multi-Frequency ResponseS. Ko, C. Je, C. JunElectronics and Telecommunications Research Institute, Korea, South

45: Selective Electret Charging Method for Energy Harvesters Using Biased ElectrodeT. Fujita2, T. Toyonaga2, K. Nakade2, K. Kanda2, K. Higuchi1, K. Maenaka2

1Japan Science and Technology Agency, Japan; 2University of Hyogo, Japan

46: Integrated Solid-State Film Lithium BatteryL. Goncalves, J. Ribeiro, M. Silva, M. Silva, J. CorreiaUniversity of Minho, Portugal

47: A Scalable Micro-Power Converter for Multi-Source Piezoelectric Energy Harvesting ApplicationsA. Romani2, R. Paganelli1, M. Tartagni21IEIIT-CNR, Italy; 2Università di Bologna, Italy

– 43 –

Tuesday, September 7: Poster Session B4

B4P-G BiosensorsTime: 14:30 - 16:00Room: Poster Area 3 (Boards 49 - 63)Chairs: I. Giouroudi and E. Reichel

49: Human Olfactory Receptors Immobilization on a Mixed Self Assembled Monolayer for the Development of a Bioelectronic NoseM. Sanmartí2, P. Iavicoli2, E. Pajot-Augy1, G. Gomila2, J. Samitier2

1INRA, France; 2Universitat de Barcelona / IBEC, Spain

50: Performance of Different Cathode Catalysts in Microbial Fuel Cell Transducers for the Determination of Microbial ActivityN. Uría2, D. Sánchez1, R. Mas1, O. Sánchez2, F. Muñoz1, J. Mas2

1Instituto de Microelectrónica de Barcelona-CNM-CSIC, Spain; 2Universitat Autònoma de Barcelona, Spain

51: A Rupture Detection Algorithm for the DNA Translocation Detection Though Biological NanoporeT. Osaki3, J. Barbot1, R. Kawano3, H. Sasaki3, O. Français2, B. Le Pioufle1, S. Takeuchi31CNRS ENS de Cachan, France; 2CNRS SATIE, Institut d’Alembert, ENS Cachan, France; 3Tokyo University, Japan

52: Interferometric Detection of Prostate Specific Antigen Based on Enzyme ImmunoassayH. Song, Y. Choi, H. Pyo, K. Chung, D. Lee, M. Jung, S. ParkElectronics and Telecommunications Research Institute, Korea, South

53: Antibody Modified Gold Micro Array Electrode Based Electrochemical Immunosensor for Ultrasensitive Detection of Cortisol in Saliva and ISFS. Arya2, G. Chornokur2, M. Venugopal1, S. Bhansali21Guided Therapeutics Inc., United States; 2University of South Florida, United States

54: Carbon Nanotube Electrodes for Electrochemiluminescence BiosensorsA. Sanginario, D. Demarchi, P. Civera, M. Giorcelli, M. Castellino, A. TagliaferroPolitecnico di Torino, Italy

55: A Highly-Sensitive Leakage Current Microsensor by Using Denaturant: Detection of Target Protein by DPPC LiposomeP. Lorchirachoonkul1, T. Shimanouchi2, K. Yamashita1, H. Umakoshi2, R. Kuboi2, M. Noda1

1Kyoto Institute of Technology, Japan; 2Osaka University, Japan

56: An Automatic Offset Correction Platform for High-Throughput Ion-Channel ElectrophysiologyF. Thei, M. Rossi, M. Bennati, M. Crescentini, M. TartagniUniversità di Bologna, Italy

57: Evaluation of Pseudomonas Aeruginosa Biofilm Formation Using Piezoelectric Tuning Forks Mass SensorsK. Waszczuk2, G. Gula1, M. Swiatkowski2, J. Olszewski2, Z. Drulis-Kawa1, J. Gutowicz1, T. Gotszalk2

1University of Wroclaw, Poland; 2Wroclaw University of Technology, Poland

58: Biosensing Utilizing the Motion of Magnetic Microparticles in a Microfluidic SystemI. Giouroudi2, S. van Den Driesche2, J. Kosel11King Abdullah University of Science and Technology, Saudi Arabia; 2Technische Universität Wien, Austria

59: Label-Free Detection of Cardiac Biomarker Using Aptamer Based Capacitive BiosensorA. Qureshi, Y. Gurbuz, J. NiaziSabanci University, Turkey

60: Love Wave Biosensor for Real-Time Detection of Okadaic Acid As DSP PhycotoxinF. Fournel, E. Baco, M. Mamani-Matsuda, M. Degueil, B. Bennetau, D. Moynet, D. Mossalayi, L. Vellutini, J. Pillot, C. Dejous, D. RebiereUniversité de Bordeaux, France

61: High Frequency QCM Based Sensor System for Sensitive Detection of Dissolved AnalytesB. Stehrer1, R. Schwödiauer1, S. Bauer1, I. Graz2, P. Pollheimer1, H. Gruber1

1Johannes Kepler Universität, Austria; 2University of Cambridge, United Kingdom

– 44 –

Tuesday, September 7: Poster Session B462: The Spring Constant Calibration of the Piezoresistive Cantilever Based BiosensorG. Józwiak3, D. Kopiec3, P. Zawierucha3, T. Gotszalk3, P. Janus1, P. Grabiec1, I. Rangelow2

1Institute of Electron Technology, Poland; 2Technische Universität Ilmenau, Germany; 3Wroclaw University of Technology, Poland

63: Quantitative Impedance Analysis of Nanowires and Cancer CellsF. Alexander Jr., E. Huey, D. Price, S. BhansaliUniversity of South Florida, United States

B4P-H Materials and technologyTime: 14:30 - 16:00Room: Poster Area 4 (Boards 67 - 82)Chairs: I. Giouroudi and E. Reichel

67: Phase-Sensitive and Fast-Scanning Laser Probe System for Diagnosis of High Frequency Acoustic Wave DevicesK. Hashimoto, N. Wu, T. Omori, M. YamaguchiChiba University, Japan

68: A Full Wafer Dicing Free Dry Release Process for MEMS DevicesI. Sari, I. Zeimpekis, M. KraftUniversity of Southampton, United Kingdom

69: Embedded Double-Layered Microchannel Fabrication for Microfluidic Devices Using Developer Permeability of Negative Thick-Film ResistsY. Hirai, Y. Nakai, K. Sugano, T. Tsuchiya, O. TabataKyoto University, Japan

70: Detail Study on the Rear 45 Micromirror Smoothness on (100) Si SubstratesY. Xu, A. Michael, C. Kwok, G. PengUniversity of New South Wales, Australia

71: PVDF and EMFi Sensor Materials – a Comparative StudyS. Rajala, J. LekkalaTampere University of Technology, Finland

72: Synthesis and Application of Photo Curable Perfluoropolyethers As New Material for MicrofluidicsC. Hannig, M. Dirschka, K. Länge, S. Neumaier, B. RappKarlsruhe Institute of Technology, Germany

73: Fast Prototyping of Monolithic Micro-System on Epi-Fluorescent MicroscopesP. Preechaburana, D. FilippiniLinköping University, Sweden

74: Fabrication of Polymer-Based Micro Devices: Formulation and Study of the PasteN. Serra, T. Maeder, O. Gentsch, P. RyserEcole Polytechnique Fédérale de Lausanne, Switzerland

75: Combined Testing for MEMS CharacterizationA. Schifferle2, A. Neels1, O. Papes2, A. Dommann1, E. Mazza2

1CSEM, Switzerland; 2ETH Zürich, Switzerland

76: Design and Fabrication of a Tuning Fork Shaped Voltage Controlled Resonator with Additional Tuning Electrodes for Low-Voltage ApplicationsN. Chekurov, L. Aaltonen, J. Gronicz, M. Kosunen, I. TittonenAalto University, Finland

77: Influence of Seed Layer on Crystallinity and Orientation of Pulsed – DC Sputtered AlN Thin-Films for Piezoelectric ActuatorsA. Tran, H. Schellevis, H. Pham, C. Shen, L. SarroDelft University of Technology, Netherlands

78: Cu Based Patch Antenna on Polymer Substrate for Flexible Wireless Sensor Systems ApplicationsD. Feili, N. Pagel, V. Ngo, P. Schwarz, H. SeidelUniversität des Saarlandes, Germany

79: A Tri-Axial Accelerometer with Structure-Based Voltage Operation by Using Series-Connected Piezoelectric ElementsK. Kanda2, Y. Iga1, J. Matsuoka3, Y. Jiang1, T. Fujita2, K. Higuchi1, K. Maenaka2

1Japan Science and Technology Agency, Japan; 2University of Hyogo, Japan; 3Yamaha Corporation, Japan

– 45 –

Tuesday, September 7: Poster Session B480: Advanced Structures for Heat Transfer Studies on DiaphragmsF. Kohl1, R. Beigelbeck1, J. Kuntner3, J. Schalko2, A. Talic1, S. Cerimovic2

1Austrian Academy of Sciences, Austria; 2Technische Universität Wien, Austria; 3Vienna University of Technology, Austria

81: Hybrid Low Temperature Wafer Bonding and Direct Electrical Interconnection of 3D MEMSS. Kühne, C. HieroldETH Zürich, Switzerland

82: Development of Novel Sensors Based on Oxide NanowiresM. Sheng, Y. Zhou, G. PatzkeUniversität Zürich, Switzerland

– 46 –


Room 1 Room 2

Time B5L-A Label-free biosensors B5L-B Thermal devices

16:00 Label-Free Detection of H1N1 Virus for Point of Care TestingB. Schwarz1, N. Schweizer2, F. Pröll2, G. Proll2, G. Gauglitz2

1Eberhard Karls Universität, Germany; 2Universität Tuebingen, Germany

Smart Temperature Sensors in Standard CMOSK. MakinwaDelft University of Technology, Netherlands

16:15 A Novel Method for Simultaneous Readout of Static Bending and Multimode Resonance-Frequency of Microcantilever-Based Biochemical SensorsK. Nieradka2, T. Gotszalk2, G. Schroeder1

1Adam Mickiewicz University in Poznan, Poland; 2Wroclaw University of Technology, Poland

16:30 Label-Free Detection of Breast Cancer Marker HER-2/neu with an Acoustic BiosensorF. Gruhl, M. Rapp, K. LängeKarlsruhe Institute of Technology, Germany

Miniaturized Ceramic Differential Scanning Calorimeter with Integrated Oven and Crucible in LTCC TechnologyW. Missal2, J. Kita2, E. Wappler5, F. Gora4, A. Kipka4, T. Bartnitzek3, F. Bechtold3, D. Schabbel1, B. Pawlowski1, R. Moos2

1Fraunhofer IKTS, Germany; 2Universität Bayreuth, Germany; 3VIA electronic GmbH, Germany; 4W. C. Heraeus GmbH, Germany; 5wsk Mess- und Datentechnik GmbH, Germany

16:45 Label-Free DNA Hybridization and Denaturation Detection by Means of Field-Effect Nanoplate SOI Capacitors Functionalized with Gold NanoparticlesM. Abouzar1, A. Pedraza1, M. Schöning2, A. Poghossian1

1Aachen University of Applied Sciences, Germany; 2Aachen University of Applied Sciences / IBN-2, Germany

Thermal Effects to Enhance the Responsivity of Pyroelectric Infrared DetectorsV. Norkus, A. Schulze, Y. Querner, G. GerlachTechnische Universität Dresden, Germany

17:00 Cell Toxicity and Preparation of Streptavidin-Modified Iron Nanoparticles and Glutathione-Modified Cadmium-Based Quantum DotsJ. Chomoucka1, J. Drbohlavova1, P. Babula3, V. Adam2, J. Hubalek1, I. Provaznik1, R. Kizek2

1Brno University of Technology, Czech Rep.; 2Mendel University, Czech Rep.; 3University of Veterinary and Pharmaceutical Sciences, Czech Rep.

Temperature Dependence of the Resonance Frequency of Thermogravimetric DevicesE. Iervolino4, M. Riccio2, A. van Herwaarden3, A. Irace2, G. Breglio2, W. van der Vlist1, P. Sarro1

1Delft University of Technology, Netherlands; 2Università degli Studi di Napoli Federico II, Italy; 3Xensor Integration, Netherlands; 4Xensor Integration & Delft University of Technology, Netherlands

17:15 Self-Assembled Molecular Gate Field Effect Transistor for Label Free Sialic Acid Detection at Cell MembraneA. Matsumoto1, N. Sato2, H. Cabral2, K. Kataoka2, Y. Miyahara1

1National Institute for Materials Science, Japan; 2University of Tokyo, Japan

Room Temperature Infrared Imaging Array Fabricated Using Heterogeneous Integration MethodsM. Pisani, K. Ren, P. Kao, S. TadigadapaPennsylvania State University, United States

– 47 –


Room 6 Room 7

Time B5L-C On-chip analysis devices B5L-D Ultrasensitive magnetic probes

16:00 Time-Resolved Mapping of Neurotransmitter Fluctuations by Arrays of Nanocavity Redox-Cycling SensorsE. Kätelhön, B. Hofmann, M. Banzet, A. Offenhäusser, B. WolfrumJülich Forschungszentrum GmbH, Germany

Electron Spin Resonance SensorsG. BoeroEcole Polytechnique Fédérale de Lausanne, Switzerland

16:15 An Electrowetting on Dielectrics Based Lab-on-a-Chip Utilizing an Integrated High Fundamental Frequency Quartz Crystal Resonator As a BiosensorT. Lederer, B. Stehrer, S. Bauer, B. Jakoby, W. HilberJohannes Kepler Universität, Austria

16:30 SOPC Design of an Impedance Analyser Without Current MeasurementA. Hamed, E. Tisserand, P. Schweitzer, Y. BervillerLIEN-UHP Nancy, France

Spatially Resolved Measurement of Magnetic Flux Density Using a 32×32 CMOS-Integrated Hall Sensor ArrayJ. Stephan, P. Gieschke, O. Paul, P. RutherUniversität Freiburg, Germany

16:45 MEMS Silicon-Based Micro-Evaporator with Diamond-Shaped FinsM. Mihailovic1, C. Rops2, J. Creemer1, P. Sarro1

1Delft University of Technology, Netherlands; 2TNO, Netherlands

Magnetic Microwires for Orthogonal Fluxgates Electroplated with Pulse CurrentM. Butta1, P. Ripka1, G. Infante2, M. Vazquez2, O. De Abril21Czech Technical University in Prague, Czech Rep.; 2Materials Science Institute of Madrid, CSIC, Spain

17:00 Microfabricated Gas Chromatograph for Sub-ppb Determinations of TCE in Vapor Intrusion InvestigationsH. Chang, S. Kim, T. Sukaew, F. Bohrer, E. ZellersUniversity of Michigan, United States

Ultrasensitive Core for Magnetooptical Fluxgate Magnetometer with High Space ResolutionV. Skidanov, P. VetoshkoInstitute for Design Problems in Microelectronics RAS, Russia

17:15 Variation in Microneedle Geometry to Increase Shear StrengthP. Khanna, H. Silva, S. BhansaliUniversity of South Florida, United States

Harmonic Frequency Characterisations of a CMOS Micro Fluxgate Sensor for Low Magnetic Field DetectionW. Huang, J. Jeng, C. LuNational Taipei University of Technology, Taiwan

– 48 –

Wednesday, September 8: Lecture Session C1

Room 1 Room 2

Time C1L-A Optical chemical sensors C1L-B Cantilever based sensors

09:00 Ferromagnetic and Permanent Magnetic Spheres As Platform for Single- and Dual-Analyte Optical SensorsK. Koren, G. Mistlberger, S. Borisov, I. KlimantGraz University of Technology, Austria

Unconventional Uses of Cantilevers for Chemical Sensing in Gas and Liquid EnvironmentsI. Dufour3, F. Josse2, S. Heinrich2, C. Lucat3, C. Ayela3, F. Ménil3, O. Brand1

1Georgia Institute of Technology, United States; 2Marquette University, United States; 3Université de Bordeaux, France

09:15 Tunable Mid-IR Lasers: a New Avenue to Robust and Versatile Physical ChemosensorsM. Brandstetter, A. Genner, K. Anic, B. LendlTechnische Universität Wien, Austria

09:30 An Optical Sensor Array on a Flexible Substrate with Integrated Organic Opto-Electric DevicesT. Mayr1, T. Abel1, E. Kraker2, S. Köstler2, A. Haase2, C. Konrad2, M. Tscherner2, B. Lamprecht2

1Graz University of Technology, Austria; 2Joanneum Research, Austria

Integrated Piezoresistive Gauge in a Piezoelectric CantileverM. Cueff, E. Defay, G. Le Rhun, F. Perruchot, A. Suhm, M. AidCEA, LETI-MINATEC, France

09:45 Real-Time Detection of Formaldehyde by a Fluorescence-Based SensorM. Descamps2, T. Bordy2, J. Hue2, S. Mariano1, G. Nonglaton2, E. Schultz2, T. Tran-Thi1, S. Vignoud-Despond2

1CEA Saclay / LFP, France; 2CEA, LETI-MINATEC, France

Contactless Electromagnetic Switched Interrogation of Micromechanical Cantilever ResonatorsM. Bau, V. Ferrari, D. Marioli, E. TonoliUniversità degli Studi di Brescia, Italy

10:00 Improvement of an Evanescent Field IR-Absorption Sensor by Utilizing a Photonic Taper StructureJ. Kasberger3, A. Saeed1, B. Jakoby2, K. Hingerl11CD Lab for Surface Optics / Johannes Kepler University Linz, Austria; 2Johannes Kepler Universität, Austria; 3RECENDT GmbH, Austria

A Straightforward Determination of Fluid Viscosity and Density Using Microcantilevers: Analytical and Experimental StudiesM. Youssry, N. Belmiloud, B. Caillard, C. Ayela, C. Pellet, I. DufourUniversité de Bordeaux, France

10:15 Magnetic Nanoparticle-Enhanced SPR BiosensorY. Wang, J. Dostalek, W. KnollAustrian Institute of Technology GmbH, Austria

GaAs Spin Injector Microcantilever Probe Assembly via a Releasable “Epitaxial Patch Technology”S. Arscott2, E. Peytavit2, D. Vu1, A. Rowe3, D. Paget3

1Ecole Polytechnique de Paris, France; 2IEMN-CNRS-University of Lille, France; 3Polytechnique de Paris, France

– 49 –


Room 6 Room 7

Time C1L-C Nanomaterials C1L-D Acceleration sensors

09:00 WCNTs Modified with Porphyrin Units for Chemical Sensing ApplicationsL. Lvova2, A. Paris2, M. Mastroianni2, G. Pomarico2, M. Santonico2, G. Pennazza1, C. Di Natale2, R. Paolesse2, A. D’Amico2

1Università Campus Bio-Medico di Roma, Italy; 2Università degli Studi di Roma Tor Vergata, Italy

Design and Modeling of a Flexible Contact-Mode Piezoresistive Detector for Time-Based Acceleration SensingV. Rajaraman1, B. Hau1, L. Rocha2, P. French1, K. Makinwa1

1Delft University of Technology, Netherlands; 2University of Minho, Portugal

09:15 Bio-Fuel Cell Based on Modified Carbon Nanotubes with Immobilized EnzymesM. Bogner, M. Schnaithmann, J. Sägebarth, H. SandmaierUniversität Stuttgart, Germany

Modelling and Testing of a MEMS Accelerometer Controlled and Read-Out Beyond the Pull-in Instability LimitG. Langfelder1, T. Frizzi1, A. Tocchio1, E. Lasalandra2, A. Longoni11Politecnico di Milano, Italy; 2ST Microelectronics, Italy

09:30 Combined Optical and Electrical Biosensing with Novel Metal Nanowire ArraysR. Mackenzie1, B. Dielacher1, C. Fraschina1, T. Sannomiya1, V. Auzelyte2, J. Vörös1

1ETH Zürich, Switzerland; 2Paul Scherrer Institut, Switzerland

A Digital Output Accelerometer Using MEMS-Based Piezoelectric Accelerometer Connected to Parallel CMOS CircuitT. Kobayashi1, H. Okada2, T. Masuda3, R. Maeda1, T. Itoh2

1National Institiute of Advance Industrial Science and Technology, Japan; 2National Institiute of Advance Industrial Science and Technology & JST-CREST, Japan; 3University of Tokyo, JST-CREST, Japan

09:45 Physical Vapor Deposition of Copper Oxide NanowiresE. Comini, G. Faglia, M. Ferroni, D. Zappa, G. SberveglieriUniversità degli Studi di Brescia, Italy

Characterization of a Pull-in Based µg-Resolution AccelerometerR. Dias3, E. Cretu2, R. Wolffenbuttel1, L. Rocha3

1Delft University of Technology, Netherlands; 2University of British Columbia, Canada; 3University of Minho, Portugal

10:00 Tunnel Diodes Fabricated for Rectenna Applications Using Self-Assembled NanodielectricsM. Celestin, S. Krishnan, D. Goswami, L. Stefanakos, S. BhansaliUniversity of South Florida, United States

Force Balanced Accelerometer Using MOSFET with Position Controlled Floating Gate ElectrodeM. Suzuki1, T. Kong1, R. Taguchi1, J. Kogure1, S. Aoyagi1, H. Tokunaga2

1Kansai University, Japan; 2M. T. C. Corp., Japan

10:15 Effects of Dielectric Deposition on the Electrical Characteristics of Mim Tunnel JunctionsR. Ratnadurai, S. Krishnan, E. Stefanakos, Y. Goswami, S. BhansaliUniversity of south florida, United States

A CMOS-MEMS Accelerometer with Tri-Axis Sensing Electrodes ArraysM. Tsai, Y. Liu, C. Sun, C. Wang, W. FangNational Tsing Hua University, Taiwan

– 50 –


Room 1 Room 2

Time C2L-A Optical fiber sensors C2L-B Nanosensors & NEMS

11:00 Optical Fiber Sensors Based on Layer-by-Layer Nanostructured FilmsF. Arregui2, I. Matias2, J. Corres2, I. Del Villar2, J. Goicoechea2, C. Ruiz Zamarreño2, M. Hernáez2, R. Claus1

1Nanosonic, Inc., United States; 2Universidad Pública de Navarra, Spain

Homogeneous Biosensor Based on Optical Detection of the Rotational Dynamics of Anisotropic NanoparticlesS. Schrittwieser1, J. Schotter1, T. Maier1, R. Bruck1, P. Muellner1, N. Kataeva1, K. Soulantika2, F. Ludwig3, A. Huetten4, H. Brueckl11Austrian Institute of Technology GmbH, Austria; 2LPCNO-INSA, France; 3Technische Universität Braunschweig, Germany; 4Universität Bielefeld, Germany

11:15 Gas Sensing with Vertical Functionalized InAs Nanowire ArraysP. Offermans, M. Crego-Calama, S. BrongersmaHolst Centre/IMEC, Netherlands

11:30 Fiber-Optic Voltage Sensor Using Fiber Gyro TechnologyK. Bohnert, S. Wildermuth, A. Frank, H. BrändleABB Switzerland Ltd, Switzerland

Growth Characterization of Vertically Aligned Carbon Nanofibers on Top of TiN Buffer Layer for Nanoelectromechanical DevicesF. Ghavanini, M. Damian, D. Rafieian, P. LundgrenChalmers University of Technology, Sweden

11:45 Intensity Referencing in an Extrinsic Optical Fiber Temperature SensorA. Apelsmeier3, R. Gleixner2, M. Mayer2, M. Shamonin2, B. Schmauss1

1Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany; 2Hochschule Regensburg, Germany; 3University of Applied Sciences Regensburg, Germany

Electrical Initialization to Erase History in Hysteretic Carbon Nanotube Transistors for Sensing ApplicationsM. Mattmann1, D. Bechstein1, C. Roman1, K. Chikkadi1, T. Helbling1, L. Durrer1, R. Pohle2, M. Fleischer2, C. Hierold1

1ETH Zürich, Switzerland; 2Siemens AG, Germany

12:00 Lossy Mode Resonances Supported by TiO2-Coated Optical FibersM. Hernáez, C. Zamarreño, I. Del Villar, I. Matias, F. ArreguiUniversidad Pública de Navarra, Spain

ZeptoFarad Resolution CMOS Read-Out Circuit for NanosensorsM. Carminati, G. Ferrari, F. Guagliardo, M. SampietroPolitecnico di Milano, Italy

12:15 Fiber-Optic Interferometric Sensor of Magnetic Field for Structural Health MonitoringZ. Djinovic, M. Tomic, C. GamaufIntegrated Microsystems Austria, Austria

Ultrasensitive Nanowire Pressure Sensor Makes its DebutB. Soon1, P. Neuzil1, C. Wong2, J. Reboud1, H. Feng1, C. Lee3

1Agency for Science, Technology and Research, Singapore; 2Agency for Science, Technology and Research & Nanyang Technological University, Singapore; 3National University of Singapore, Singapore

– 51 –


Room 6 Room 7

Time C2L-C Thin films C2L-D Micropower generation

11:00 TiO2 ALD Nanolayer As Evanescent Waveguide for Biomedical Sensor ApplicationsA. Purniawan, P. French, G. Pandraud, P. SarroDelft University of Technology, Netherlands

A Single-Magnet Nonlinear Piezoelectric Converter for Enhanced Energy Harvesting from Random VibrationsM. Ferrari, V. Ferrari, M. Guizzetti, D. MarioliUniversità degli Studi di Brescia, Italy

11:15 Micro Pirani Vacuum Gauges Manufactured by a Film Transfer ProcessG. Schelcher2, E. Lefeuvre2, S. Brault1, F. Parrain2, E. Martincic2, E. Dufour-Gergam2, A. Bosseboeuf2

1KFM Technology - IEF, France; 2Université Paris-Sud 11, France

Energy Harvesting for Autonomous Wireless Sensor Nodes in AircraftD. Samson1, M. Kluge1, T. Becker1, U. Schmid2

1EADS Innovation Works, Germany; 2Technische Universität Wien, Austria

11:30 Low-Firing Thick-Film Piezoresistive Sensors for Medical InstrumentsT. Maeder, C. Jacq, P. RyserEcole Polytechnique Fédérale de Lausanne, Switzerland

High-Performance Piezoelectric Thick Film Based Energy Harvesting Micro-Generators for MEMST. Zawada1, K. Hansen1, R. Lou-Moeller1, E. Ringgaard1, T. Pedersen2, E. Thomsen2

1MEGGITT, Ferroperm Piezoceramics, Denmark; 2Technical University of Denmark, Denmark

11:45 Nanofilm Metal Layers As Vacuum Quality SensorsS. Mäder1, T. Haas1, U. Kunze3, T. Doll21adlantis Dortmund GmbH, Germany; 2adlantis Dortmund GmbH & Johannes Gutenberg-Universität, Germany; 3Ruhr Universität Bochum, Germany

Nonlinear Electromagnetic Generators with Polymeric Materials for Power Harvesting from VibrationsE. Sardini, M. SerpelloniUniversità degli Studi di Brescia, Italy

12:00 An ALD Etch-Back Method to Fabricate High Aspect Ratio Nanopillar Arrays for Photonic Crystal SensorsY. Huang, G. Pandraud, P. SarroDelft University of Technology, Netherlands

Combined Optimization of Electrical and Mechanical Parameters of In-Plane and Out-of-Plane Gap-Closing Electrostatic Vibration Energy Harvesters (VEHs)R. Guillemet2, P. Basset2, D. Galayko1, T. Bourouina2

1Université Paris 6 / LIP6, France; 2Université Paris-Est / ESYCOM-ESIEE, France

12:15 Solid-Phase Microextraction Using Silica Fibers Coated with Tenax-TA FilmsB. Alfeeli, D. Hogg, M. AgahVirginia Polytechnic Institute and State University, United States

A Multi-Source Micro Power Generator Employing Thermal and Vibration Energy HarvestingH. Töreyin1, E. Topal2, H. Külah2

1Georgia Institute of Technology, United States; 2METU-MEMS Research and Application Center, Turkey

– 52 –

Wednesday, September 8: Poster Session C3

C3P-E Chemical sensorsTime: 14:00 - 15:30 Room: Poster Area 1 (Boards 01 - 22)Chairs: S. Rupitsch and S. van den Driesche

01: Fiber Bragg Grating Applied Multi-Functional Sensor Based on Pulsed Photoacoustic TechniqueA. YaraiOsaka Sangyo University, Japan

02: Colorimetric Detection of Formaldehyde: a Sensor for Air Quality Measurements and a Pollution-Warning Kit for HomesS. Mariano2, W. Wang1, G. Brunelle1, Y. Bigay3, T. Tran Thi21CEA Saclay, France; 2CEA Saclay / LFP, France; 3Start up ETHERA MINATEC Entreprises, France

03: Fabrication and Characterization of Gas Detection Microfluidic SystemV. Martini2, S. Bernardini2, M. Bendahan2, K. Aguir2, P. Perrier1, I. Graur1

1Aix-Marseille Université, France; 2IM2NP CNRS UMR 6242, France

04: Merging Ethylene NDIR Gas Sensors with Preconcentrator-Devices for Sensitivity EnhancementA. Sklorz1, A. Schäfer2, W. Lang2

1Friedrich-Wilhelm-Bessel-Institut Forschungsgesellschaft mbH, Germany; 2Universität Bremen, Germany

05: Electrochemical Detection of the Neurotransmitter Dopamine by Nanoimprinted Sub-µm Microelectrodes and CMOS Circuitry with Near 100% Collection EfficiencyC. Huang, M. LuNational Tsing Hua University, Taiwan

06: New Potentiometric Sensors Based on Two Competitive Recognition Sites for Determining Tetracycline Residues Using Flow-Through SystemF. Moreira2, A. Kamel1, R. Guerreiro2, V. Azevedo2, G. Sales2

1Ain Shams University, Egypt; 2Instituto Superior de Engenharia do Porto, Portugal

07: H2 Sensing Performance of Optical Fiber Coated with Nano-Platelet WO3 FilmJ. Ou, H. Yaacob, J. Campbell, K. Kalantar-Zadeh, W. WlodarskiRMIT University, Australia

08: High Performance CO2 Measurement Based on Pressure ModulationX. Wang2, H. Rodjegard2, B. Oelmann1, H. Martin2, B. Larsson2

1Mid Sweden University, Sweden; 2SenseAir AB, Sweden

09: A Miniaturized System for Ultratrace Uranium Analysis in WatersB. Khadro2, N. Jaffrezic-Renault1

1University of Lyon, France; 2University of Lyon, University Claude Bernard, France

10: Mis – Field Effect Sensors for Low Concentration of H2S for Environmental MonitoringL. Kalinina, A. Litvinov, I. Nikolaev, N. SamotaevNational Research Nuclear University MEPhI, Russia

11: Gas Monitoring with a Fabry-Perot Based Bolometer: Cross-Sensitivity to Water VaporJ. Mayrwöger3, W. Reichl1, C. Krutzer2, B. Jakoby3

1E+E Elektronik, Austria; 2Integrated Microsystems Austria, Austria; 3Johannes Kepler Universität, Austria

12: Optimization of the Lateral Field Excited Platform for Liquid Sensing ApplicationsC. Peters1, R. Fernandez2, R. Lucklum1, J. Fochtmann1, D. McCann3, J. Vetelino3, A. Arnau2

1Otto-von-Guericke-Universität Magdeburg, Germany; 2Universidad Politecnica de Valencia, Spain; 3University of Maine, Orono, United States

13: Fish Freshness Decay Measurement with a Colorimetric Artificial Olfactory SystemF. Dini2, R. Paolesse2, D. Filippini1, A. D’Amico2, I. Lundström1, C. Di Natale2

1Linköping University, Sweden; 2Università degli Studi di Roma Tor Vergata, Italy

14: A New Detection Method of Sevoflurane Utilizing Cataluminescence of Gamma-Al2O3 Activated with Tb3+T. Okabayashi1, M. Ozaki2, M. Nakagawa2

1Chiba Institute of Science, Japan; 2Okayama University of Science, Japan

– 53 –

Wednesday, September 8: Poster Session C315: Modeling Vapor Detection in a Micro Ion Mobility Spectrometer for Security ApplicationsR. Cumeras, I. Gràcia, E. Figueras, L. Fonseca, J. Santander, M. Salleras, C. Calaza, N. Sabaté, C. CanéInstituto de Microelectrónica de Barcelona-CNM-CSIC, Spain

16: Detection of Carbon Monoxide with a Metalloporphyrin Film on Quartz Microbalance and Love Wave DeviceV. Blondeau-Patissier1, M. Vanotti1, R. Paolesse4, J. Friedt3, S. Ballandras2

1FEMTO-ST Institute, France; 2FEMTO-ST Institute and Senseor, France; 3Senseor, France; 4Università degli Studi di Roma Tor Vergata, Italy

17: PHEMA Functionalized Gold Nanoparticle Films for Vapor SensingJ. Tang2, E. Skotadis2, V. Tsouti1, D. Tsoukalas2

1Institute of Microelectronics, NCSR Demokritos, Greece; 2National Technical University of Athens, Greece

18: Microsystem in LTCC Technology for Measurements of Gas Concentration in a Sub-PPM RangeT. Pisarkiewicz1, W. Maziarz1, A. Rydosz1, J. Mueller2, M. Mach2

1AGH University of Science and Technology, Poland; 2Technische Universität Ilmenau, Germany

19: Temperature Compensated NDIR CH4 Gas Sensor with Focused Beam StructureJ. Park1, S. Yi21ALT Semicon LTD., Korea, South; 2Chungju National University IMRE, Singapore

20: Graphene Based Chemical Sensor Fabrication by Means of Focused Ion BeamT. Polichetti, M. Miglietta, I. Nasti, V. La Ferrara, E. Massera, G. Di FranciaENEA, Italy

21: Laser-Spectroscopic, Ultra Low Volume and Low Level Carbon Monoxide SensorA. Hangauer3, J. Chen3, R. Strzoda1, M. Fleischer1, M. Amann2

1Siemens AG, Germany; 2Technische Universität München, Germany; 3Technische Universität München & Siemens AG, Germany

22: Application of the QCM in Lead Acid Batteries Electrolyte MeasurementsA. Cao-Paz, L. Rodríguez-Pardo, J. FariñaUniversidade de Vigo, Spain

C3P-F Modeling & theoryTime: 14:00 - 15:30 Room: Poster Area 2 (Boards 25 - 38)Chairs: S. Rupitsch and S. van den Driesche

25: Electro-Thermal Simulation and Characterization of Preconcentration MembranesR. Inglés3, J. Pallares3, I. Gràcia1, A. Gué2, J. Ramirez3

1Instituto de Microelectrónica de Barcelona-CNM-CSIC, Spain; 2LAAS-CNRS, France; 3Universitat Rovira i Virgili, Spain

26: Forcefields Based Molecular Modeling on the Mechanical and Physical Properties of Emeraldine Base PolyanilineX. Chen1, C. Yuan2, C. Wong1, K. Zhang3

1Delft University of Technology, Netherlands; 2Delft University of Technology / TNO IenT, Netherlands; 3Philips Lighting, Netherlands

27: Surface Bound Adsorption in a Microfluidic T-Sensor: Numerical Comparison and Optimization of 2D and 3D ModelsR. Winz, W. Wiechert, E. von LieresResearch Center Jülich, Institute of Biotechnology 2, Germany

28: Development of High Frequency Annular Array with a Novel Structure for Medical ImagingY. Qian, N. HarrisUniversity of Southampton, United Kingdom

29: Ferromagnetic Hysteresis Modeling for Sensor and Actuator ApplicationsW. Baumgartinger2, M. Kaltenbacher1, M. Jungwirth2

1Alps-Adriatic University Klagenfurt, Austria; 2University of Applied Science Wels, Austria

30: Tailoring 2D Phononic Crystal Sensor Properties by Lattice Symmetry ReductionM. Zubtsov, R. LucklumOtto-von-Guericke-Universität Magdeburg, Germany

– 54 –

Wednesday, September 8: Poster Session C331: RTD Fluxgate Behavioral Model for Circuit SimulationB. Andò2, S. Baglio2, A. Bulsara1, S. La Malfa2

1SPAWAR, United States; 2Università di Catania, Italy

32: A Study of Prediction of Static Fracture Strength of MEMS Structure for Strength Design SchemeK. Nagayoshi1, J. Gaspar2, O. Paul2, H. Izumi1, S. Kamiya1

1Nagoya Institute of Technology, Japan; 2Universität Freiburg, Germany

33: The Effect of Thermoelastic Damping on the Total Q-Factor of State-of-the-Art MEMS Gyroscopes with Complex Beam-Like SuspensionsT. Künzig2, M. Niessner2, G. Wachutka2, G. Schrag2, H. Hammer1

1SensorDynamics AG, Austria; 2Technische Universität München, Germany

34: Silicon Nanophotonic Components for an Integrated Refractometric Sensor ArrayP. Muellner2, R. Bruck2, R. Hainberger2, M. Karl1, M. Baus1, T. Wahlbrink1

1AMO GmbH, Germany; 2Austrian Institute of Technology GmbH, Austria

35: New Compensation Technique for the Soft Tissue Stiffness Measurements Using Two Sensor Probes ConfigurationA. Fath El Bab1, K. Sugano2, T. Tsuchiya2, O. Tabata2, M. Eltaib3, M. Sallam1

1Assiut University, Egypt; 2Kyoto University, Japan; 3Qassim University, Saudi Arabia

36: Geometrical Aspects of Dielectric ChargingD. ElataTechnion - Israel Institute of Technology, Israel

37: Finite Element Analysis of Piezoelectric Microgenerator - Towards Optimal ConfigurationR. Dauksevicius2, G. Kulvietis2, V. Ostasevicius1, I. Milasauskaite1

1Kaunas University of Technology, Lithuania; 2Vilnius Gediminas Technical University, Lithuania

38: Shear Wave Sensors for Viscoelastic PropertiesE. Reichel2, J. Vermant2, B. Jakoby1, C. Kirschhock2

1Johannes Kepler Universität, Austria; 2Katholieke Universiteit Leuven, Belgium

C3P-G Microfluidics & labs-on-a-chipTime: 14:00 - 15:30 Room: Poster Area 3 (Boards 49 - 57)Chairs: S. Rupitsch and S. van den Driesche

49: A Mobile Device for Screening the Cytomegalovirus at the Newborn’s BedT. Mangeat3, J. Guerrini5, H. Benalia3, C. Pieralli3, A. Rouleau3, W. Boireau2, A. Coaquette1, G. Herbein1, C. Davrinche4, L. Pazart5, B. Wacogne3

1Besançon University Hospital, France; 2Clinic-Innovation Proteomic Platform, FEMTO-ST Institute, France; 3FEMTO-ST Institute, France; 4INSERM U 563, Paul Sabatier University, France; 5INSERM-CIT 808, Besançon University Hospital, France

50: GMI Magnetic-Particle Concentration Detection in Continuous FlowA. Garcia-Arribas2, F. Martinez1, E. Fernandez2, I. Ozaeta1, G. Kurlyandskaya2, A. Svalov2, J. Berganzo1, J. Barandiaran2

1Ikerlan-IK4, Spain; 2Universidad del Pais Vasco, Spain

51: Modelling and Evaluation of a Thermal Microfluidic Sensor Fabricated on Plastic SubstrateG. Patsis2, A. Petropoulos1, G. Kaltsas2

1NCSR Demokritos - IMEL, Greece; 2TEI of Athens, Greece

52: Microfluidic System for Cell FusionM. Grabowski, A. Buchenauer, A. El Hasni, T. Klockenbring, S. Barth, W. Mokwa, U. SchnakenbergRWTH Aachen University, Germany

53: In-Depth Imaging of Dielectrophoresis by Digital in-Line Holographic MicroscopyM. Haapalainen, V. Kaikkonen, A. MäkynenUniversity of Oulu, Finland

54: Microfluidic Device for Refractive Index Measurement of Fluid SampleS. Yoon, S. YangGwangju Institute of Science and Technology, Korea, South

– 55 –

Wednesday, September 8: Poster Session C355: Micromachined Gas Calibration Sources Based on Nanometric Depth MicrochannelsS. Zampolli2, I. Elmi2, F. Mancarella2, M. Messina2, G. Marra2, E. Cozzani2, M. Belluce1, F. Tamarri2, M. Sanmartin2, G. Cardinali2, M. Severi11CNR - IMM Bologna, Italy; 2IMM-CNR, Italy

56: Characterization of a Vertical Lamination Micromixer for IR SpectroscopyW. Buchegger2, M. Kraft1, M. Vellekoop2

1Carinthian Tech Research AG, Austria; 2Technische Universität Wien, Austria

57: Integration of Holographic Sensors Into Microfluidics for the Real-Time pH Sensing of L. casei MetabolismL. Bell, A. Seshia, C. Davidson, C. LoweUniversity of Cambridge, United Kingdom

C3P-H Physical sensors, actuators & MEMSTime: 14:00 - 15:30 Room: Poster Area 4 (Boards 61 - 96)Chairs: S. Rupitsch and S. van den Driesche

61: Thermal Analysis of a Ag/Ti Based MicroheaterT. Guan, R. PuersKatholieke Universiteit Leuven, Belgium

62: High-Q CMOS MEMS Resonator Oscillator Fabricated in a MPW Batch ProcessS. Tseng2, M. Lu2, Y. Hung1, Y. Juang1

1Chip Implementation Center, Taiwan; 2National Tsing Hua University, Taiwan

63: CMOS-Integrated Sensor Chip for in-Plane and Out-of-Plane Shear StressP. Gieschke, O. PaulUniversität Freiburg, Germany

64: Field Effect Transistor Based on Protons As Charge CarriersJ. Matovic2, N. Adamovic2, Z. Jaksic1, U. Schmid2

1IHTM - Belgrade University, Serbia; 2Technische Universität Wien, Austria

65: Two - Way SMA Actuators for Space Application: Performances and ReliabilityJ. Matovic2, K. Reichenberger1

1Magna Steyr, Austria; 2Technische Universität Wien, Austria

66: Piezo-Hall Characterization of Integrated Hall Sensors Using a Four-Point Bending BridgeM. Herrmann, P. Ruther, O. PaulUniversität Freiburg, Germany

67: Liquid RF MEMS Variable InductorI. Elgmati1, P. Calmon1, A. Boukabache1, P. Pons1, H. Boussetta2, A. Kallala2, K. Besbes2

1LAAS-CNRS, France; 2Microelectronics and Instrumentations Laboratory, Tunisia

68: Integrated GMR Angle Sensor for Electrical Commutated Motors Including Features for Safety Critical ApplicationsW. Granig, M. Weinberger, C. Reidl, M. Bresch, M. Strasser, G. PircherInfineon Technologies Austria AG, Austria

69: Influence of Process Route on Membrane Profile and Q-Factor of an Acoustic Resonator SensorN. Staack, A. FlewittCambridge University, United Kingdom

70: In-Plane and Out-of-Plane MEMS Motion Sensors Based on Fringe CapacitancesA. Tocchio1, G. Langfelder1, A. Longoni1, E. Lasalandra2

1Politecnico di Milano, Italy; 2ST Microelectronics, Italy

71: Micromachined Pressure Sensor Based on Sapphire for High Temperature ApplicationsS. Fricke3, A. Friedberger1, H. Seidel3, U. Schmid2

1EADS Deutschland GmbH, Germany; 2Technische Universität Wien, Austria; 3Universität des Saarlandes, Germany

72: Magnetic Flux Leakage Measurement Setup for Defect DetectionJ. Atzlesberger, B. ZagarJohannes Kepler Universität, Austria

– 56 –

Wednesday, September 8: Poster Session C373: AlGaN/GaN C-HEMT Structures for Dynamic Stress DetectionG. Vanko2, M. Drzík1, M. Vallo2, T. Lalinský2, V. Kutis3, S. Stancík3, I. Rýger2, I. Kostic2

1International Laser Center, Slovakia; 2Slovak Academy of Sciences, Slovakia; 3Slovak University of Technology, Slovakia

74: A Nickel Electrostatic Curved Beam Actuator for Valve ApplicationsD. Petrov2, W. Lang2, W. Benecke1

1Fraunhofer ISIT, Germany; 2Universität Bremen, Germany

75: Miniature Flow-Through Resonator Cell for Density and Viscosity SensingF. Lucklum1, E. Reichel2, B. Jakoby1


76: Computational Study of NEMS Diaphragm Sensor Using Triple Nano-Ring ResonatorB. Li, C. LeeNational University of Singapore, Singapore

77: Overload-Resistant Pressure Sensors in the Nominal Range of 10 mbar (1 kPa)T. Kober, R. WerthschützkyTechnische Universität Darmstadt, Germany

78: Strain Sensing on Steel Surfaces Using Vacuum Packaged MEMS ResonatorsM. Ferri2, F. Mancarella2, L. Belsito2, A. Roncaglia2, J. Yan3, A. Seshia3, K. Soga3, J. Zalesky1

1Czech Technical University in Prague, Czech Rep.; 2IMM-CNR, Italy; 3University of Cambridge, United Kingdom

79: Limits of a Single Active Transistor-Based Amplifier Designed for Co-Integrated M-NEMS/CMOS Oscillator PurposesG. Arndt1, E. Colinet1, J. Arcamone1, J. Juillard2

1CEA, LETI-MINATEC, France; 2Supelec, France

80: Investigation on Suspended Gate Field Effect Transistor As Humidity SensorO. de Sagazan2, B. Da Silva Rodrigues1, S. Crand2, F. Le Bihan2, T. Mohammed-Brahim2

1Universidade de São Paulo, Brazil; 2University of Rennes1, France

81: Simple Inductively Coupled Resonance Sensor for ECG and Heart Rate MonitoringJ. Lekkala, T. Salpavaara, J. Verho, J. RiistamaTampere University of Technology, Finland

82: GaAs 3-Axis Coriolis Vibrating Micro Rate Gyro: Concept and Preliminary CharacterizationI. Roland1, S. Masson1, O. Ducloux1, O. Le Traon1, A. Bosseboeuf2

1ONERA, France; 2Université Paris-Sud 11, France

83: A Novel Tuneable Band-Pass Filter Based on a Single Square-Ring MEMS ResonatorX. Zou, J. Yan, A. SeshiaUniversity of Cambridge, United Kingdom

84: A10MHz Micromechanical Lamé-Mode Bulk Oscillator Operating in Nonlinear RegionT. Niu, M. PalaniapanNational University of Singapore, Singapore

85: Mechanically Coupled Bulk-Mode Dual Resonator Mass SensorA. Lin, J. Yan, A. SeshiaUniversity of Cambridge, United Kingdom

86: A Double Membrane Sensor for Liquid Viscosity Facilitating Measurements in a Large Frequency RangeM. Heinisch1, E. Reichel2, T. Voglhuber-Brunnmaier1, B. Jakoby1


87: A Novel Low Cost Spring-Less RF MEMS Switch PrototypeK. Kiang, H. Chong, M. KraftUniversity of Southampton, United Kingdom

88: A PVDF-Based Flexible Cardiorespiratory Sensor with Independently Optimized Sensitivity to Heartbeat and RespirationY. Jiang1, H. Hamada1, S. Shiono2, K. Kanda2, T. Fujita2, K. Higuchi1, K. Maenaka2

1Japan Science and Technology Agency, Japan; 2University of Hyogo, Japan

89: A Novel Fluid Dynamic Inline Viscometer Suitable for Harsh Process ConditionsG. Steiner, J. Gautsch, R. Breidler, F. PlankAnton Paar GmbH, Austria

– 57 –

Wednesday, September 8: Poster Session C390: Optical Velocimetry in Cryogenic Two-Phase FlowsM. Brandner, G. HollerGraz University of Technology, Austria

91: Binary Gas Sensor Based on Acoustic Cavity ResonatorL. Zipser, A. PeterHochschule für Technik und Wirtschaft Berlin - University of Applied Sciences, Germany

92: Design of a Novel Closed-Loop SOI MEMS Resonant Electrostatic Field SensorC. Peng, P. Yang, H. Zhang, X. Guo, S. XiaInstitute of Electronics, Chinese Academy of Sciences, China

93: A Non-Linear Resonator for Sensing ApplicationsC. Deng2, R. Turnbull2, C. Anthony1, M. Ward1, S. Collins2

1University of Birmingham, United Kingdom; 2University of Oxford, United Kingdom

94: Design and Experiment of a Laterally Driven Micromachined Resonant Pressure Sensor for BarometersD. Chen, Y. Li, M. Liu, J. WangInstitute of Electronics, Chinese Academy of Sciences, China

95: Quality Factor Enhancement in AlN-Actuated MEMS by Velocity Feedback LoopT. Manzaneque3, J. Hernando-García3, A. Ababneh4, H. Seidel4, Ü. Sökmen1, E. Peiner1, U. Schmid2, J. Sánchez-Rojas3

1Braunschweig University of Technology, Germany; 2Technische Universität Wien, Austria; 3Universidad de Castilla-La Mancha, Spain; 4Universität des Saarlandes, Germany

96: 2.2 MHz Piezoresistive MEMS Oscillator Operating in AirA. Lin, J. Yan, A. SeshiaUniversity of Cambridge, United Kingdom

– 58 –

Wednesday, September 8: Poster Session C3

Notes

– 59 –

Author Index

A

Aaltonen L. .................................... 44Ababneh A. .................................... 57Abelé N. ......................................... 28Abel T. ............................................ 48Abouzar M. .................................... 46Abramo A. ...................................... 25Abramova N. .................................. 40Adamovic N. .................................. 55Adam V. ......................................... 46Adrega T. ....................................... 38Afonja A. ........................................ 26Agah M. ................................... 24, 51Aguir K. .......................................... 52Aid M. ............................................ 48Akanda M. ..................................... 28Alabi A. .......................................... 24Alatas F. ......................................... 32Albero J. ........................................ 42Alexander Jr F. ............................... 44Alfeeli B. .................................. 24, 51Allara D. ......................................... 36Almutairi B. .................................... 37Amann M. ...................................... 53Amaral S. ....................................... 40Amor Río J. .................................... 29Andersson P. ................................. 41Andò B. .......................................... 54André N. .................................. 37, 39Andresen L. ................................... 24Anic K. ........................................... 48Anthony C. ..................................... 57Antolín D. ....................................... 28Anttalainen O. ................................ 32Aoyagi S. ....................................... 49Apelsmeier A. ................................ 50Arbat A. .......................................... 41Arcamone J. .................................. 56Arnau A. ......................................... 52Arndt G. ......................................... 56Arregui F. ................................. 40, 50Arscott S. ....................................... 48Arya S. ..................................... 27, 43Atzlesberger J. ............................... 55Auge J. .......................................... 28Auzelyte V. ..................................... 49Avarmaa T. .................................... 27Ayela C. ......................................... 48Azevedo V. .................................... 52

B

Babula P. ....................................... 46Baco E. .......................................... 43Baglio S. ........................................ 54Baillin X. ......................................... 30Ballandras S. ................................. 53Banzet M. ...................................... 47Baptista J. ...................................... 42Barandiaran J. ............................... 54

Barbot J. ........................................ 43Bargiel S. ................................. 33, 42Barras T. ........................................ 28Barsan N. ....................................... 26Bársony I. ...................................... 38Barthet C. ...................................... 36Barth S. .......................................... 54Bartnitzek T. ................................... 46Bartu P. .......................................... 29Basa P. .......................................... 38Basset P. ........................................ 51Battistig G. ..................................... 38Battiston F. ..................................... 30Bauer S. ...................... 29, 41, 43, 47Bau M. .............................. 38, 48, 54Baumgartinger W. .......................... 53Baumgart M. .................................. 38Baus M. ......................................... 54Bayo A. .................................... 25, 28Bechstein D. .................................. 50Bechtold F. ..................................... 46Becker T. ........................................ 51Beer A. ........................................... 30Beigelbeck R. .......................... 42, 45Bell L. ............................................. 55Belluce M. ...................................... 55Belmiloud N. .................................. 48Belsito L. ........................................ 56Benalia H. ...................................... 54Bendahan M. ................................. 52Benecke W. ................................... 56Benkart P. ...................................... 25Bennati M. ..................................... 43Bennetau B. ................................... 43Berceli T. ........................................ 38Berenschot E. ................................ 33Berer T. .......................................... 29Bergamini A. .................................. 36Berganzo J. ................................... 54Berger F. ........................................ 26Berger J. ........................................ 28Berghmans F. ................................ 29Bernardini S. .................................. 52Berviller Y. ...................................... 47Besbes K. ...................................... 55Bhansali S. ........... 27, 43, 44, 47, 49Bian C. ........................................... 30Bigay Y. .......................................... 52Binder A. ........................................ 40Binions R. ...................................... 26Bischoff O. ..................................... 27Bittencourt C. ................................. 27Bittner A. ........................................ 29Blackman C. .................................. 26Blauw M. ........................................ 27Blondeau-Patissier V. .................... 53Bodö P. .......................................... 41Boegli A. ........................................ 27Boer M. De .................................... 33Boero G. ........................................ 47Bogner M. ...................................... 49

– 60 –

Author IndexBohnert K. ...................................... 50Bohrer F. ........................................ 47Bohrn U. ........................................ 24Boireau W. ..................................... 54Bolis S. .......................................... 33Boltezar M. .................................... 29Bonhomme A. ................................ 32Bonyár A. ....................................... 29Bordy T. ......................................... 48Borisov S. ...................................... 48Bosseboeuf A. ......................... 51, 56Boudiba A. ..................................... 27Boukabache A. .............................. 55Boulart C. ....................................... 26Bourouina T. .................................. 51Boussetta H. .................................. 55Bouvier C. ...................................... 33Brändle H. ...................................... 50Brandner M. ................................... 57Brand O. ........................................ 48Brandstetter M. .............................. 48Bratov A. ........................................ 40Brault S. ......................................... 51Brauns E. ....................................... 26Breglio G. ....................................... 46Breidler R. ...................................... 56Bresch M. ...................................... 55Briand D. ........................................ 30Bridoux C. ...................................... 33Brongersma S. ......................... 27, 50Bruck R. ................................... 50, 54Brueckl H. ...................................... 50Brunelle G. ..................................... 52Brünig R. ........................................ 36Bruschi P. ....................................... 37Buchberger G. ............................... 41Buchegger W. ................................ 55Buchenauer A. ............................... 54Buetefisch S. ................................. 41Bulsara A. ...................................... 54Burger J. ........................................ 33Burgholzer P. ................................. 29Büter A. .......................................... 40Butta M. ......................................... 47Butti F. ............................................ 37

C

Cabañero G. .................................. 40Cabral H. ....................................... 46Cabral J. ........................................ 25Caillard B. ...................................... 48Calaza C. ....................................... 53Calderer J. ..................................... 26Calmon P. ...................................... 55Calvo B. ................................... 25, 28Campbell J. .................................... 52Cané C. ......................................... 53Cao-Paz A. .................................... 53Capuano R. ................................... 36Cardinali G. .................................... 55

Carminati M. .................................. 50Caron J. ......................................... 38Carrel L. ......................................... 28Carta R. ......................................... 39Carvalho V. .................................... 36Castellino M. .................................. 43Castillo A. ....................................... 26Castillo-Leon J. .............................. 24Catini A. ......................................... 26Cavallotti C. ................................... 25Cazzola M. ..................................... 36Celestin M. ..................................... 49Celma S. ....................................25, 28Cerimovic S. ............... 28, 37, 42, 45Chakkalakkal Abdulla S. ................ 33Chang H. ....................................... 47Chang J. ........................................ 39Chang M. ....................................... 36Chang W. ....................................... 39Chang Y. ........................................ 38Chappell P. .................................... 39Charwat V. ..................................... 33Chau F. .......................................... 41Chavagnac V. ................................ 26Chekurov N. ................................... 44Chen C. ......................................... 27Chen D. ......................................... 57Chen G. ......................................... 26Chen J. .......................................... 53Chen W. ......................................... 41Chen X. .......................................... 53Chikkadi K. .................................... 50Cho H. ..................................... 29, 56Choi Y. ........................................... 43Chomoucka J. ................................ 46Chong H. ....................................... 56Chornokur G. ................................. 43Chuang C. ..................................... 27Chung K. ........................................ 43Chuprin M. ..................................... 28Ciaprini C. ...................................... 36Cifrain M. ....................................... 32Cirera A. ......................................... 27Civera P. ........................................ 43Claus R. ......................................... 50Clévy C. ......................................... 33Coaquette A. .................................. 54Codeluppi R. .................................. 29Cole M. .......................................... 27Colinet E. ....................................... 56Collini C. ........................................ 24Collins S. ....................................... 57Comerma A. ................................... 41Comini E. ....................................... 49Coppedè N. ................................... 24Correia J. ................................. 33, 42Correia V. ....................................... 25Correig X. ...................................... 26Corres J. ........................................ 50Costa J. ................................... 28, 40Courbat J. ...................................... 30

– 61 –

Author IndexCozzani E. ..................................... 55Crand S. ........................................ 56Cranny A. ....................................... 39Craquelin N. ................................... 37Creemer J. ..................................... 47Crego-Calama M. .................... 27, 50Crescentini M. ................................ 43Cretu E. ......................................... 49Cueff M. ......................................... 48Cumeras R. ................................... 53

D

Dai G. ............................................ 41Dalmay C. ...................................... 24Dalola S. .................................. 37, 41Damian M. ..................................... 50D’Amico A. ............ 26, 27, 36, 49, 52Dam V. ........................................... 27Danneels H. ................................... 25Danzebrink H. ................................ 41Dario P. .......................................... 25Da Silva Rodrigues B. ................... 56Dauksevicius R. ............................. 54Davidson C. ................................... 55Davrinche C. .................................. 54De Abril O. ..................................... 47Debliquy M. .................................... 27De Coster J. ................................... 42Defay E. ......................................... 48De Graaf G. ................................... 33de Groot C. .................................... 26Degueil M. ..................................... 43Dei M. ............................................ 37Dejous C. ....................................... 43Del Villar I. ............................... 40, 50Demami F. ..................................... 30De Marcellis A. ............................... 27Demarchi D. ................................... 43Demoisson F. ................................. 32Demori M. ...................................... 32Deng C. ......................................... 57De Ridder R. .................................. 33de Rooij N. ............................... 30, 33de Sagazan O. ......................... 40, 56Descamps M. ................................. 48Desroches Y. ................................. 38Dias R. ........................................... 49Dickert F. ........................................ 32Diebel J. ......................................... 40Diéguez A. ..................................... 41Dièguez A. ..................................... 41Dielacher B. ................................... 49Di Francia G. ................................. 53Di Giansante A. .............................. 27Dijkstra M. ...................................... 33Dimaki M. ....................................... 24Di Natale C. .......... 26, 27, 36, 49, 52Dini F. ............................................. 52Dirschka M. .................................... 44Djinovic Z. ...................................... 50

Dobrzynska J. ................................ 32Doll T. ............................................. 51Dommann A. .................................. 44Dontsov D. ..................................... 40Dostalek J. ..................................... 48Drbohlavova J. ............................... 46Droste D. ....................................... 37Drulis-Kawa Z. ............................... 43Drzík M. ......................................... 56Ducloux O. ..................................... 56Dufour-Gergam E. ................... 24, 51Dufour I. ......................................... 48Dungey S. ...................................... 26du Plessis J. .................................. 26Dupuis P. ....................................... 39Durrer L. ........................................ 50Du W. ............................................. 28Dziuban J. ...................................... 41Dziuban P. ..................................... 41

E

Eberhardt A. ................................... 29Eckardt M. ..................................... 41Elata D. .................................... 25, 54El Fissi L. ....................................... 42Elgmati I. ........................................ 55El Hasni A. ..................................... 54Elmi I. ............................................. 55Eloy N. ........................................... 36Eltaib M. ......................................... 54Emadi A. .................................. 33, 37Emadi T. ......................................... 24Engel R. ......................................... 42Engl W. .......................................... 40Enoksson P. ................................... 33Erlacher A. ..................................... 28Errachid A. ..................................... 32Ertl P. ............................................. 33Ewald H. ........................................ 36

F

Fabre L. ......................................... 28Fachberger R. .......................... 28, 40Faes A. .......................................... 42Faglia G. ........................................ 49Fang W. ................................... 38, 49Fariña J. ......................................... 53Farine P. ........................................ 27Fassbender H. ............................... 39Fath El Bab A. ................................ 54Faure C. ......................................... 30Feiertag G. ..................................... 30Feili D. ..................................... 42, 44Felten A. ........................................ 32Feng H. .................................... 41, 50Fernandes M. .......................... 28, 40Fernandez E. ................................. 54Fernandez L. ................................. 24Fernandez R. ................................. 52

– 62 –

Author IndexFernández-Sanjuán J. ................... 27Ferrari G. ....................................... 50Ferrari M. ....................................... 51Ferraris E. ...................................... 29Ferrari V. ............... 32, 37, 41, 48, 51Ferraz A. ........................................ 36Ferreira C. ..................................... 29Ferreira J. ...................................... 42Ferri G. .......................................... 27Ferri M. .......................................... 56Ferroni M. ...................................... 49Feyh A. .......................................... 41Figueras E. .................................... 53Filippini D. ......................... 39, 44, 52Findeisen A. ................................... 32Flandre D. ................................ 37, 39Fleischer M. ...................... 24, 50, 53Flewitt A. ........................................ 55Fochtmann J. ................................. 52Focke M. ........................................ 33Fonka M. ........................................ 32Fonseca L. ..................................... 53Forstner M. .................................... 28Fournel F. ....................................... 43Fraga M. ........................................ 40Francais O. .................................... 24Français O. .................................... 43Francis L. ................................. 37, 39Frank A. ................................... 41, 50Fraschina C. .................................. 49French P. .......................... 29, 49, 51Frerichs H. ..................................... 24Freund F. ....................................... 41Freund I. ........................................ 24Freund M. ...................................... 24Frey O. ........................................... 33Frias C. .......................................... 42Fricke S. ........................................ 55Friedberger A. ................................ 55Friedrich P. ..................................... 28Friedt J. .......................................... 53Frizzi T. .......................................... 49Fromm C. ....................................... 41Fujita T. ............................. 42, 44, 56Fürjes P. ......................................... 38Furlan H. ........................................ 40

G

Gabal M. ........................................ 25Galayko D. ..................................... 51Gamauf C. ..................................... 50Garcia-Arribas A. ........................... 54García-Guzmán J. ......................... 27Gardner J. ...................................... 27Garrido L. ....................................... 41Gascon D. ...................................... 41Gaspar J. ....................................... 54Gauglitz G. ..................................... 46Gautsch J. ..................................... 56Geernaert T. ................................... 29

Genner A. ...................................... 48Gentsch O. .................................... 44Gérard P. ....................................... 39Gerlach G. ............................... 40, 46Ghaddab B. ................................... 26Ghavanini F. ................................... 50Gielen G. ....................................... 25Gieschke P. .............................. 47, 55Gijs M. ........................................... 32Giorcelli M. ..................................... 43Giouroudi I. .................................... 43Glassl C. ........................................ 38Gleixner R. ..................................... 50Gobrecht J. .................................... 30Goicoechea J. ................................ 50Golfarelli A. .................................... 29Gomila G. ...................................... 43Goncalves L. .................................. 42Gora F. ........................................... 46Gorecki C. ......................... 33, 41, 42Gornostayev D. .............................. 30Goswami D. ................................... 49Goswami Y. .................................... 49Gotszalk T. ........................ 43, 44, 46Gottwald A. .................................... 40Grabarnik S. .................................. 37Grabiec P. ...................................... 44Grabowski M. ................................. 54Gràcia I. ......................................... 53Grande H. ...................................... 40Granig W. ....................................... 55Graur I. .......................................... 52Graz I. ............................................ 43Grinde C. ....................................... 29Gronicz J. ...................................... 44Großmann K. ................................. 26Gruber H. ....................................... 43Gruhl F. .................................... 30, 46Guagliardo F. ................................. 50Guan T. .......................................... 55Gué A............................................. 53Guerreiro R. ................................... 52Guerrini J. ...................................... 54Guhr G. .......................................... 36Guillemet R. ................................... 51Guillet N. ........................................ 26Guizzetti M. .................................... 51Gula G. .......................................... 43Guo X. ........................................... 57Gurbuz Y. ....................................... 43Gutierrez-Galvez A. ....................... 24Gutowicz J. .................................... 43

H

Haapalainen M. ............................. 54Haase A. .................................. 41, 48Haas T. .......................................... 51Haemmerle E. ................................ 37Haensch A. .................................... 26Häfeli O. ......................................... 30

– 63 –

Author IndexHainberger R. ................................ 54Hamada H. .................................... 56Hämäläinen J. ................................ 38Hamdi F. ........................................ 24Hamed A. ....................................... 47Hammer H. .................................... 54Hangauer A. ................................... 53Hannig C. ....................................... 44Hansen K. ...................................... 51Hardalov C. .................................... 40Harris N. ........................................ 53Harsányi G. .................................... 29Hascík S. ....................................... 26Hasenkamp W. .............................. 24Hashimoto K. ................................. 44Haspeslagh L. ................................ 42Hau B. ............................................ 49Hedsten K. ..................................... 33Heidmann N. .................................. 27Heinen S. ....................................... 37Heinickel P. .................................... 41Heinisch M. .................................... 56Heinle U. ........................................ 25Heinrich S. ..................................... 48Helbling T. ...................................... 50Hempel U. ...................................... 28Henning M. .................................... 29Hense A. ........................................ 41Herbein G. ..................................... 54Hernáez M. .............................. 40, 50Hernando-García J. ....................... 57Herrmann I. .................................... 41Herrmann M. .................................. 55Hierold C. ................................. 45, 50Higuchi K. ......................... 42, 44, 56Hilber W. ........................................ 47Hingerl K. ....................................... 48Hirai Y. ........................................... 44Hoffmann J. ................................... 33Hofmann B. .................................... 47Hogg D. ......................................... 51Holler G. ........................................ 57Homsy A. ....................................... 33Hortschitz W. ........................... 33, 36Hou Y. ............................................ 39Hrach D. ........................................ 32Hsu W. ........................................... 39Huang C. ....................................... 52Huang H. ....................................... 38Huang W. ....................................... 47Huang Y. ........................................ 51Hubalek J. ...................................... 46Hübner M. ...................................... 26Hubo S. .......................................... 32Hue J. ............................................ 48Huetten A. ...................................... 50Huey E. .......................................... 44Hung Y. .......................................... 55

I

Iannacci J. ............................... 25, 42Iannotta S. ..................................... 24Iavicoli P. ........................................ 43Iervolino E. ..................................... 46Iga Y. .............................................. 44Infante G. ....................................... 47Inglés R. ........................................ 53Ipatov A.......................................... 40Irace A. .......................................... 46Isikatanlar S. .................................. 29Itoh T. ............................................. 49Iuliano F. ........................................ 36Ivanova O. ............................... 26, 28Izumi H. ......................................... 54

J

Jaaniso R. ...................................... 27Jacq C. .................................... 37, 51Jacques E. ..................................... 40Jacquet F. ...................................... 33Jaffrezic-Renault N. ................. 32, 52Jakoby B. .. 25, 27, 47, 48, 52, 54, 56Jakopic G. ...................................... 41Jaksic Z. ........................................ 55Janosek M. .................................... 29Janus P. ......................................... 44Jayas D. ......................................... 24Je C. .............................................. 42Jeng J. ........................................... 47Jiang J. .......................................... 27Jiang Y. .................................... 44, 56Jonak-Auer I. ................................. 40Josse F. ......................................... 48Józwiak G. ..................................... 44Juang Y. ......................................... 55Juhász L. ....................................... 41Juillard J. ....................................... 56Jun C. ............................................ 42Jung M. .................................... 43, 53Jungwirth M. .................................. 53

K

Kaikkonen V. .................................. 54Kalantar-Zadeh K. ................... 26, 52Kalinina L. ...................................... 52Kalinovsky V. ................................. 28Kallala A. ........................................ 55Kaltenbacher M. ...................... 39, 53Kaltsas G. ...................................... 54Kamel A. ........................................ 52Kamiya S. ...................................... 54Kanda K. ........................... 42, 44, 56Kaneko K. ...................................... 37Kang D. .......................................... 32Kanoh S. ........................................ 37Kao P. ...................................... 36, 46Kärkkänen I. .................................. 27Karl M. ........................................... 54Károlyi G. ....................................... 38

– 64 –

Author IndexKasberger J. .................................. 48Kataeva N. ..................................... 50Kataoka K. ..................................... 46Kätelhön E. .................................... 47Kattipparambil Rajan D. ................. 30Kauppinen L. ................................. 33Kawano R. ..................................... 43Kayal M. ......................................... 28Kechana F. ..................................... 28Kempf H. ........................................ 42Kenda A. ........................................ 41Keplinger F. ........... 28, 33, 36, 37, 42Kern T. ........................................... 39Keusgen M. ................................... 28Khadro B. ................................. 32, 52Khanna P. ...................................... 47Kiang K. ......................................... 56Kilcher L. ........................................ 28Kim S. ............................................ 47Kipka A. ......................................... 46Kirchner P. ..................................... 28Kirschhock C. ................................ 54Kita J. ............................................. 46Kizek R. ......................................... 46Klimant I. ........................................ 48Klockenbring T. .............................. 54Klok H. ........................................... 32Kluge M. ........................................ 51Knapkiewicz P. ............................... 41Knoll W. ......................................... 48Kobayashi T. ............................ 40, 49Koberstein L. ................................. 40Kober T. ......................................... 56Kodu M. ......................................... 27Koenders L. ................................... 41Koeppe R. ...................................... 29Koerdel M. ..................................... 32Koetke M. ...................................... 32Kogler A. ........................................ 41Kogure J. ....................................... 49Koh K. ............................................ 40Kohl F. ............. 28, 33, 36, 37, 42, 45Kong T. .......................................... 49Konovalov V. .................................. 28Konrad C. ...................................... 48Kopiec D. ....................................... 44Kopp C. .......................................... 33Koren K. ......................................... 48Ko S. .............................................. 42Kosel J. .......................................... 43Kostic I. .................................... 26, 56Köstler S. ....................................... 48Kosunen M. ................................... 44Kovács J. ....................................... 29Koziej D. ........................................ 26Kozlova J. ...................................... 27Kraft M. ....................... 37, 44, 55, 56Kraitl J. ........................................... 36Kraker E. ........................................ 48Krenn J. ......................................... 41Krijnen G. ....................................... 33

Krishnan S. .............................. 27, 49Kroth U. ......................................... 40Kroupa G. ...................................... 38Krüger V. ........................................ 41Krutovertseva L. ............................ 26Krutovertsev S. ........................ 26, 28Krutzer C. ...................................... 52Kuboi R. ......................................... 43Kühne S. ........................................ 45Külah H. ......................................... 51Kulvietis G. .................................... 54Kumar D. ....................................... 42Kumpulainen P. .............................. 28Kuna L. .......................................... 41Kuntner J. ...................................... 45Kunze U. ........................................ 51Künzig T. ........................................ 54Kunz U. .................................... 41, 51Kuo C. ............................................ 39Kurlyandskaya G. .......................... 54Kutis V. .......................................... 56Kuznetsov N. ................................. 26Kwok C. ......................................... 44

L

La Ferrara V. .................................. 53Lai P. .............................................. 26Lalinský T. ................................ 26, 56La Malfa S. .................................... 54Lamprecht B. ................................. 48Lanceros-Mendez L. ...................... 25Lange J. ......................................... 24Länge K. ........................... 30, 44, 46Langfelder G. ........................... 49, 55Langlotz E. ..................................... 40Lang W. ................ 26, 28, 37, 52, 56Lan Y. ............................................. 39Lappalainen J. ............................... 30Larsson B. ..................................... 52Lasalandra E. .......................... 49, 55Laszczyk K. ................................... 42Laur R. ..................................... 27, 28Le Bihan F. ..................................... 56Lederer T. ...................................... 47Lee C. ......................... 27, 40, 50, 56Lee D. ............................................ 43Leen G. .......................................... 36Lee W. ........................................... 32Lee Y. ............................................. 38Lefeuvre E. .................................... 51Leghrib R. ...................................... 32Lehmann M. ................................... 40Leidl A. ........................................... 30Lekkala J. ............. 28, 30, 38, 44, 56Lendl B. ......................................... 48Le Noc L. ....................................... 38Lenzhofer M. .................................. 40Le Pioufle B. ............................ 24, 43Lerch R. ................................... 25, 32Le Rhun G. .................................... 48

– 65 –

Author IndexLerman M. ..................................... 25Leskelä M. ..................................... 38Le Traon O..................................... 56Levinsen S. .................................... 24Lewis D. ......................................... 26Lewis E. ......................................... 36Liao H. ........................................... 42Li B. ............................................... 56Li C. ......................................... 26, 38Lieberzeit P. ................................... 32Li J. ................................................ 33Li M. ......................................... 41, 57Lin A......................................... 56, 57Lin C. ............................................. 38Lin T. .............................................. 27Lin Y. .............................................. 29Litvinov A. ...................................... 52Liu M. ............................................. 57Liu Y. .............................................. 49Li Y. ............................. 29, 30, 49, 57Llobet E. .................................. 26, 32Lo Conte F. .................................... 28Longoni A................................. 49, 55López-Gándara C. ......................... 27Lorchirachoonkul P. ....................... 43Lorenzelli L. ................................... 24Lou-Moeller R. ............................... 51Louro P. ................................... 28, 40Lowe C. ......................................... 55Lozanova S. ................................... 40Lu C. ........................................ 47, 48Lucat C. ......................................... 48Lucklum F. ..................................... 56Lucklum R. ........................ 33, 52, 53Ludwig F. ....................................... 50Lu M. ................................. 41, 52, 55Lundgren P. ................................... 50Lundström I. ................................... 52Lutz P. ............................................ 33Lutz S. ........................................... 33Lvova L. ......................................... 49

M

Macchi P. ....................................... 24Mach M. ......................................... 53Macicior H. ..................................... 40Macken S. ...................................... 39Mackenzie R. ................................. 49Mäder S. ........................................ 51Maeda R. ....................................... 49Maeder T. .............. 29, 30, 37, 44, 51Maenaka K. ...................... 42, 44, 56Magnien J. ..................................... 41Mähner J. ....................................... 32Maier R. ......................................... 40Maier T. .......................................... 50Makinwa K. .............................. 46, 49Mäkynen A. .................................... 54Mamani-Matsuda M. ...................... 43Mancarella F. ........................... 55, 56

Mändar H. ...................................... 27Mangeat T. ..................................... 54Maninder K. ................................... 42Manoli Y. ........................................ 27Manzaneque T. .............................. 57Marchand G. .................................. 33Marchlewski A. ............................... 40Marco S. ........................................ 24Margallo-Balbás E. ........................ 29Mariano S. ............................... 48, 52Marioli D. .................... 37, 41, 48, 51Mark D. .......................................... 33Marra G. ........................................ 55Martincic E. .............................. 24, 51Martinelli E. ....................... 26, 27, 36Martinez E. .................................... 30Martinez F. ..................................... 54Martinez P. ..................................... 25Martin H. ........................................ 52Martini V. ........................................ 52Martins M. ...................................... 25Mascaro J. ..................................... 33Mas J. ...................................... 33, 43Mas R. ........................................... 43Massera E. .................................... 53Massi M. ........................................ 40Masson S. ...................................... 56Mastroianni M. ............................... 49Masuda T. ...................................... 49Matias I. ................................... 40, 50Matisen L. ...................................... 27Matovic J. ...................................... 55Matsumoto A. ................................. 46Matsuo A. ....................................... 37Matsuoka J. ................................... 44Mattes U. ....................................... 42Mattmann M. .................................. 50Maurer M. ...................................... 27Mauri L. .......................................... 41Mavon C. ....................................... 26Mayer F. ......................................... 23Mayer M. ........................................ 50Mayr T. ..................................... 33, 48Mayrwöger J. ................................. 52Maziarz W. ..................................... 53Mazza E. ........................................ 44McCann D. ..................................... 52McGrath D. .................................... 36McGrath K. .................................... 27Medrano N. .............................. 25, 28Meinhardt G. .................................. 40Menciassi A. .................................. 25Meneghesso G. ............................. 42Ménil F. .......................................... 48Menshikov L. ................................. 24Menshikov P. ................................. 24Merlino P. ....................................... 25Mernier G. ...................................... 24Messina M. .................................... 55Michael A. ...................................... 44Mieyeville F. ................................... 28

– 66 –

Author IndexMiglietta M. .................................... 53Mihailovic M. .................................. 47Milasauskaite I. .............................. 54Mir L. .............................................. 24Missal W. ....................................... 46Mistlberger G. .......................... 33, 48Miyahara Y. .................................... 46Miyamoto K. ................................... 37Mizsei J. ......................................... 41Mohammed-Brahim T. ............. 40, 56Mokwa W. ......................... 39, 42, 54Mondragón Rodríguez M. .............. 26Montméat P. ................................... 36Moon W. ........................................ 32Moos R. ......................................... 46Morais R. ................................. 29, 42Moreau S. ...................................... 33Moreira F. ....................................... 52Morganti E. .................................... 24Moscelli N. ..................................... 36Mossalayi D. .................................. 43Mottet G. ........................................ 24Moynet D. ...................................... 43Mueller J. ....................................... 53Muellner P. ............................... 50, 54Müller B. ........................................ 30Müller M. ........................................ 33Muñoz F. ........................................ 43Muridan N. ..................................... 39Mu X. ............................................. 41

N

Nagayoshi K. ................................. 54Nakade K. ...................................... 42Nakagawa M. ................................. 52Nakai Y. ......................................... 44Nanver L. ....................................... 40Narayanan S. ................................. 24Narkilahti S. ................................... 38Nasti I. ........................................... 53Navarro D. ..................................... 28Navio C. ......................................... 27Neels A. ......................................... 44Neulinger A. ................................... 29Neumaier S. ................................... 44Neuzil P. ......................................... 50Neves C. ........................................ 29Ngo V. ............................................ 44Niazi J. ........................................... 43Nicolas P. ....................................... 30Niederberger M. ............................. 26Niedermayer A. ........................ 25, 27Niemeyer B. ................................... 32Nieradka K. .................................... 46Niessner M. ...................... 25, 42, 54Nihtianov S. ................................... 40Nikolaev I. ...................................... 52Ni L. ............................................... 30Niu T. ............................................. 56Noda M. ................................... 42, 43

Nolten U. ........................................ 42Nonglaton G. ................................. 48Norkus V. ................................. 40, 46Northemann T. ............................... 27Novacek P. ..................................... 29Nurminen K. ................................... 38

O

Oberländer J. ................................. 28Ochoteco E. ................................... 40Odorizzi L. ..................................... 24Oelmann B. .................................... 52Offenhäusser A. ............................. 47Offermans P. .................................. 50Okabayashi T. ................................ 52Okada H. ....................................... 49Oliveira I. ....................................... 40Olsen M. ........................................ 24Olszewski J. ................................... 43Omori T. ......................................... 44Orthner M. ..................................... 41Osaki T. .......................................... 43Oshinubi D. .................................... 41Ostasevicius V. .............................. 54Ou J. ........................................ 26, 52Ozaeta I. ........................................ 54Ozaki M. ........................................ 52

P

Paganelli R. ................................... 42Pagel N. ................................... 42, 44Paget D. ......................................... 48Pahl W. .......................................... 30Pajot-Augy E. ................................. 43Palacin J. ....................................... 28Palaniapan M. ................................ 56Pallares J. ...................................... 53Palleja T. ........................................ 28Pandraud G. ............................ 29, 51Paolesse R. ................ 36, 49, 52, 53Papes O. ........................................ 44Paris A. .......................................... 49Parkin I. ......................................... 26Park J. ..................................... 29, 53Park S. ........................................... 43Park Y. ........................................... 33Parrain F. ....................................... 51Pateromichelakis N. ....................... 39Patsis G. ........................................ 54Patzke G. ....................................... 45Paul O. .............................. 47, 54, 55Paul S. ........................................... 27Pavelko R. ..................................... 26Pawlowski B. ................................. 46Pazart L. ........................................ 54Pedersen T. ................................... 51Pedraza A. ..................................... 46Peiner E. ........................................ 57Peller A. ......................................... 25

– 67 –

Author IndexPellet C. ......................................... 48Peng C. .......................................... 57Peng G. ......................................... 44Pennazza G. ............................ 36, 49Perrier P. ........................................ 52Perruchot F. ................................... 48Peter A. .......................................... 57Peters C. ........................................ 52Petropoulos A. ............................... 54Petrov D. ........................................ 56Peytavit E. ..................................... 48Pham H. ......................................... 44Pham Van N. ................................. 24Piacentini N. .................................. 24Picard F. ......................................... 38Pichon L. ........................................ 30Piepenburg O. ............................... 33Pieralli C. ....................................... 54Piette F. .......................................... 25Pijolat C. ........................................ 26Pillot J. ........................................... 43Piotto M. ........................................ 37Pircher G. ...................................... 55Pireaux J. ....................................... 32Pirk T. ............................................. 41Pisani M. ........................................ 46Pisarkiewicz T. ............................... 53Pislyakov A. ................................... 28Pitkänen J. ..................................... 32Plank F. .......................................... 56Poesio P. ........................................ 32Poghossian A. ................................ 46Pohle R. ................................... 24, 50Polese D. ....................................... 26Polichetti T. .................................... 53Pollheimer P. .................................. 43Pomarico G. ................................... 49Pons P. .......................................... 55Pouydebasque A. .......................... 33Preechaburana P. .................... 39, 44Prené P. ......................................... 36Price D. .......................................... 44Pröll F. ............................................ 46Proll G. ........................................... 46Provaznik I. .................................... 46Provencal F. ................................... 38Psoma S. ....................................... 33Puchberger-Enengl D. ................... 24Puers R. ...................... 27, 39, 42, 55Puik E. ........................................... 27Purniawan A. ................................. 51Puustinen J. ................................... 30Pyo H. ............................................ 43

Q

Qian Y. ........................................... 53Querner Y. ............................... 40, 46Qureshi A. ...................................... 43

R

Rabenorosoa K. ............................. 33Raboud D. ..................................... 28Rademacher S. .............................. 29Rafieian D. ..................................... 50Rajala S. ........................................ 44Rajaraman V. ................................. 49Ramirez J. ..................................... 53Ramos A. ....................................... 42Ramos F. ....................................... 27Rangelow I. .................................... 44Rangra K. ...................................... 42Rao V. ............................................ 24Rapp B. .................................... 30, 44Rapp M. ................................... 30, 46Raskin J. .................................. 37, 39Ratnadurai R. ................................ 49Rebiere D. ..................................... 43Reboud J. ...................................... 50Rehder G. ...................................... 25Reichel E. ................................ 54, 56Reichenberger K. ........................... 55Reichl W. ....................................... 52Reidl C. .......................................... 55Reinhart K. ..................................... 41Reinstein M. ................................... 29Reis M. .................................... 29, 42Reitinger B. .................................... 29Renaud P. ...................................... 24Reniers F. ...................................... 32Ren K. ............................................ 46Repchankova A. ............................ 42Ress C. .......................................... 24Reynaerts D. .................................. 29Ribeiro J. ....................................... 42Riccio M. ........................................ 46Riegger L. ...................................... 33Riistama J. ..................................... 56Rinaldi F. ........................................ 27Ring B. ........................................... 29Ringgaard E. .................................. 51Ripka P. ................................... 29, 47Robinson D. ................................... 29Rocha J. ........................................ 25Rocha L. ........................................ 49Rodjegard H. ................................. 52Rodríguez-Pardo L. ....................... 53Rogel R. ......................................... 30Rohac J. ........................................ 29Roland I. ........................................ 56Roman C. ...................................... 50Romani A. ...................................... 42Rombach M. .................................. 33Roncaglia A. .................................. 56Rops C. .......................................... 47Rosenauer M. ................................ 33Rosenfeld H. .................................. 32Rossetti A. ..................................... 29Rossi M. ......................................... 43Roth G. .......................................... 33Rouleau A. ..................................... 54Roumenin C. .................................. 40

– 68 –

Author IndexRowe A. ......................................... 48Rue B. ............................................ 37Rufer L. .......................................... 25Ruiz Zamarreño C. ........................ 50Rupitsch S. .............................. 25, 32Ruther P. .................................. 47, 55Rydosz A. ...................................... 53Rýger I. .................................... 26, 56Ryser P. ................ 29, 30, 37, 44, 51Rysstad G. ..................................... 28Ryynänen T. ................................... 38

S

Saar A. ........................................... 27Sabaté N. ....................................... 53Sachse M. ................................ 33, 36Saeed A. ........................................ 48Sägebarth J. .................................. 49Saint-Patrice D. ............................. 33Saka M. ......................................... 28Salaun A. ....................................... 30Sales G. ......................................... 52Sallam M. ....................................... 54Salleras M. ..................................... 53Salpavaara T. ........................... 28, 56Samardzic R. ................................. 32Samitier J. ...................................... 43Sammelselg V. ............................... 27Samotaev N. .................................. 52Sampietro M. ................................. 50Samson D. ..................................... 51Sánchez D. .................................... 43Sanchez J. ..................................... 26Sánchez O. .................................... 43Sánchez-Rojas J. .......................... 57Sandmaier H. ................................. 49Sandner T. ..................................... 41Sanginario A. ................................. 43Sanglar C. ...................................... 32Sanmartí M. ................................... 43Sanmartin M. ................................. 55Sannomiya T. ................................. 49San Segundo Bello D. ................... 41Santander J. .................................. 53Sántha H. ....................................... 29Santonico M. ............................ 36, 49Santos P. ....................................... 42Sardini E. ................................. 39, 51Sari I. ............................................. 44Sarkar M. ....................................... 41Sarro L. .......................................... 44Sarro P. ............................. 46, 47, 51Sarubbi F. ...................................... 40Saruhan B. ..................................... 26Sasaki H. ....................................... 43Sasso L. ......................................... 24Sato N. ........................................... 46Sawatdee A. .................................. 41Sberveglieri G. ............................... 49Schabbel D. ................................... 46

Schäfer A. ...................................... 52Schalko J. ............. 33, 36, 37, 42, 45Scheipl G. ...................................... 41Schelcher G. .................................. 51Schellevis H. .................................. 44Schenk H. ...................................... 41Schick A. ........................................ 32Schifferle A. ................................... 44Schift H. ......................................... 30Schmauss B. ................................. 50Schmidt H. ..................................... 36Schmid U. ................... 29, 51, 55, 57Schnaithmann M. ........................... 49Schnakenberg U. ........................... 54Schneider-Hornstein K. ................. 40Schönewolf W. ............................... 29Schöning M. ................. 24, 28, 37, 46Schotter J. ..................................... 50Schott W. ....................................... 40Schrag G. ................................ 25, 54Schrittwieser S. .............................. 50Schroeder G. ................................. 46Schultz E. ...................................... 48Schulze A. ................................ 40, 46Schüwer N. .................................... 32Schwarz B. .................................... 46Schwarzhaupt O. ........................... 40Schwarz P. ............................... 42, 44Schweighofer B. ............................ 32Schweitzer P. ................................. 47Schweizer N. ................................. 46Schwödiauer R. ....................... 41, 43Seemann T. ................................... 26Seidel H. ..................... 42, 44, 55, 57Seitz S. .......................................... 30Sell J. ....................................... 25, 27Serpelloni M. ............................ 39, 51Serra N. ......................................... 44Seshia A. .......................... 55, 56, 57Sevastyanov V. .............................. 26Severi M. ....................................... 55Sfakiotakis M. ................................ 39Shafai C. ........................................ 24Shafiei M. ....................................... 26Shamonin M. ................................. 50Sharma A. ...................................... 42Shea H. .......................................... 30Shen C. .......................................... 44Sheng M. ....................................... 45Shevchenko A. ............................... 28Shi L. ............................................. 40Shimanouchi T. .............................. 43Shiono S. ....................................... 56Shulev A. ....................................... 40Siegel C. ........................................ 30Sillon N. ......................................... 33Silva H. .......................................... 47Silva M. .......................................... 42Silva N. .......................................... 42Simões J. ....................................... 42Singh S. ......................................... 42

– 69 –

Author IndexSisto M. .......................................... 38Skidanov V. .................................... 47Sklorz A. ........................................ 52Skotadis E. .................................... 53Slater C. ......................................... 29Smyntyna V. .................................. 30Snyders R. ..................................... 27Soares F. ....................................... 36Soga K. .......................................... 56Sökmen Ü. ..................................... 57Solzbacher F. ................................. 41Sommer E. ..................................... 41Sommer M. .................................... 32Song B. .......................................... 29Song H. .......................................... 43Soon B. .......................................... 50Sosna C. ........................................ 37Soulantika K. ................................. 50Staack N. ....................................... 55Stadlober B. ................................... 41Stancík S. ...................................... 56Starodub N. ................................... 38Stavreva G. .................................... 40Stavrov V. ...................................... 40Stefanakos E. ................................ 49Stefanakos L. ................................. 49Stehrer B. ................................ 43, 47Steiner G. ...................................... 56Steiner H. ....................................... 33Stephan J. ..................................... 47Stoycheva T. .................................. 26Strache S. ...................................... 37Strasser M. .................................... 55Strzoda R. ...................................... 53Sturm H. ........................................ 26Stütz E. .......................................... 24Subbaiyan D. ................................. 29Sugano K. ................................ 44, 54Suhm A. ......................................... 48Sukaew T. ...................................... 47Sulzbach T. .................................... 40Sun C. ............................................ 49Sung T. .......................................... 39Sun J. ............................................ 30Susilo E. ........................................ 25Suska A. ........................................ 39Sutor A. .......................................... 25Suzuki M. ....................................... 49Svalov A. ........................................ 54Svendsen W. ................................. 24Swiatkowski M. .............................. 43Szentpáli B. ................................... 38

T

Tabata O. ................................. 44, 54Tadigadapa S. .......................... 36, 46Tagliaferro A. .................................. 43Taguchi R. ...................................... 49Takeuchi S. .................................... 43Talaei S. ......................................... 33

Talamelli A. .................................... 29Talic A. .............................. 28, 42, 45Tamarri F. ....................................... 55Tan C. ............................................ 41Tanevski M. .................................... 27Tang J. ........................................... 53Tang P. ........................................... 41Tarasova A. .................................... 26Tartagni M. ........................ 29, 42, 43Tazzoli A. ....................................... 42Teixido M. ...................................... 28Tenchine L. .................................... 30Thei F. ............................................ 43Theuwissen A. ............................... 41Thiel W. .......................................... 39Thomsen E. ................................... 51Thomson D. ................................... 24Thone J. ......................................... 27Thoné J. ......................................... 39Tille T. ............................................ 23Timm U. ......................................... 36Tisserand E. .................................. 47Tittonen I. ....................................... 44Tocchio A. ................................ 49, 55Tohmyoh H. ................................... 28Tokunaga H. .................................. 49Tomáska M. ................................... 26Tomerov E. .................................... 40Tomic M. ........................................ 50Tomiyama K. .................................. 42Tong J. ........................................... 30Tonoli E. ......................................... 48Topal E. .......................................... 51Töreyin H. ...................................... 51Tortschanoff A. ......................... 38, 41Tournier G. ..................................... 26Toyonaga T. ................................... 42Tran A. ........................................... 44Tran Thi T. ...................................... 52Tran-Thi T. ..................................... 48Tremblay B. ................................... 38Trenado J. ..................................... 41Tresanchez M. ............................... 28Tsai M. ........................................... 49Tsakiris D. ...................................... 39Tscherner M. .................................. 48Tseng S. ........................................ 55Tsoukalas D. .................................. 53Tsouti V. ......................................... 53Tsuchiya T. ............................... 44, 54Tu P................................................ 29Turnbull R. ..................................... 57

U

Umakoshi H. .................................. 43Ungerböck B. ................................. 33Uría N. ........................................... 43Urwyler P. ...................................... 30Usgaocar A. ................................... 26

– 70 –

Author Index

V

Valdastri P. ..................................... 25Valente A. ...................................... 29Valero M. ....................................... 25Vallejos S. ...................................... 26Vallo M. .................................... 26, 56van Den Driesche S. ......... 24, 36, 43van der Bent F. .............................. 27van der Vlist W. .............................. 46van der Wal P. ................................ 33van Herwaarden A. ........................ 46van Herwaarden S. .................. 35, 38van Hoof C. .................................... 41Vanko G. .................................. 26, 56Vanotti M. ....................................... 53van Rijn C. ..................................... 27Van Vynckt D. ................................ 37van Zaane F. .................................. 29Varga M. ........................................ 29Vargas C. ....................................... 32Vasiliev A. ................................ 24, 26Vatteroni M. ................................... 25Vazquez M. .................................... 47Vecchio F. ...................................... 30Vellekoop M. ............... 24, 33, 36, 55Vellutini L. ...................................... 43Venkatraman V. ............................. 30Ventura P. ...................................... 29Venugopal M. ................................. 43Verdot T. ........................................ 42Verhaert P. ..................................... 33Verho J. ................................... 28, 56Verlinden J. .................................... 27Vermant J. ..................................... 54Vetelino J. ...................................... 52Vetoshko P. .................................... 47Vidalino L. ...................................... 24Vieira M. .................................. 28, 40Viens J. .......................................... 38Vigier-Blanc E. ............................... 33Vignoud-Despond S. ..................... 48Vilà A. ............................................ 41Vilanova X. .................................... 26Villar I. Del ............................... 40, 50Villemejane J. ................................ 24Viricelle J. ...................................... 26Viter R. ........................................... 30Vittoz S. ......................................... 25Voglhuber-Brunnmaier T. ......... 25, 56von Lieres E. .................................. 53von Sicard O. ................................. 24von Stetten F. ................................. 33Vörös J. ......................................... 49Vu D. .............................................. 48

W

Wachmann E. ................................ 40Wachutka G. ............................ 25, 54Wacogne B. ................................... 54

Wägli P. .......................................... 33Wagner P. ...................................... 24Wagner T. ...................................... 37Wahlbrink T. ................................... 54Wakaumi H. ................................... 28Walczak R...................................... 41Walter T. ......................................... 37Wang C. ......................................... 49Wang J. ......................................... 57Wang P. ......................................... 41Wang W. ........................................ 52Wang X. ............................ 27, 28, 52Wang Y. ......................................... 48Wappler E. ..................................... 46Ward M. ......................................... 57Waszczuk K. .................................. 43Weber E. ........................................ 33Weihnacht M. ................................. 36Weimar U. ...................................... 26Weinberger M. ............................... 55Wen L. ........................................... 42Werthschützky R. .................... 41, 56Wessels A. ..................................... 28White N. ................................... 24, 39Wiechert W. ................................... 53Wilbertz C. ..................................... 24Wildenhain M. ................................ 41Wildermuth S. ................................ 50Williams D. ..................................... 26Winter M. ....................................... 30Winz R. .......................................... 53Witarski W. ............................... 24, 36Witvrouw A. .................................... 42Wlodarski W. ............................ 26, 52Wöckel S. ...................................... 28Wolf F. ............................................ 25Wolffenbuttel R. ................ 33, 37, 49Wolfrum B. ..................................... 47Wöllenstein J. ................................ 29Wong C. ................................... 50, 53Woytasik M. ................................... 24Wu H. ....................................... 33, 37Wu N. ............................................. 44Wunderlich R. ................................ 37

X

Xia S. ....................................... 30, 57Xie J. .............................................. 41Xu Y. ........................................ 41, 44

Y

Yaacob H. ...................................... 52Yamaguchi M. ................................ 44Yamashita K. ........................... 42, 43Yan C. ............................................ 29Yang P. .......................................... 57Yang S. .......................................... 54Yang Y...................................... 39, 42Yan J. ....................................... 56, 57

– 71 –

Author IndexYarai A. .......................................... 52Yeh C. ............................................ 29Yi S. ......................................... 29, 53Ylä-Outinen L. ................................ 38Yoon S. .......................................... 54Yoshikawa K. ................................. 42Yoshinobu T. .................................. 37Youssry M. ..................................... 48You Z. ............................................ 38Yu A. ........................................ 26, 41Yuan C. .......................................... 53Yuece A. ........................................ 26Yu J................................................ 26

Z

Zagar B. ......................................... 55Zagnoni M. ..................................... 29Zalesky J. ...................................... 56Zamarreño C. .......................... 40, 50Zamiri S. ........................................ 29Zampolli S. ..................................... 55Zandbergen H. ............................... 29Zangl H. ......................................... 32Zappa D. ........................................ 49Zaretskiy N. ................................... 24Zawada T. ...................................... 51Zawierucha P. ................................ 44Zeimpekis I. ................................... 44Zellers E. ....................................... 47Zengerle R. .................................... 33Zhang C. .................................. 27, 38Zhang H. ........................................ 57Zhang K. ........................................ 53Zhou G. .......................................... 41Zhou Y. .......................................... 45Ziegler A. ....................................... 27Zielke D. ........................................ 41Zimmermann H. ............................. 40Zinoviev K. ..................................... 40Zipser L. ......................................... 57Zirkl M. ........................................... 41Zoellmer V. .................................... 26Zou X. ............................................ 56Zubtsov M. ............................... 33, 53Zumer J. ........................................ 29

– 72 –

Author IndexConference Venue

Johannes Kepler University http://www.jku.at Altenberger Straße 69 4040 Linz AUSTRIA

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