IMC19 - Digital Poster Program...

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1045

1208: Transmission electron microscopy sample preparation for atomic resolution analysis using laser ablation and broad ion beam

milling workflow Takanori Sato

The University of Sydney

Instrumentation and Techniques (IT1 ‐ Instrumentation)

165: Effects of gallium focussed ion beam Milling on the magnetic properties of novel layered ferromagnetic materials

Lawrence FarrarRMIT University

Physical Sciences (PS10 ‐ Magnetic, ferroelectric and multiferroic

materials)

131: Plasmonic Breathing and Edge Modes in Aluminum Nanotriangles

Alfredo CamposLaboratoire de Physique des

Solides, Université de Paris Sud, Orsay

Instrumentation and Techniques (IT13 ‐ Spectroscopy – Low energy

excitations and ultrafast spectroscopy)

198: Prokaryote or eukaryote? A unique microorganism from the

deep sea in Japan Masashi Yamaguchi

Medical Mycology Research Center, Chiba University

Life Sciences (LS‐14 ‐ Host‐Pathogen Interactions,

Microbiology & Virology)

1433: Spatial resolution of coherent cathodoluminescence

microscopy Sophie Meuret



420: Compressed sensing for reconstruction in ptychography

Marcel SchlozHumboldt Universität zu Berlin,

Institut für Physik & IRIS Adlershof, Berlin

Instrumentation and Techniques (IT2 ‐ Computational methods for data acquisition, analysis and

visualisation)

251: Light sheet fluorescence expansion microscopy of spacious

mouse brain sections Ulrich Kubitscheck

Rheinische Friedrich Wilhelms‐University Bonn

Instrumentation and Techniques (IT7 ‐ Multi‐scale 3D imaging) 1045

1115

1217: Orientation Information measured by Soft X‐ray Spectroscopy Mapping

Colin MacRaeCSIRO Mineral Resources


559: Observation of magnetic domain decoupling in the HDDR processed Nd‐Fe‐B magnets with

Dy‐rich grain boundaries Min‐Chul Kang

School of Advanced Materials Science and Engineering, Sungkyunkwan University


materials)

108: AlGaN multilayer examined by low‐loss EELS and relativistic Kramers‐Kronig analysis

Alberto EljarratHumboldt University of Berlin, Department of Physics & IRIS

Adlershof, 12489 Berlin



339: Identifying potential vectors of Australian wildlife

trypanosomes Anna‐Sheree Krige

School of Biological Sciences, The University of Western Australia



1442: Probing classical and novel optical coupling mechanisms by

combined electron lithography and fast monochromated STEM‐EELS

Duncan T. L. Alexander



431: Utilizing Big Data Approaches to Unveil the Structure of

Disordered Carbon Materials Espen Boejesen

Monash Centre for Electron Microscopy


visualisation)

412: Informative three‐dimensional survey of cell/tissue architectures in thick paraffin sections by simple low‐vacuum

scanning microscopy Akira Sawaguchi

Department of Anatomy, Faculty of Medicine, University of

Miyazaki


1145

1319: In‐situ Low Energy Argon Ion Source for the Improvement of TEM and Bulk Sample Surface

Quality Petr Wandrol

Thermo Fisher Scien fic

Instrumentation and Techniques (IT10 ‐ SEM, FIB, scanning probe

and surface microscopy)

724: Magnetic Structures in Nano‐Fabricated Pt/Co/Ta Multilayer

Film Kousuke Hamanaka

Graduate School of Engineering, Nagoya University


materials)

129: Role of the environment on the quantum plasmonic

resonances of sub‐10 nm silver nanoparticles

Alfredo CamposLaboratoire de Physique des

Solides, Université de Paris Sud, Orsay



340: Super support film for high‐resolution electron microscopy made from naphthalene gas

Masashi YamaguchiMedical Mycology Research Center, Chiba University



428: Detection of microtubules and other fibrous structures by image analysis and virtual reality

Lucie Kubinova Ins tute of Physiology CAS


1215

1342: A novel approach to prepare TEM lamellae with FIB for

characterisation of cryo‐rolled Ti laminates

Charlie KongUNSW Sydney



732: Electron holography of high temperature superconductors

Ruth KnibbeThe University of Queensland


materials)

450: Micro‐computed tomography as a pre‐screening tool for

destructive microscopy modalities Matthew Foley

Australian Centre for Microscopy and Microanalysis, University of

Sydney



1400

204: Comparative study of plasmonic antennas: EBL vs. FIB

fabrication Michal Horák

CEITEC ‐ Central European Institute of Technology, Brno University of Technology



1313: Determination of Compositional Variation of

Bimetallic Nanoparticles by Direct Measurement of Mass Thickness

Using EDS James Sagar

Oxford Instruments

Physical Sciences (PS12 ‐ Materials for energy production, storage and

catalysis)

616: The maximum a posteriori probability rule to detect single atoms from low signal‐to‐noise ratio scanning transmission electron microscopy images

Sandra Van AertEMAT, University of Antwerp


visualisation)

246: Correlative microscopy approaches for optoelectronic semiconductor devices at the example of thin‐film solar cells

Daniel Abou‐RasHelmholtz‐Zentrum Berlin

Instrumentation and Techniques (IT3 ‐ Methods and workflows for

correlative microscopy)

786: Constructional Prerequisites for a Building for Electron

Microscopes in Berlin's Inner City Dirk Berger

Technische Universität Berlin, Center for Electron Microscopy

(ZELMI)

Frontier Issues (FI3 ‐ Facility Management)

1421: Thermal conductivity measurements using resistive scanning thermal micro and

nanoprobes Eloïse Guen

CETHIL UMR 5008 INSA lyon, CNRS, UCBL1, Université de Lyon



1160: A sample preparation workflow for dSTORM.

Joshua StuddertChildren's Medical Research

Institute

Instrumentation and Techniques (IT11 ‐ Optical Nanoscopy and Spectral Imaging Techniques)

1400

1430

245: Development of Photovoltaic Conductive AFM combined with Fine Wavelength‐Tunable Light

Source Tadashi Mitsui

Research Center for Advanced Measurement and

Characterization, National Institute for materials Science



1317: Understanding the signatures of Mn valency variations in the valence energy loss spectra of Li‐Mn‐Ni‐O cathode materials

Michael KinyanjuiCentral Facility of Electron

Microscopy, University of Ulm


catalysis)

794: Easy‐to‐use Image Segmentation Powered by

Machine Learning Dr Sebastian Rhode

Carl Zeiss Microscopy GmbH


visualisation)

330: The Single Particle Cryo‐EM workflow at the Center for

Nanoscale Systems Svetla Stoilova‐McPhie

Center for Nanoscale Systems, Harvard University

Instrumentation and Techniques (IT4 ‐ Cryo‐TEM techniques for

biological material)

883: Transmission Electron Microscopy training at core facilities ‐ critical factors and

current approaches Jamie Riches

Queensland University of Technology


1219: A drift measurement tool for TEM/STEM

Dave MitchellElectron Microscopy Centre, AIIM,

University of Wollongong


1570: Following the temporal evolution of spectroscopic using using pre‐defined scan patterns

Marcel TenceLaboratoire de Physique des

Solides, University of Paris‐Sud, CNRS, Orsay, France



1430

1500

261: Give Your Microscope a Hand ‐Using Micromanipulators for Handling, Characterizing, and Modifying Samples in SEM or

FIBSEM tools Andrew Jonathan SmithKleindiek Nanotechnik



1330: Characterization of the surface functionalization of

composites 2D titaniumcarbides/transition metal oxides using a combination of

TEM, first‐principles calculations and electrochemistry

Jerome PacaudUniversite de Poitiers, Institut

Pprime, UPR 3346 CNRS


catalysis)

825: Three‐dimensional atomic models from a single projection

using Z‐contrast imaging: verification by electron

tomography and opportunities Annick De Backer

EMAT, University of Antwerp, Belgium


visualisation)

585: Coolest FIB in the world Gediminas GervinskasMonash University



1088: Managing laser safety risks for a home‐built super‐resolution microscope in a multi‐user facility

Scott PageChildren's Medical Research

Institute


1248: Effects of downstream RF plasma cleaning on the surface of

polystyrene and polyetheretherketone

Ron RaschCentre for Microscopy and

Microanalysis, The University of Queensland, St. Lucia


1696: Mapping dynamic pf fluorescence anisotropy in

polymeric and biological systems Hamid Soleimaninejad

The University of Melbourne



1500

1530

470: The standardization of the calibration of atomic force

microscope cantilevers through an internet‐based initiative Christopher GibsonFlinders University



1343: High‐resolution imaging of Co3O4 nanoparticles via aberration‐

corrected exit wavefunction reconstruction Ofentse Makgae

Department of Materials, University of Oxford, Oxford


catalysis)

860: Optimization process of an automatic segmentation of a TEM tomography reconstructed volume

based on genetic algorithms Roberto Fernandez Martinez

University of The Basque Country


visualisation)

1906: Development of LaB6 Filament Source Desktop Scanning Transmission Electron Microscope

Chien‐An TuNational Tsing Hua University


1361: Atom probe tomography of AlGaN alloy Yuya Kanitani

Sony Corporation, Advanced Technology Research Division

Instrumentation and Techniques (IT14 – Advances in Atom Probe

Tomography)1530

Program GridDigital Poster Presentations

9 - 14 September 2018International Convention Centre Sydney

Monday10 SEPTEMBER 2018

Lunch, Lunch Workshops, Exhibition and Poster Sessions/ViewingExhibition Hall 2

Afternoon Tea, Exhibition and Poster ViewingExhibition Hall 2

Please refer to the Congress app for the most up to date program

The program is correct at 6th September 2018 and is subject to change.

Digital Kiosk 4 Theme Digital Kiosk 5 Theme Digital Kiosk 6 Theme Digital Kiosk 7 Theme Digital Kiosk 8 Theme Digital Kiosk 9 Theme

1045

66: Interference experiment with asymmetric double slit by 1.2 MV‐

TEM Ken Harada

RIKEN

Instrumentation and Techniques (IT8 ‐ Phase‐related imaging

techniques)

111: Sample thickness determination by HAADF‐STEM in a scanning electron microscope

Cheng SunKarlsruhe Institute of Technology,

Laboratory for Electron Microscopy



459: Higher order structures of Adalimumab, Infliximab and their complexes with TNFalpha revealed

by electron microscopy Bich Ngoc Tran

National University of Singapore

Life Sciences (LS‐3 ‐ 3‐D Structures of Macromolecules &

Supramolecular Assemblies)

475: The direct route of herpes simplex virus 1 from the nucleus to

the cell periphery Elisabeth Schraner

Uni ZH, Institute of Veterinary Anatomy and Institute of Virology,

Electronmicroscopy

Life Sciences (LS‐5 ‐ Cellular Transport & Dynamics)

227: Blood parasites in diurnal raptors: morphology,

ultrastructure and molecular characterizations Chaleow Salakij

Department of Pathology, Faculty of Veterinary Medicine, Kasetsart

University

Life Sciences (LS‐9 ‐ Applications in Correlative Microscopy of

Biological Systems)

167: A showcase of analytical techniques: V metal in hibonite

Sarah GainMacquarie University

Physical Sciences (PS11 ‐ Materials in geology, mineralogy and

archeology)1045

1115

101: Progress toward quantitative hole‐free phase plate imaging in a

TEM. Marek Malac

Nanotechnology Research Centre


techniques)

120: Transfer of area of interest in thin films to a 360° Electron Tomography sample holder

Misa HayashidaNRC Nano



578: In situ Liquid Cell and Cryo‐TEM Studies of Functional

Microgels Tobias Caumanns RWTH Aachen University



1540: Ratiometric Imaging of Mitochondrial Membrane Potential in Cultured Dorsal Root Ganglia

Cells Tala Kaplinovsky

Australian Centre for Microscopy and Microanalysis


370: Investigation of human tooth enamel down to the atomic scale

Florant ExertierAustralian Centre for Microscopy and Microanalysis, The University of Sydney,School of Aerospace, Mechanical and Mechatronic Engineering, The University of

Sydney


Biological Systems)

214: Porosity Characterisation of Reservoir Rocks from Brazilian Pre‐

salt through SEM and Image Analysis

Otavio GomesCETEM


archeology)1115

1145

174: Quantitative 3D phase imaging of plasmonic measurfaces

Michal HorákCEITEC ‐ Central European

Institute of Technology, Brno University of Technology


techniques)

122: Quality Improvements of Xe+ PFIB Prepared Surfaces of

Aluminium Brandon Van Leer




1474: Atom Probe Tomography of Single Proteins

Martin AnderssonChalmers University of

Technology



473: Development of rapid and accurate correlative light and

electron microscopy for fluorescence‐labeled organelles using light microscopes and FE‐

SEM Kiminori Toyooka

RIKEN CSRS


Biological Systems)

631: A case study of the complete characterisation of geological

materials with the latest generation of SEM + EDS + EBSD:

from initial investigations to automated mineralogy

Pat TrimbyOxford Instruments Nanoanalysis


archeology)1145

1215

913: Phase accuracy and contrast transfer in electron ptychography

methods Colum O'Leary

Department of Materials, University of Oxford


techniques)

147: Image filtering in scanning electron microscopy under super

low energy condition Tomohiro Aoyama

JFE Steel Corporation



1561: CryoEM Down Under: High‐Resolution CryoEM at the Ramaciotti Center for Cryo‐

Electron Microscopy Hariprasad VenugopalMonash University



536: Microscopy of Thylacine Hair Colin Veitch

CSIRO Manufacturing


Biological Systems)

743: Applications of automated mineralogy in archaeological

micromorphology and artefacts Kelly Merigot

Cur n University


archeology)1215


1400

798: Study of prototypical corium UZrO from quenching, by a multi‐

scale approach Emmanuelle BrackxCEA MARCOULE

Instrumentation and Techniques (IT12 ‐ Spectroscopy – High energy excitations and local chemical

analysis)

840: Novel tools for correlation between chemical activity and in situ structural evolution of catalyst

particles in gas environment Marina ZakhozhevaDENSsolutions B.V.

Instrumentation and Techniques (IT5 ‐ In‐situ, environmental and time‐resolved microscopies)

316: tibaDESC: Precise Measurement of Diffraction

Pattern Distortions for Quantitative STEM Christoph Mahr

University of Bremen

Instrumentation and Techniques (IT9 ‐ STEM and TEM imaging)

379: Pollen morphology by the view of electron microscopy

Svetlana PolevovaLomonosov Moscow State

University

Life Sciences (LS‐10 ‐ Plant Science & Mycology)

258: Abberration Correction in 2P holographic optogenetics in

scattering mediaLaura Maddalena

TU Delft

Life Sciences (LS‐11 ‐ Innovations in Light / Laser Microscopy and

Optical Nanoscopy)

436: Investigating parasite cell biology in three dimensions

Crystal CooperCentre for Microscopy,

Characterisation and Analysis, University of Western Australia

Life Sciences (LS‐13 ‐ Invertebrate Biology & Taxonomy) 1400

1430

877: In situ Raman spectroscopic studied of anode materials for

sodium ion battery Ji‐Young Kim

Advanced Analysis Center, Korea Institute of Science and

Technology


analysis)

946: Environmental Real Time Imaging with 200kV FE Aberration‐

corrected Analytical Scanning Transmission Electron Microscope (ESTEM) System with an Open

Window Gas Injection Hiromi Inada

Hitachi High‐Technologies Corp.


1076: Investigation of GaAs Nanowires using different accelerating voltages

Jin Zou The University of Queensland


419: Prospects of TEM tomography for ultrastructural studies of pollen and spores of the higher plants

Svetlana PolevovaLomonosov Moscow State

University


399: Decoding endosomal conversion mechanisms.

Abhishek PatilSingle Molecule Science, UNSW


Optical Nanoscopy)

464: The ultrastructure of the retina of some limpets (Mollusca:

Patellogastropoda) Shirley PinchuckRhodes University


1500

906: Investigations of the quantitative analytical depth resolution of field emission electron probe microanalysis

Jörg NissenTechnische Universitaet Berlin, Center for Electron Microscopy

(ZELMI)


analysis)

734: In‐situ liquid electrochemical transmission electron microscopy

Ruth KnibbeThe University of Queensland


1086: Novel modernisation of Golgi‐Cox stain and its

optimisation of tissue clearing Michael Kuligowski


Sydney


Optical Nanoscopy)

1610: Regulation of Immuno‐detectable Global DNA

Methylation at Key Transitions in the Early Embryo

Yan LiUniversity of Sydney

Life Sciences (LS‐7 ‐ Embryology & Developmental Biology) 1500

1530

999: Comparing WDS and EDS quantitative analysis of light element alloys and standards

Karla BalzuweitPhysics Department ‐

Universidade Federal de Minas Gerais,Centro de Microscopia da

UFMG


analysis)

890: Direct Imaging of Polarization Gradients by Atomic Resolution Differential‐Phase Contrast STEM

Marco CampaniniElectron Microscopy Center, Swiss Federal Laboratories for Materials Science and Technology ‐ Empa,

Überlandstrasse 129, 8600 Dübendorf


techniques)

1104: Visualisation of telomeres by telomere fibre‐FISH

Joshua AllenTelomere Length Regulation Unit,

Children's Medical Research Institute


Optical Nanoscopy)1530







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1045

886: Structural design and optimization of CeOx/ZnO porous

nanorods decorated with Au nanoparticles for catalyzing the

water‐gas shift reaction Erico Teixeira Neto

Brazilian Nanotechnology National Laboratory (LNNano), Brazilian Center for Research in Energy and Materials (CNPEM)


catalysis)

124: 3D imaging of monolayer graphene ripple using TEM

Yuhiro SegawaNano Biotechnology, Division of Applied Physics, Graduate School

of Engineering, Hokkaido University

Physical Sciences (PS2 ‐ Carbon‐based materials and 2D structures)

18: Giant polarization sustainability in ultrathin ferroelectric films characterized by Cs‐corrected

transmission electron microscopy Yinlian Zhu

Institute of Metal Research, Chinese Academy of Sciences

Physical Sciences (PS3 ‐ Thin films, coatings and surfaces)

20: Cryo‐SEM imaging of reactive and non‐reactive agarose

hydrogels Vladislav Krzyzanek

The Czech Academy of Sciences, Institute of Scientific Instruments

Physical Sciences (PS6 ‐ Biomaterials, polymers and polymer‐based composites)

753: Evolution of orthorhombic phase in high Nb‐containing

lamellar γ‐TiAl alloy: a transmission electron microscopy study

Jian SunSchool of Materials Science and Engineering, Shanghai Jiao Tong

University

Physical Sciences (PS8 ‐ Phase transformations and corrosion)

757: In‐situ mechanical performance testing of materials using SEM and TMA: Examples,

comparisons and sample preparation

Laurel GeorgeWestern Sydney University


557: High Entropy Nanoalloys Candace Lang

Macquarie University

Physical Sciences (PS4 ‐ Metals and alloys) 1045

1115

971: Multi‐Modal Characterization of a CIGS Solar Cell System

Fabián Pérez‐WillardCarl Zeiss Microscopy GmbH


catalysis)

604: Grain boundaries in chemical vapor deposited hexagonal boron

nitride Xibiao Ren

State Key Laboratory of Silicon Materials, School of Materials

Science and Engineering, Zhejiang University


43: Crystallisation and mechanical properties of Si1‐xGex thin films

Fei GuoThe University of Western

Australia


217: Investigating Light Gated Folding of Single Chains on

Surfaces and the Limits of Grafting Processes via Atomic Force

Microscopy (AFM) Lukas Michalek

School of Chemistry, Physics and Mechanical Engineering, Queensland University of Technology, Brisbane


799: Performance of energy dispersive x‐ray analysis at high temperatures using a windowless

multi detector XEDS system Yuri Rikers

Thermo Fisher Scientific


1115

1145

1060: Variation of oxygen compostion of Li(NixCoyMnz)O2 cathode measured by TEM‐EDS

during FIB preparation SeongYong Park

Samsung Advanced Institute of Technology


catalysis)

349: Advanced TEM Investigation of Interfaces in As‐Prepared and Corroded Al‐Al2O3 Cold Sprayed

Coatings on Steel Mohamed Sennour

MINES ParisTech, PSL Research University, MAT ‐ Centre des

matériaux, CNRS UMR 7633, BP 87, 91003 Evry Cedex


590: Characterization of palladium nanoparticles produced by

microwave‐injured bacteria with enhanced catalytic activity

Jame Gomez‐BolivarDepartment of Microbiology,

University of Granada


1145

1215

1122: Structural characterization of equiatomic MgAlVCrNi high

entropy alloy for hydrogen storage application.

Vitor Anibal Sacramento MendesFederal University of São Carlos


catalysis)

496: High‐resolution characterization of the surface

oxide formed on austenitic alloys exposed to PWR primary water

Zhao ShenUniversity of Oxford


888: Comparison of different surface treatments of carbon fibres used as reinforcements in epoxy composites: Interfacial strength measurements by in‐situ tensile tests in a scanning electron

microscope Yu LIU

Laboratoire Mécanique des Sols, Structures et Matériaux (MSSMat)


1215


1400

350: Cryo nano analysis of changes in the water, dry mass and

elements contents during nucleolar stress indiced by different inhibitors of RNA synthesis

Jean MichelUniversité de Reims Champagne

Ardenne

Life Sciences (LS‐6 ‐ Applications of Cryo Electron Microscopy in

Biology)

137: Time‐resolved nanospectroscopy in an ultrafast Transmission Electron Microscope based on a laser‐driven cold field

emission source Arnaud Arbouet

CEMES, CNRS UPR8011, 29 Rue Jeanne Marvig, Toulouse



1344: Application of in situ SEM and TEM mechanical testing in

development and optimization of hard coatings Jakub Zalesak

Department of Materials Physics, Montanuniversitat Leoben and

Erich Schmid Institute for Materials Science, Austrian Academy of Sciences, Leoben

Physical Sciences (PS13 ‐ Physical science applications of in‐situ

microscopy)

713: Atomic‐scale vacancy healing mechanism in monolayer MoS2 via

chemical treatment Wooseon Choi

Department of Energy Science, Sungkyunkwan University


538: Microscopy and XEDS of Anti‐Biofouling Treated Seismic

Streamers Colin Veitch

CSIRO Manufacturing


642: Exploring the structure of graphitic carbon nitrides at

multiple length scales Peter Crozier

Arizona State University

Physical Sciences (PS9 ‐ Amorphous and disordered materials, liquid crystals)

1067: Heating experiments on bone apatite to observe structural

alterations. Zsolt Dallos

Department of Mineralogy, Eötvös Loránd University,Centre for Energy Research, Hungarian

Academy of Sciences


1400

1430

990: Cryo‐EM evidence of nucleosome conformational

changes in concentrated solutions and in interphase nuclei

Amélie LeforestierLeforestier


Biology)

151: Babinet principle for plasmonic antennas:

complementarity and differences Michal Horák

CEITEC ‐ Central European Institute of Technology, Brno University of Technology



1520: Local modification of atomic layers on Cu surfaces in the Fowler‐Nordheim tunneling regime by a

high voltage tip in the SEM Klaus Leifer

Uppsala University


microscopy)

975: Formation mechanism of carbon atomic chains

Xiaowei WangState Key Laboratory of Silicon Materials, School of Materials

Science and Engineering, Zhejiang University, Hangzhou 310027


695: Optimised thin‐film tantalum coating methods for radio‐opaque

Nickel‐Titanium biomedical implants

Benjamin PaceThe Australian Centre for

Microscopy and Microanalysis, The University of Sydney


587: Microstructure evolution of austenitic ODS steel during high‐temperature low‐cycle fatique

Dimitri LitvinovKarlsruhe Institute of Technology

(KIT), Institute for Applied Materials

Physical Sciences (PS4 ‐ Metals and alloys)

1074: Challenges associated with the analysis of nacre in the atom

probeKatja Eder

Australian Centre for Microscopy and Microanalysis


1430

1500

1075: Understanding the structure and formation of heteromeric

amyloid fibrils using tomography, cryo‐transmission electron microscopy and correlative microscopy techniques Naveena Gokoolparsadh


Sydney


Biology)

401: In‐Situ Characterization of 2‐Dim Materials using Low‐Loss EELS

Robert KlieUniversity of Illinois at Chicago



926: Thermal stability of CVD grown TiAlN in TiAlN ‐ kappa

alumina coatings Olof Bäcke

Chalmers University of Technology


606: Characterisation of a new Al‐Cu‐Ge‐Mg Phase by HRSTEM and

Electron Diffraction Tom E. Weirich

Central Facility for Electron Microscopy (GFE), RWTH Aachen

University


1263: Discrepancies between the nanostructure of bone apatite and hydroxylapatite. An HRTEM study.

Zsolt DallosDepartment of Mineralogy,

Eötvös Loránd University,Centre for Energy Research, Hungarian

Academy of Sciences


1500

1530

1090: Structural analysis of Hantavirus replication and

transcription Benoit ARRAGAINUniv. Grenoble

Alpes,CNRS,CEA,Institut de Biologie Structurale, 71 avenue des Martyrs CS 10090 38044

Grenoble Cedex 9


Biology)

1000: Local microstructure variations in CVD TiAlN hard

coatings Ren Qiu

Chalmers University of Technology

Physical Sciences (PS3 ‐ Thin films, coatings and surfaces) 1530








1030

56: Elucidating Polymorphism of Pharmaceutical Organic Crystals using in‐situ Electron Microscopy

Methods Jennifer Cookman

University of Limerick


microscopy)

513: Unveiling longe‐range coupling of toroidal moments by

EELS and EFTEM Peter A. van Aken

Max Planck Ins tute for Solid State Research



872: Practical method of cell segmentation in electron

microscope image stack using deep convolutional neural

network Kohki Konishi

Nikon corporation


visualisation)

901: Crack formation in Ultra High Performance Concrete investigated by electron

microscopy Gunnar Schaan

Hamburg University of Technology


archeology)

503: A new FIB source from Laser cooled atomsAnne Delobbe

Orsay Physics, Tescan Orsay Holding



1888: Rapid EBSD acquisition using Xenon Plasma FIB surface

polishing Scott Doak

Department of Materials, Loughborough University



1327: How fast backscattered electron detectors give new possibilities in state‐of‐the‐art

electron microscopy Maximilian SchmidPNDetector GmbH

Instrumentation and Techniques (IT1 ‐ Instrumentation) 1030

1100

152: Assessment of the anisotropic electrical conductivity of GaInP

CuPtB type ordering by in‐situ TEM Gemma Martín

Laboratory of Electron Nanoscopies (LENS)‐MIND. , Dept.

d’Enginyeries: Electrònica, Universitat de Barcelona


microscopy)

810: Surface‐Enhanced Molecular Electron Energy Loss Spectroscopy

Andrea KonecnaMaterials Physics Center



894: Simultaneous analysis of signals and spectra from multiple

sensors using data fusion Jakob SpiegelbergUppsala University


visualisation)

1297: Phase evolution of Cu‐Sn alloy Yuggi, the Korean traditional bronzewear, upon Sn content

Haneul ChoiKorea Institute of Science and Technology,Yonsei University


archeology)

507: Preparation of Ni‐Mn‐Ga micropillars using Xe‐ion beam milling for magnetic actuation on

microscale Ladislav Klimša

Institute of Physics of the Czech Academy of Sciences, Prague



1918: Advance multi‐ion‐species FIB with high resolution and large area nanofabrication capabilities

Andrew YuRaith



1100: Electron Energy Loss Spectroscopy Videos During In‐Situ

Experiments Stephen MickGatan, Inc.


1100

1130

197: In situ micro‐mechanical testing as a basis for tool coating

design James Best

The University of New South Wales


microscopy)

820: STEM‐EELS Studies of the Influence of Structural

Imperfections in Plasmonic Metamaterials D MacLaren

University of Glasgow



1011: Combined EELS and EDX datasets probed by advanced data

mining techniques Nadi Braidy

Université de Sherbrooke


visualisation)

1829: Determination of site occupancy from micrometric

regions in minerals by high angular resolution electron channeling X‐

ray spectroscopy Yohei Igami

Graduate School of Science, Kyoto University,IMaSS, Nagoya

University


archeology)

542: Development of a rapid quantitative ultrastructural

evaluation of the blood platelet profile: with a provision of human

iPS cell‐derived platelets production for clinical transfusion

AKira IkeuchiHitachi High‐Technologies

Corporation



982: Examination of Sample Contamination in SEMMr Ulrich Gernert


(ZELMI)



1878: In‐situ STEM direct visualization of lithium ion of liquid cell in lithium ion battery

Hao ChangDepartment of Engineering and Science, National Tsing Hua University, Hsin‐Chu, Taiwan

30013


1130

1200

272: X‐ray Energy Dispersive Spectroscopy During Growth and Decomposition of GaAs Nanowires

using Transmission Electron Microscopy

Marcus TornbergDivision of Solid State Physics,

Lund University,NanoLund, Lund University


microscopy)

832: Phototermal analysis on direct‐write nanostructures by nanomechanical scanning

absorption microscopy: Novel route towards fabrication and characterization of plasmonic

nanostructures Mostafa Moonir Shawrav

TU Wien



1831: Convergent‐beam electron diffraction (CBED) analysis of

iridescent garnets from Tenkawa, Nara Prefecture, Japan

Yohei IgamiGraduate School of Science, Kyoto

University,IMaSS, Nagoya University


archeology)

596: Digital image processing in nanoparticle size measurement

using scanning electron microscopy

Byong Chon ParkKorea Research Institute of

Standards and Science


and surface microscopy)1200


1400

1031: Clustering Orientations for Texture Analysis Ben Martineau

Department of Materials Science & Metallurgy


visualisation)

1080: Oxidation of GaAs Nanowires

Graeme AuchterlonieCentre for Microscopy and

Microanalysis, The University of Queensland


266: Three‐dimensional morphology of the novel desmin‐immunopositive perivascular (DIP) cell in rat anterior pituitary gland by using FIB/SEM tomography

Depicha JindatipDepartment of Anatomy, Faculty

of Medicine, Chulalongkorn University

Life Sciences (LS‐1 ‐ Structure and Function of Cells & Organelles)

1244: Analysis of crystal twining in thin‐film kesterite semiconductors by atomic resolution transmission

electron microscopy Klaus Leifer

Uppsala University


1170: In situ TEM studies of redox cycling of a Ni‐ScSZ cermet fuel cell

anode Junko Matsuda

International Institute for Carbon‐Neutral Energy Research

(I2CNER), Kyushu University


682: Characterization of Xe+ PFIB Damage in Electron Beam Induced Deposition of Platinum, Tungsten and Carbon Chemistries for In‐situ

S/TEM Sample Preparation Brandon Van Leer




833: Exploring the inelastic interaction between phase‐shaped electron beams and plasmonic

resonances Jo Verbeeck

EMAT, University of Antwerp



1400

1430

1039: Thermal diffuse scattering in low energy electron transmission using a time‐dependent wave function propagation approach

Samantha RudinskyMcGill University


visualisation)

1584: Origin of atomic displacement in HAADF images of

the tilted specimen Jie Cui

Beijing National Laboratory of Condensed Matter Physics, Institute of Physics, Chinese

Academy of Sciences,School of Physical Sciences, University of Chinese Academy of Science


807: Saccharomyces pombe visualization using focused ion

beam methods Camilla HolmlundUmea University


1282: Using correlative techniques to understand the deposition mechanisms in diesel injectors

Catriona McGilveryImperial College London


1200: In‐situ observation of the cross‐reaction of the oxides

promoted by electron irradiation Nobuhiro Ishikawa

National Institute for Materials Science


723: Using FIB/SEMs to study biological samples Annalena Wolff

Queensland University of Technology



908: Inelastic Momentum Transfer Measurement of a Surface

Plasmon Mode Jonas Krehl

Leibniz‐Institut für Festkörper‐ und Werkstoffforschung Dresden



1430

1500

1096: Real‐Time Data Processing and Feedback During In‐Situ

Heating Stephen MickGatan, Inc.


visualisation)

1841: Getting direction in Large‐scale Electron Microscopy Data

Klaas SjollemaUMCG


1141: Three‐Dimensional Analyses of Mitochondria in Rat

Spermatogenic Cells with SBF‐SEM Tomohiko Wakayama

Department of Histology, Graduate School of Medical

Sciences, Kumamoto University


1333: Microscopic investigations of the textured CVD α‐alumina

coatings Siamak Shoja

Chalmers University of Technology,AB Sandvik Coromant


1364: An optimized Silicon Drift Detector design for high

throughput measurements with unprecedented energy resolution

Heike SoltauPNDetector GmbH


784: Nanomechanical assessment of adhesion and Young's modulus in graphene: quantum mechanical confinement meets mechanics

Klaus LeiferUppsala University



1023: Probing Magnetic and Toroidal Dipole Moments in

Upright Split Ring Resonators using Correlative Electron Energy Loss

Spectroscopy and Cathodoluminescence

Spectroscopy Isobel C. Bicket

McMaster University



1500

1530

1345: Si diffusion in ultra‐thin tetrahedral amorphous diamond‐

like carbon films Guilherme Parente Souza

Western Digital


1455: Overcoming energy‐dispersive X‐ray spectrometry

(EDS) detection limits with XTrace, a focused X‐ray photon source on

SEM Birgit Hansen

Bruker Nano GmbH


791: Flare electrons that cause positive charging by scattering in scanning electron microscope

Shota NishimuraMajor in Electrical, Electronic and Mechanical Engineering, Osaka

Institute of Technology



1111: Connecting experimental valence EELS to the electronic

structure using density functional theory: methods and applications.

Vicki Keast The University of Newcastle



1530




Tuesday 11 SEPTEMBER 2018




1030

1876: Towards Cellular Epidemiology of Degenerative Diseases Using Combined

Geographic Information Systems, MultiSEM and Machine Learning

ApproachesAnton NathansonUNSW Sydney


visualisation)

367: Advanced sample preparation for quantitative TEM down to the

atomic level Benjamin Butz

Micro‐ and Nanoanalytics and –Tomography Group & Micro‐ and Nanoanalytics Facility

(MNaF), University of Siegen, D‐57076 Siegen



168: An SEM investigation into the effect of particle morphology on

the specimen preparation parameters of an automatic XRD

specimen press Veronica Avery

John de Laeter Centre, Curtin University, Perth

Instrumentation and Techniques (IT6 ‐ Diffraction techniques)

941: Phase STEM imaging at the limit of resolution, contrast and

dose Ivan Lazić



techniques)

268: Tissue Haemostasis in Patients with Idiopathic Dilated

Cardiomyopathy Edyta Reichman Warmusz

Department of Histology with the Laboratory of Cell Pathology in Zabrze, School of Medicine with the Division of Dentistry, Medical University of Silesia in Katowice

Life Sciences (LS‐8 ‐ Pathology and Immunocytochemistry & Biomolecular Labeling)

702: Analysis of key and dynamic events of host‐pathogen

interactions by immuno‐labelling and Correlative Light Electron Microscopy. Easy and fast

approaches. Isabelle Bonne

Electron Microscopy Laboratory, Life Sciences Institute, National

University of Singapore


Biological Systems)1030

1100

1880: Spatio‐Temporal Image Correlation Spectroscopy Of

Microscopy Stacks For Full 3D+T Flow Mapping Of Molecules and

Organelles in Live Cells Elvis Pandzic

Biomedical Imaging Facility, Mark Wainwright Analytical Centre,

UNSW Sydney


visualisation)

603: Automated acquisition of large areas at high resolution with SEM/TEM/STEM/EDS correlative

imaging Yuri Rikers




522: Single Atom Scattering/Diffraction

Measurements using a Pixelated Array Detector Nestor Zaluzec

Argonne National Laboratory


976: A new accurate orbital angular momentum spectrometer

for electrons Vincenzo Grillo

CNR


techniques)

444: Identification of renal amyloid precursors by

immunocytochemistry combining with proteomic analysis

Danyang LiPeking University First Hospital


817: Presentation pathway of B2 metabolites by MR1 via Fluctuation Correlation

Spectroscopy Cristian Pinero Garcia

EMBL Australia Node in Single Molecule Science,School of Medical Sciences,UNSW,ARC

Centre of Excellence in Advance Molecular Imaging



1130

1907: The treatment of nuclear singularities in electron microscopy simulations

Peter NellistUniversity of Oxford


visualisation)

621: Correlative cryo‐qSTEM‐CL imaging in a SEM Radim Skoupy

The Czech Academy of Sciences, Institute of Scientific Instruments



884: Crystallographic Analysis of Zinc Oxide Nanocrystals via

Scanning Electron Nano Diffraction (SEND)

Nelly WirchRWTH Aachen University, Central Facility for Electron Microscopy

(GFE)


485: Role of autophagy in fumonisin B1‐induced toxicity in

the mouse liver Ki‐Hwan Han

Department of Anatomy, College of Medicine, Ewha Womans

University


1034: Proteins and tissues' thin slices studied by CLEM in a SEM: how to prepare the most effective

ITO substrates Simona Rodighiero

ETH Zurich, Scientific Centre for Optical and Electron Microscopy

(ScopeM)



1200

692: Comparison between major and trace element contents using

EPMA and LA‐ICP‐MS Mi Jung Jeen

Core Research Facilities, Pusan National University


correlative microscopy)1200


1400

880: The electrical characterization of battery materials with EBIC

(Electron beam induced current)/RCI (Resistive contrast

image) analysis Ji‐Young Kim

Advanced Analysis Center, Korea Institute of Science and

Technology



1030: Low‐dose cryo electron ptychography Philipp Pelz

Max Planck Institute for the Structure and Dynamics of Matter


techniques)

1510: Evaluation of microstructural and

nanomechanical properties of nopal spines (Opuntia ficus‐indica)

José Jorge Chanona‐PérezINSTITUTO POLITECNICO

NACIONAL. ESCUELA NACIONAL DE CIENCIAS BIOLOGICAS


1262: Quantum Magnetic Microscopy: A new view on iron‐

based biomineralisation David Simpson

School of Physics, University of Melbourne


Optical Nanoscopy)

341: A method for obtaining serial ultrathin sections in transmission

electron microscopy Masashi Yamaguchi

Medical Mycology Research Center, Chiba University

Life Sciences (LS‐14 ‐ Host‐Pathogen Interactions, Microbiology & Virology)

273: Dislocation interaction with an Al‐Cu aged alloy

Nicolas BelloIRT Saint Exupéry


microscopy)1400

1430

92: Advances in 3D Correlative Multiscale Multimodal Microscopy

Dr Bartlomiej WiniarskiMaterials & Structural Analysis,




1062: Reduction of noise in electron holography by using dual‐tree complex wavelet transform and hidden Markov tree models

Yoshihiro MidohGrad. Sch. Information Science

and Technology, Osaka University


techniques)

1796: Multiscale Imaging of Autophagosomes in Plant Cells Béatrice Satiat‐Jeunemaitre

Institute for Integrative Biology of the Cell (I2BC), CEA, CNRS, Univ. Paris‐Sud, Université Paris‐Saclay,

91198, Gif‐sur‐Yvette Cedex, France.


1266: Magnetic markers for illumination‐free imaging using a quantum diamond microscope

Julia McCoeySchool of Physics, University of

Melbourne


Optical Nanoscopy)

921: Three‐dimensional study of the interaction between viral

filament and adjacent cell plasma membrane during respiratory

syncytial virus assembly Kiju Choi

Chungbuk University

Life Sciences (LS‐14 ‐ Host‐Pathogen Interactions, Microbiology & Virology)

343: Direct observation of graphene destruction and

reconstruction by in situ TEM Yichun Yin

Monash University


microscopy)1430

1500

979: Multi‐Modal Characterization on NanoFab with SIMS ‐ Recent

Results from an Analytical Standard and a Metal Sample

Jennifer BragginCarl Zeiss Microscopy, LLC



1801: Silicon supplementation may help to suppress the invasion

of sorghum roots by fungus Alternaria alternata Monika Bathoova

Department of Plant Physiology, Faculty of Natural Sciences,

Comenius University in Bratislava


1312: Live cell imaging by quantitative phase imaging with an add‐on module for standard

optical microscopes and with focal series reconstruction Johannes Müller

Department of Physics, Humboldt University of Berlin


Optical Nanoscopy)

465: Operando Observations of Zn Electrodeposition Reaction with

Liquid ETEM Tadahiro Kawasaki

Japan Fine Ceramics Center


microscopy)1500

1530

1405: Correlative Tomography at the Cathode/Electrolyte Interface

of Solid Oxide Fuel Cells Jochen Joos

Institute for Applied Materials (IAM‐WET), Karlsruhe Institute of

Technology (KIT)


correlative microscopy)1530








1030

747: The impact of local structural heterogeneity on electric properties of perovskite

ferroelectrics Shujun Zhang

University of Wollongong

Physical Sciences (PS10 ‐ Magnetic, ferroelectric and multiferroic materials)

1392: Relation between different crystal orientations and the

surface energies in TiO2‐based photoanodes for water splitting: an EBSD microscopy ‐ Raman

Spectroscopy study Alfonso Ballestas Barrientos

Laboratory of Advanced Catalysis for Sustainability, School of

Chemistry, University of Sydney


catalysis)

1150: Molecular dynamics study of thermal properties of graphene

during electron irradiation Masaaki Yasuda

Osaka Prefecture University


1024: Interpreting Cation Displacements and Image Motifs

Associated with the Oxygen Exchange Reaction on Ceria

Nanoparticles Ethan Lawrence



116: Understanding the growth mechanisms of complex semiconducting oxide

nanostructures by electron microscopy

Bianchi MendezUniversidad Complutense Madrid

Physical Sciences (PS7 ‐ Semiconductors and materials for

communication)

1874: Bulk Metallic Glasses Under Atom Probe Microscopy Analysis

Huma BilalThe University of Sydney

Physical Sciences (PS9 ‐ Amorphous and disordered materials, liquid crystals)

537: Plums and Prunes in the Variable Pressure Scanning

Electron Microscope Colin Veitch

CSIRO Manufacturing

Life Sciences (LS‐10 ‐ Plant Science & Mycology) 1030

1100

763: Mechanisms of improved crystal plasticity and grain

refinement in a magnesium alloy during high strain‐rate

deformation Suqin Zhu

The University of Sydney, NSW 2006, Australia, School of Aerospace, Mechanical and

Mechatronic Engineering, and Australian Centre for Microscopy

& Microanalysis


1461: Scanning Electron Microscopy Analysis at Low Voltage in Carbon Nanotubes Doped with Heteroatoms J. Ysmael Verde Gómez

TECNM / Ins tuto Tecnológico de Cancún


1041: Superconductivity in Bi‐Ni bilayers rusulting from NiBi and NiBi3 formation: solid evidence provided by a micro‐analytical

study D. C Bell

Harvard John A. Paulson School of Engineering and Applied Sciences,

Cambridge


332: Targeted argon ion milling of advanced integrated circuits FIB specimens with automatic milling

termination Matthias W. Stumpf

E.A. Fischione Instruments, Inc.


communication)

658: Seed morphology and coat anatomy of five taxa of Mimosa (Leguminosae‐Mimosoideae)

occurring in Mexico. Hilda Araceli Zavaleta‐Mancera

Postgraduate College in Agricultural Sciences, Electron

Microscopy Unit


1130

918: A comparison of methods for helium quantification via EELS

Michael WallsLPS, Université Paris‐Sud, CNRS


451: Novel carbon coatings for optical and electronic applications

Alan Pickhaver


1042: Plasma coating of particles and the resulting coating's visualization via ToF‐SIMS

Thomas MichlUniversity of South Australia


685: Intraspecific variation in xylem anatomical traits related to drought resistance of Cypress Pine

Leah Koloadin Western Sydney Univeristy


1200

1163: Mechanically Robust Multi‐Principle Element Alloy Coatings

for Surface Protection Simon Tsianikas

The University of Adelaide


1154: Orientation Tips For Plant Tissue Resin Embedding

Gwenda MayoAdelaide Microscopy



1400

1879: The roll of defects in graphene layers for the electrical and mechanical properties of

crystallited carbon films Chao Wang

Shenzhen University


207: Microstructure and Properties of Ceramic Matrix

Composites Fabricated by Powder Injection Moulding

Nutthita ChuankrerkkulChulalongkorn University

Physical Sciences (PS5 ‐ Ceramics and inorganic composites)

1140: Narrow‐beam argon ion milling of ex situ lift‐out FIB

specimens Paul Fischione

E.A. Fischione Instruments, Inc.


communication)1400

1430

961: The Effect of Heating Zirconium Hydrides Studied by

Electron Energy Loss Spectroscopy Jonathan Hawes

Paul Scherrer Institut


252: Electron microscopy investigation of ceramic‐metal interfaces in alumina/Al‐Fe

composite synthesized by reactive metal penetrationC. Virgil Solomon

Youngstown State University


1276: III‐V Semiconductor Heterostructures grown by Selected Area Epitaxy Metal Organic Chemical Vapour

Deposition Jennifer Wong‐Leung

Australian National University


communication)1430

1500

1328: Radiation Damage with a Twist: A study of helical

dislocations in neutron irradiated FeCr alloysJack Haley

University of Oxford


433: Structural evolution of inner voids and interface of electrode‐solid electrolyte of all‐solid‐state lithium‐ion‐batteries by annealing

Yuta YamamotoHigh Voltage Electron Microscope Laboratory, Nagoya University

Physical Sciences (PS5 ‐ Ceramics and inorganic composites) 1500

1530 1530








1030

1191: Spatially resolved vibrational electron energy‐loss spectroscopy across an abrupt SiO2/Si interface

Kartik VenkatramanSchool for Engineering of Matter, Transport and Energy, Arizona

State University



1120: Monitoring the interactions of μ‐Opioid receptors and G‐

proteins with Fluorescence Cross‐Correlation Spectroscopy

Rashmi PillaiEMBL Australia Node in Single Molecule Science, School of

Medical Sciences, UNSW and ARC Centre of Excellence in Advanced

Molecular Imaging, UNSW


Biological Systems)

76: A correlative microscopy study of nickel and copper oxide

nanostructures grown by a vapor‐solid processAna Cremades

Universidad Complutense de Madrid

Physical Sciences (PS1 ‐ Nanoscale, nanostructured and porous

materials)

654: Time‐resolved in‐situ STEM study of thermally induced solid‐state dewetting in Cu‐Ag thin films

Philipp OkleETH Zurich


microscopy)

355: Pure Electron Vortex Beams from a Cylindrical Mode Converter

Stefan LöfflerTU Wien


1464: Progress Towards a Multi Modal Environmental High

Resolution Electron Microscope with Low Noise Background

David BellHarvard University, Center for Nanoscale Systems,Harvard

University, John A. Paulson School of Engineering and Applied

Sciences


801: Improved liftout quality for perovskite oxides using a Xenon

Plasma FIB Ian MacLaren

University of Glasgow



1100

1195: TEM‐EELS of Photo‐excited MWCNTs Using a Pulsed Electron

Beam Kousuke MurayamaNagoya University



1233: Understanding and evaluating the use of microscopy based methods for protein corona

studiesInga Kuschnerus

Macquarie University


Biological Systems)

138: Branched nanorod couple heterostructures Martin Saunders

University of Western Australia


materials)

670: High temperature dynamics of nanocrystalline graphene: a high resolution in situ transmission electron microscopy study

Christian KübelKarlsruhe Institute of Technology

(KIT)


microscopy)

402: A Novel electron based process for the reduction of

residual gas species and surface contamination in SEM, FIB and

S/TEM vacuum systems David Hoyle

Hitachi High‐Technologies Canada Inc.


1489: Single‐sample combinatory for composition dependent TEM and nanoindentation studies of Al‐

Mg binary films György Sáfrán

Institute for Technical Physics and Materials Science, Center for

Energy Research, HAS


842: In situ Height Measurement with a 4Q‐BSE Detector of FIB

Produced Structures Dirk Berger


(ZELMI)



1130

1198: Aloof beam vibrational electron energy‐loss spectroscopy

of adsorbate/metal particle systems.

Kartik VenkatramanSchool for Engineering of Matter, Transport and Energy, Arizona

State University



1437: 3D visualisation and volumetric analysis of the

ascending olfactory pathway in two groups of fishes using diceCT

imaging Jeremy A. Shaw

Centre for Microscopy, Characterisation and Analysis, The University of Western Australia


Biological Systems)

140: Investigation of mechanism of glycine‐nitrate reaction using

electron microscopy Katerina Dedkova

Regional Materials Science and Technology Centre, VŠB ‐

Technical University of Ostrava, 17. listopadu 15, 708 33 Ostrava


materials)

686: In‐situ micro‐pillar compression of electrodeposited

Co/Sn multilater coatings Animesh Basak

The University of Adelaide


microscopy)

418: Analytical STEM applying a superconductor transition‐edge sensor type microcalorimeter EDS

for x‐ray nanoanalysis Toru Hara

National Institute for Materials Science


1910: Next Generation of Instrumentation Required with

Multi‐Detector Systems in the SEM‐Combining Optical, EDS, CL,

Raman, GSR and XRM Richard Wuhrer

Western Sydney University


873: New Generation Ultra‐High Resolution SEM Equipped with a New Xe Plasma FIB for Ultra‐Fast

and Gentle Sputtering Samuel ZáchejTESCAN Brno



1200

1260: Development of 3D Energy‐Momentum Spectroscopy with High Wavelength‐ and Angle‐

Coverage and Resolutions using Cathodoluminescnce in the

Scanning Electron Microscope David StoweGatan Inc



1881: Imaging Structural and Molecular Transport Compartmentalisation

Lucy NgoUNSW Sydney


Biological Systems)

411: Structural and Elemental Analysis of Indium Doped Zinc Oxide Nanowire by Ultra‐High Resolution STEM‐EELS using Cs‐

Corrected Chunwei Huang

Industrial Technology Research Institute, Material and Chemical

Research Laboratories


materials)

716: In situ high‐voltage TEM observation of constrained

Cu6Sn5 during solid‐state thermal cycling

Flora SomidinNihon Superior Centre for the Manufacture of Electronic

Materials (NS CMEM), School of Mechanical and Mining

Engineering, The University of Queensland (UQ)


microscopy)

544: Low Energy XEDS Analysis and Light Element Detection

Mark Greaves CSIRO


1917: Aberration Corrected Scanning and Transmission

Electron Microscope for High‐Resolution Imaging and Analysis

for Multi‐User Facilities Hiromi Inada

Hitachi High‐Technologies Corp.


957: Image contrast in ultra low voltage scanning electron

microsocpy Shunsuke Asahina

JEOL ltd




1400

231: Microsecond‐temporal and pocometer‐spatial resolution in situ observation of fast dynamic process in nanoparticles by cryo‐

ultrahigh voltage electron microscopy

Hidehiro YasudaResearch Center for Ultra‐High Voltage Electron Microscopy,

Osaka University


1411: In‐situ crystallization of Fe68Cr8Mo4Nb4B16 amorphous

alloy Diego Coimbrão

Graduate Program of Materials Science and Engineering, Federal University of São Carlos, São

Carlos‐SP


59: STEM and EDS Studies of AuAg@Au Core‐shell Nanotips for Electrocatalytic Reduction of CO2

to CO Guang Yang



catalysis)

1404: Growth of Gold Nanoparticles in Scanning Electron

Microscope Young Heon Kim

Korea Research Institute of Standards and Science


1164: Intergrated Multiplatform for Live Cell Imaging in a Core

Research Facility Yingying Su

Australian Centre for Microscopy & Microanalysis, The University of

Sydney


580: SEM and DualBeam automation with the AutoScript

python interface Mr Daniel Phifer



1824: Airyscan Detection in Multiphoton Microscopy

Joseph HuffCarl Zeiss Microscopy

Instrumentation and Techniques (IT11 ‐ Optical Nanoscopy and Spectral Imaging Techniques)

1400

1430

233: Probing the Oxidative Etching Induced Dissolution of Palladium Nanocrystals in Solution by Liquid

Cell Transmission Electron Microscopy

Yingying JiangZhejiang University


1488: Wire Intercalated Compounds of AlTi3 and Fe2Ti Obtained by Decomposition of Intermetallic Al45Ti35Fe20 Alloy

Vicente Garibay ‐ Febles Mexican Petroleum Ins tute


78: Electron Microscopy Studies of P Doped PtNi Concave Octahedral Nanoparticles as Highly Active Oxygen Reduction Reaction Electrocatalysts in Alkaline

Electrolyte Guang Yang



catalysis)

1531: The revolutionary heating Nano‐Chip for in situ TEM

Marina ZakhozhevaDENSsolutions B.V.


1291: Management of MCEM, a multi‐user research facility

Peter MillerMonash Centre for Electron

Microscopy, Monash University


608: Perspective scintillation electron detectors for S(T)EM

Petr SchauerInstitute of Scientific Instruments

of the CAS, Brno


1546: Developing SPAD detectors for fluorescence microscopy

Amy DaviesInstitute of Biological Chemistry, Biophysics and Bioengineering,

Heriot‐Watt University


1500

250: In‐situ chemical analysis using 300 kV aberration corrected

scanning transmission electron microscope with gas‐cell specimen

holder Ichiro Ohnishi

JEOL Ltd.


1816: The Effect of Cold‐Rolling on the Microstructure and Corrosion Behaviour of 316L Alloy in FLiNaK

Molten Salt Mia Maric

UNSW Sydney,ANSTO (Australian Nuclear Science and Technology

Organisation)


199: The effects of oxide film on inner surface of pyrolysis furnace

radiant coil Ying Liu

Sinopec Beijing Research Institute of Chemical Industry, Beijing


catalysis)

1532: Current applications of in‐situ biasing and heating TEM and

its future perspectives Yevheniy PivakDENSsolutions


620: Detection Capabilities of Ultra‐High‐Resolution Scanning Electron

Microscopes Jaroslav Jiruše

TESCAN Brno, Brno


1869: Development of Tunble Condenser Lens/Deflectors System for Desktop Electron Microscope

Yi LeeNational Tsing Hua University


1530

270: Real time and in situ monitoring by Liquide Phase TEM

of nucleation and growth processes of iron‐based

nanoparticles in organic media Dris Ihiawakrim

Institut de Physique et Chimie des Matériaux de Strasbourg


770: Effect of second cold rolling and intercritical annealing on a

new medium Mn ultra‐fine duplex AHSS

Mr Majid ParviziAustralian Centre for Microscopy & Microanalysis (ACMM) and

School of Aerospace, Mechanical and Mechatronic Engineering (AMME), The University of

Sydney


326: Orientation Preference during Heterogeneous Nucleation on

Amorphous Substrates: Implications for Heterogeneous

Catalysis Dipanwita Chatterjee

Indian Institute of Science, Bangalore, India


catalysis)

623: Development of a Cryo‐Electron Microscope for

Simultaneous Observation of SEM and Transmission Images

Yoichi OseHitachi High‐Technologies

Corporation





Wednesday12 SEPTEMBER 2018




1030

1234: STEM‐based thermal analytical microscopy Naoyuki Kawamoto

International Center for Materials Nanoarchitectonics (MANA),

National Institute for Materials Science (NIMS)


527: Three‐dimensional Interfacial Grain Boundary Network

Characterisation in Polycrystalline Materials

Hossein BeladiDeakin University

Instrumentation and Techniques (IT7 ‐ Multi‐scale 3D imaging)

1399: Ultrastructural Characterization of the Adhesion Plaque in Trypanosoma cruzi

Ingrid AugustoFederal University of Rio de

Janeiro


1558: DNA damage induced by Glyphosate in Danio albolineatus

Passapan SriwichaiSriwichai


Optical Nanoscopy)

1803: TEM study of carbon nanofiber paper decorated Me nanoparticles for membrane fuel

cells Olga Zhigalina

Shubnikov Institute of Crystallography of Federal Scientific Research Centre

“Crystallography and Photonics” of Russian Academy of Sciences,


catalysis)

1347: The Interface Study of Epitaxy Hexagonal Perovskite YAlO3 Grown on GaAs (111)

Ren‐Fong CaiMaterial and Chemical Research

Laboratories, Industrial Technology Research Institute

Physical Sciences (PS3 ‐ Thin films, coatings and surfaces) 1030

1100

1400: In‐situ straining and time‐resolved electron tomography data

acquisition in TEM Satoshi Hata

Kyushu University


563: Atomic resolution electron tomography of catalytic particles

Manabu ShiraiHitachi High‐Technologies

Corporation


1578: Visualising Very Early Endosomal Dynamics using Lattice‐

Light Sheet Imaging Harrison York

University of New South Wales


Optical Nanoscopy)

1853: Cobalt single atom catalyst on porous nitrogen‐doped carbon with efficient oxygen reduction

and evolution reactions for flexible zinc‐air batteries Wenjie Zang

Department of Materials Science and Engineering, Faculty of

Engineering, National University of Singapore


catalysis)1100

1130

1063: Mitigation of thickness effects in defocused electron

probe ptychography of crystalline materials

Arthur BlackburnUniversity of Victoria


techniques)

942: Advance in large volume, serial sectioning for 3D EBSD structural characterization

Paul FischioneE.A. Fischione Instruments Inc.


1887: Imaging of Tear Film Using Quantum Dots with Biomicroscopy

Maitreyee Roy1School of Optometry and Vision Science, The University of New

South Wales


Optical Nanoscopy)1130

1200

1077: New perspectives and results for giant vortex beams:

fabrication and future experiments Vincenzo Grillo

CNR


techniques)

1056: Advanced three‐dimensional microstructure description of

porous nano‐sized Ni‐SDC cermets using FIB‐SEM nanotomography

Gregor KapunNational Institute of Chemistry



1400

1128: Comparative study of EDS and WDS for quantitative

microanalysis Jeff Chen

Centre for Advanced Microscopy, The Australian National University


analysis)

1323: Spectral signatures of phase transformations in the valence energy loss spectra of 1T‐TaS2

intercalated with C6H12N2(Triethylenediamine)

Michael KinyanjuiCentral Facility of Electron

Microscopy, University of Ulm



183: The balancing act between resolution and sensitivity in DPC‐

STEM Laura Clark

School of Physics and Astronomy, Monash University


techniques)

1587: Investigation of the mechanisms behind daptomycin resistance in Staphylococcus aureus using super‐resolution

microscopy Alex Fulcher

Monash Micro Imaging, Monash University, Clayton, Victoria,

Australia



1806: Large Protein Complex Production Using the SmartBac

System‐‐‐Strategies and Applications Yulia Zhai

The Institute of Biophysics, Chinese Academy of Scineces



1897: Histopathologic Evaluation of the Effect of a Semi‐Solid Herbal

Formulation on Burn and Traumatic Injuries

Alev CumbulYeditepe University


1400

1430

1194: Applications of a Direct Electron Detector in Electron Energy Loss Spectroscopy and

Mapping Gianluigi Botton

McMaster University


analysis)

1365: Excitons and plasmons in low‐loss EELS of 2D monolayers

and heterostructures Michael Mohn

Ulm University



192: Simple Phase Contrast Imaging (SPCI): An ImageJ plug‐in

for phase contrast. Amandine Verguet

Institut Curie, PSL Research University, INSERM U1196, F‐

91405 Orsay


techniques)

1867: Super‐resolution imaging of Staphylococcus aureus cell division

Helena ChanOkinawa Institute of Science and

Technology



1819: Lanthanide salts as potential negative stains for single particle analysis in electron microscopy

Zdeno GardianFaculty of Science, University of South Bohemia,Biology Centre,

ASCR



1875: Label‐free profiling of melanins in human eye melanomas

using 2‐photon microscopy techniques

Alex MacmillanUniversity of New South Wales


1430

1500

1129: FIB sample preparation for atom probe and TEM over a wide

range of materials Limei Yang

Australian Center of Microscopy and Microanalysis



1418: Precise measurements of spatial coherence in electron beams using Airy diffraction

patterns Jun Yamasaki

Osaka University


techniques)

338: Phase retrieval using diffraction from straight edge

apertures Wei Chao

Monash University


techniques)

1822: Cryo‐electron microscopy investigation of Seneca Valley Virus‐Anthrax Toxin Receptor 1 complex reveals structural insights into

receptor specificity Nadishka Jayawardena

Department of Microbiology and Immunology, University of Otago


Supramolecular Assemblies)1500

1530

1557: Magnetic monopoles through the eye of electron

holography Masseboeuf Aurélien

CEMES – CNRS, Université Paul Sabatier, Toulouse, France


techniques)

372: Deep‐Convolutional‐Neural‐Network based Method for

Improvement of Signal‐to‐Noise Ratio in Electron Holography

Yusuke AsariResearch and Development

Group, Hitachi, Ltd.


techniques)

1859: Progress towards a medium resolution structure of the IL‐11

signalling complex Riley Metcalfe

Department of Biochemistry and Molecular Biology, Bio21 Molecular Science and Biotechnology Institute, University of Melbourne


Supramolecular Assemblies)1530








1030

1379: TEM investigation of Hastelloy X produced by additive

manufacturing Dominique Schryvers

University of Antwerp, EMAT group


512: Effect of Amorphous Precursor Stoichiometry on Titania

Polymorph Formation John Mangum

Colorado School of Mines


1349: Accelerating voltage and probe current dependence of electron beam drilling rates for

silicon crystal Noriaki Endo

EM Business Unit, JEOL Ltd.


communication)1030

1100

740: Ion‐irradiation induced structure changes in the Ln2TiO5

system Robert Aughterson

Australian Nuclear Science and Technology Organisation, Lucas

Heights


1569: Atomic‐scale Investigation of Compound III‐V Semiconductor

Nanowires Jiangtao Qu



communication)1100

1130

1243: Study of space charge regions in BaCe0.8Y0.2O3‐δ ‐ Ce0.8Y0.2O2‐δ hydrogen

separation membrane via atom probe tomography George Burton

Colorado School of Mines


1200 1200


1400

439: Understanding the growth of In0.85Ga0.15As core‐shell structured nanowires

Jin ZouThe University of Queensland


materials)

52: Optimization of sigma phase characterizations in superduplex

stainless steel Ying Da Yu

Department of Materials Science and Engineering, Norwegian University of Science and

Technology


1469: Verification of interfacial layers in doped WC‐Co regarding their structure and chemistry by STEM imaging, simulation and

analytical STEM Ernesto Coronel

Sandvik Coromant R&D


1430

502: Probing chirality in self‐assembled CdSe nanoplatelets ribbons with 3D TEM and STEM

imaging Marta de Frutos

Laboratoire de Physique des Solides, CNRS, Université de Paris‐

Sud


materials)

95: SEM‐TEM combined characterization of precipitates

and second phase Kaoru Sato

JFE Techno‐Research


1838: The Ductile Fracture of the Hexagonal Boron Nitride‐Aluminum Nanocomposite

Ade KismarahardjaSchool of AMME, The University

of Sydney


1500

992: 3D‐Orientation Mapping of Nano‐grains in Solid Oxide

Electrochemical Cells using TEM Sofie Colding‐Jørgensen

Department of Energy Conversion and Storage, Technical University

of Denmark


materials)

125: The formation mechanisms and interface character

distributions of Widmanstatten austenite in a duplex stainless steel

Nima HaghdadiDeakin university


1530

1249: Progress in resolving bio‐nano interactions microscopically to understand the bactericidal

activity of dragonfly wing nanopillars

Chaturanga BandaraQueensland University of

Technology


materials)1530








1030

729: Control of a double‐stage deflection coils in transmission

electron microscope Cheolsu Han

Korea Basic Science Institute


554: Transmission electron microscopy of nanoparticle active

sites Soshan Cheong

Electron Microscope Unit, University of New South Wales


catalysis)

312: The Interface between Aluminium and Steel Joined by Hybrid Metal Extrusion and

Bonding and by Cold Roll Bonding Tina Bergh

Norwegian University of Science and Technology


1800: Steel hardness as a function of the composition of individual Carbides, measured using SEM in

situ nanoindentation Fredrik GustavssonSwerea KIMAB


1606: Capital asset acquisition in a tertiary education environment ‐ private and public enterprise

experience working for positive outcomes. Sean Webb

The University of Western Australia


1130: Low‐energy argon ion milling of in situ lift‐out FIB specimens with broad and narrow beams

Paul FischioneE.A. Fischione Instruments, Inc.



1360: Advanced characterization of topographic samples in EDX

spectroscopy with annular SDD detectors

Heike SoltauPNDetector GmbH


analysis)

1030

1100

737: Helium Ion Microscope (HIM) assisted atomic re‐design makes brittle aluminium oxide plastic

Annalena WolffQueensland University of

Technology


730: Advanced Microscopic and Spectroscopic study of the activity of TiO2 photoanodes for water splitting: A crystal orientation

insight Alfonso Ballestas Barrientos

Laboratory of Advanced Catalysis for Sustainability, School of

Chemistry, University of Sydney


catalysis)

1802: Bridge‐induced contact and fusion of Au nanocrystals in

aqueous solution Biao Jin

Zhejiang University


1201: Dependence on working distance of the acceptance of secondary and backscattered

electrons in modern inlens SEM Toshihide Agemura

Hitachi High‐Technologies Corporation



1805: Detecting Lithium Ions in LiYF4:Tm3+, Yb3+ Upconverting Nanoparticles (UCNP) Using

Electron Energy Loss Spectroscopy (EELS) in the Transmission Electron

Microscope (TEM) Yee Yan Tay

Nanyang Technological University


analysis)

1100

1130

752: Design of a 5‐DOF Specimen Stage and Multiple‐Specimen

Exchange System for Transmission Electron Microscope

Sang‐Chul LeeKorea Basic Science Institute

(KBSI)


802: TEM monitoring of newly modified MOF structures for OER

and HERJan Simke

Technische Universität Berlin


catalysis)

1828: Tomography microheater for in situ Transmission Electron

Microscopy Tijn van Omme

DENSsolutions B.V.


1820: Towards automated continuous electron diffraction

data collection ‐ recent development and application

Magdalena CichockaDepartment of Materials and Environmental Chemistry, Stockholm University


1840: EELS‐based characterisation of beam exposure dependence of

Ce oxidation states Dung‐Trung Tran

Johnson Matthey Technology Centre


analysis)

1130

1200

1904: Adding a new bright field imaging capability to an on‐axis

TKD detectorAdam FullerDTU‐Cen


1894: Scanning Auger Microscopy determination of carbon hybridisation with spatial

resolution. Jade Taylor

Flinders University


analysis)

1200


1400

837: A comparative study of customized and standard STEM

electronics Sören Selve


(ZELMI)


1257: A combined laser ablation/focused ion beam

approach to atom probe sample preparation Jacob Byrnes

Sydney Microscopy and Microanalysis



1539: X‐ray microscopy: beyond pure projections for sub‐30 nm resolution in millimeter thick

specimens, plus correlation with visible fluorescence in frozen

hydrated preparations Chris Jacobsen

Northwestern University


visualisation)

560: Observation of mass transport in transfer‐free graphene

encapsulated copper nanowires by using in‐situ transmission electron

microscopy Byeong‐Seon An

School of Advanced Materials Science and Engineering, Sungkyunkwan University


1240: Fossil Egg Shell aDNA revises elephant bird phylogeography and

systematics Diana Patalwala

University of Western Australia


690: Electric field quantification method for a p‐n junction by DPC

STEM Satoko Toyama

The University of Tokyo


techniques)

1500: ESCRT‐III maintains nuclear envelope integrity of micronuclei

Neftali Flores‐RodriguezThe University of Sydney

Life Sciences (LS‐1 ‐ Structure and Function of Cells & Organelles) 1400

1430

1008: Towards a quantitative EMCD analysis

Hasan AliApplied Materials Science, Department of Engineering Sciences, Uppsala University


1299: Rotating sapphire mask cross sectional argon ion milling

Mitchell Nancarrow University of Wollongong



1848: Towards an Automated Processing and Analysis System for

multi‐dimensional light‐sheet microscopy big data using ImageJ

and OMERO. Thomas Boudier

Walter&Eliza Hall Institute of Medical Research,University of

Melbourne


visualisation)

673: Adsorption/desorption phenomena of carbonates at {100} surfaces of ceria revealed from

direct visualization and quantification of atomic mobility in the environmental transmission

electron microscope Matthieu BugnetUniversity of Lyon,


1251: X‐Ray Nano Computed Tomography Systems and

Application in the Laboratory Luca PiazzaDECTRIS Ltd


750: Practical approach to the STEM setup parameters

influencing the sensitivity of differential phase contrast image

Gwangyeob LeeKorea Institute of Science and Technology,Yonsei University


techniques)

943: Ultrasonically enhanced oxidative aqueous solution etching

of grade 4 commercially pure titanium for dental implant use

Bong Ki MinYeungnam University

Life Sciences (LS‐1 ‐ Structure and Function of Cells & Organelles) 1430

1500

1018: SEM Transmission Diffraction Stage with 6‐axis

sample control and a pixelated detector with variable camera

length Johannes Müller

Department of Physics, Humboldt University of Berlin


1855: Feature extraction from STEM images via Zernike

descriptors Jiadong Dan

NUS Graduate School for Integrative Sciences and

Engineering, Natioanl University of Singapore


visualisation)

1396: Multi‐scale Correlative Tomography of Lithium Ion Battery

Electrodes Jochen Joos

Institute for Applied Materials (IAM‐WET), Karlsruhe Institute of

Technology (KIT)


779: Tailoring of interface charges in semiconductor nanostructures

Luying LiHuazhong University of Science

and Technology


techniques)1500

1530

1107: Spatial resolution of 40.5 pm by using scanning transmission electron microscopy with fifth‐order aberration corrector

Shigeyuki MorishitaJEOL Ltd.


1860: ConCoR: A software pipeline for high‐throughput image analysis of time‐dependent colocalization

data Greg Bass

CSL Limited, Melbourne, Australia


visualisation)

1837: Characterization of thin film displacements in z direction in the transmission electron microscope

Hidetaka SawadaJEOL Ltd.


874: Low‐voltage coherent electron microscopy based on a highly coherent electron source

Chun‐Yueh LinAcademia Sinica


techniques)1530



Thursday13 SEPTEMBER 2018





1030

1204: QCSP ‐ a computer program for stereographic projection of

quasicrystals Hongwei Liu

The Australian Centre for Microscopy and Microanalysis,



visualisation)

1407: Integrated correlative light and electron microscopy for automated array tomography

Jacob Hoogenboom Del University of Technology



885: Semi‐automated FIB Sample Preparation Workflow for Cryo‐

TEM Samuel ZáchejTESCAN Brno



362: Operando TEM Investigation of CeO2‐Supported Pt Catalysts

During CO Oxidation Josh Vincent



541: Boundary‐artifact‐free phase retrieval with the transport‐of‐

intensity equation from the images obtained with an aperture

Kazutaka MitsuishiNational Institute for Materials

Science


techniques)

1026: Micromorphological investigation of Emoleptalea nwanedi n.sp. from Schilbe intermedius in the Limpopo

Province, South Africa Chantelle Baker

Sefako Makgatho Health Sciences University


1100

1481: Automated defect recognition in two‐dimensional materials from low‐dose ultrafast HRTEM image series using deep

neural networks Chen Huang

University of Oxford


visualisation)

1807: High‐vacuum Optical Platform for cryo‐CLEM(HOPE): a New Solution for Non‐integrated Multiscale Correlative Light and

Electron Microscopy Gang Ji

Center for Biological Imaging, Core Facilities for Protein Science, Institute of Biophysics, Chinese

Acdamey of Sciences,University of Chinese Academy of Sciences



1001: Cryo‐FIB parameter optimization for cryo lamella

preparation Bernhard Goetze




405: Atomic‐Resolution Transmission Electron Microscopic

Analysis of Individual C60 Dimerization Events: Kinetics and

Mechanisms Koji Harano

The University of Tokyo


549: Holographic imaging of adsorbates on graphene by point

projection microscopy and theoretical reconstructions

Wun‐Cin HuangInstitute of Physics, Academia

Sinica


techniques)

1872: Identification of a novel nidovirus as a cause of large scale mortalities in the endangered Bellinger River Turtle (Muchelys

georgesi) Mukesh Srivastava

NSW DPI


1130

1812: Ultra‐stable super‐resolution fluorescence cryo‐microscopy for correlative light and electron cryo‐

microscopy Yanhong Xue

National Laboratory of Biomacromolecules, CAS Center

for Excellence in Biomacromolecules, Institute of Biophysics Chinese Academy of

Sciences



1808: Temporal Dynamics of Charging Effects in Vitreous Ice in Biological Electron Microscopy

Makoto SchreiberMolecular Cryo‐Electron Microscopy Unit, Okinawa Institute of Science and

Technology Graduate University



414: Fabrication and Real‐time Structural Characterizations of Low‐

dimensional Metal Oxides He Zheng

School of Physics and Technology, Center for Electron Microscopy, MOE Key Laboratory of Artificial Micro‐ and Nano‐structures, and Institute for Advanced Studies,

Wuhan University


582: In situ transmission electron microscopy and differential phase

contrast imaging of the magnetostructural transition in nanoscale FeRh‐based thin films

Trevor AlmeidaUniversity of Glasgow


techniques)

741: Simplified time‐lapse microscopy: using differential nuclear fluorescence to track

viability during cytotoxic treatment Kristy Shield‐Artin

Walter and Eliza Hall Institute

Life Sciences (LS‐2 ‐ Multiplex Live Imaging of Cells, Tissues &

Organisms)1130

1200

1891: Sample Preparation and Data Management Protocols Enabling Rapid Throughput

Imaging of Structure and Function Across Length Scales

Lucy NgoUNSW Sydney



1886: Angle‐resolved STEM for compositional mapping in cryo‐

tomography Lothar Houben

Weizmann Institute of Science



492: In‐situ observation of irregular void growth in Al thin

films during solid state dewetting Stefan Hieke

Max‐Planck‐Institut fÃ¼r Eisenforschung GmbH


611: A quantitative comparison of atomic resolution phase contrast microscopy : off‐axis electron holography vs. high resolution

electron microscopy Usha Bhat

PhD student, JNCASR


techniques)

2017: Optical pharmacology of peptides: high speed

confocal imaging of angiotensin II binding to ATIA

receptorsDr Jennifer Fendler nee

Clarke Centre for Cancer Biology,

University of SA & Anatomy & Histology,

Centre for Neuroscience, Flinders University

Life Sciences (LS‐2 ‐ Multiplex Live Imaging of Cells, Tissues &

Organisms)1200


1400

1892: Combining optical microscopy and serial block face imaging to investigate cellular responses to high salt in barley

roots Allison van de Meene

School of Biosciences, The University of Melbourne


1912: CryoEM of Insulin Degrading Enzyme Reveals New Substrate‐

Bound and Apo States Zhening Zhang

New York Structure Biology Center



1833: TEM investigation on new microstructures of GaN and their

properties Ulrich Schuermann

Kiel University, Institute for Material Science


materials)

1553: An effect of crystal tilt on the determination of ions

displacements in perovskite oxides under BF/HAADF imaging mode

Ying LiuShenyang National Laboratory for Materials Science, Institute of

Metal Research, Chinese Academy of Sciences,Australian Centre for Microscopy & Microanalysis


materials)

830: Multilengthscale characterisation of industrially

relevant Fischer‐Tropsch catalysts Manfred Schuster

Johnson Matthey Technology Centre, Blount’s Court, Reading,

RG4 9NH


catalysis)

391: Effect of minor boron addition on the microstructure of the AlCoCrFeNi high entropy alloy

Guilherme ZeponDepartment of Materials

Engineering, Federal University of São Carlos, São Carlos‐SP


1430

1899: Intersexual differences in stinging trichome density negatively correlates with tetrapyrrole production

Eliska MasirovaInstitute of Botany, Slovak

Academy of Sciences


1856: Nanoporous Copper‐Nickel: Crystallographic Examination

Dagmar RingsInstitute of Materials Physics and Technology, Hamburg University

of Technology


materials)

1877: Towards higher spatial resolution in quantification of

zeolites by field emission electron probe microanalysis (FE‐EPMA)

Henrietta CatheyQueensland University of

Technology


archeology)

839: Identical Location TEM Combined with 3D Tomography of Functionalized Carbon for

PEMFC Kang Yu

TMI‐University of Texas at Austin,International Iberian Nanotechnology Laboratory


catalysis)

540: HRTEM tracking of microstructure in hydrogen

charged and aged 7xxx aluminum alloys

Artenis BendoUniversity of Toyama


1500

856: TEM ex situ and in situ heating study on shape stability of octahedral PtNi nanocatalysts

Sören SelveTechnische Universität Berlin, Center for Electron Microscopy

(ZELMI)


catalysis)

547: Characterisation of the hierarchical microstructure in a modern high strength low alloy

steel Carina Ledermüller

UNSW Sydney


1530

875: Multi‐scale studies on the poisoning mechanism of

lanthanum strontium cobalt ferrite in solid oxide fuel cell

Shu‐Sheng LiuResearch Institute for Energy

Conservation, National Institute of Advanced Industrial Science and

Technology (AIST)


catalysis)

277: Study on Defect Structure Evolution in SS 316LN under Combined Cyclic Loading by

Diffraction Contrast Imaging in TEM .

Alphy GeorgeMetallurgy and Materials Group, Indira Gandhi Centre for Atomic

Research









1030

571: Elemental and Isotopic Imaging Using NanoSIMS

Paul Guagliardoentre for Microscopy,

Characterisation and Analysis, The University of Western Australia


1370: Cryo‐STEM Tomography of Eukaryotic and Prokaryotic Cells

Sharon G. WolfWeizmann Institute of Science


Biology)

1861: Imaging Local Atomic Arrangements in Boron Carbide: Aberration‐Corrected TEM and

Quantum Chemistry Reiner Ramlau

Max Planck Institute for Chemical Physics of Solids


1830: Crystalline to amorphous phase transformation at crack tips in a FeCoCrNiMn high‐entropy

alloy Hao Wang

School of Aerospace, Mechanical and Mechatronic Engineering, The

University of Sydney


1809: Development of Ultramicrotome for Nanoscale

Sectioning Hwan Hur

Korea Basic Science Institute


1100

1885: Effects of systemic propolis treatment on the new bone

formation of the parietal bone in the calvarium of the rats

Alev CumbulYeditepe University


1815: Feasibility of high pressure freezing and freeze substitution to study the ultrastructural details of

wool follicles Sailakshmi VelamoorAgresearch Limited


Biology)

1275: Internal diesel injector deposits ‐ chemical and structural

analysis at high resolution Catriona McGilvery

Imperial College London


materials)1100

1130

1832: The Effect of 1,25 dihidroxyıvitamin D3 on HCl / Ethanol‐induced gastric injury

Unal UsluIstanbul Medeniyet University

Medical School


1890: The development of cryogenic scanning electron

microscopy (cryo‐SEM) as a viable method to investigate interactions between membranes and mechano‐

bactericidal nanostructured surfaces

Samuel CheesemanRMIT University


Biology)

1425: Microstructure of advanced thermoelectrics after high pressure

torsion Jiri Bursik

Institute of Physics of Materials, Czech Academy of Sciences


materials)1130

1200

1804: Direct and indirect development in sea urchins:

Similarities in the origins of the adult tissue visualized by confocal

microscopy Maria Byrne

University of Sydney

Life Sciences (LS‐7 ‐ Embryology & Developmental Biology) 1200


1400

1846: Microstructural characterization of the last

generation of TiAl intermetallics Maria L. No

Dpto de Física Aplicada II, Facultad de Ciencia y Tecnología,

Universidad del Pais Vasco UPV/EHU (Spain)


1169: Young's Modulus of Single‐Nano‐Scale Gold Nanowires Estimated by TEM‐AFM

Keisuke IshizukaJapan Advanced Institute of Science and Technology


microscopy)1400

1430

1857: Effects of scandium and zirconium on the mechanical

properties and microstructure of Al‐Zn‐Mg alloy

Li LiuHarbin Institute of Technology


1246: In‐situ environmental scanning electron microscopy: an investigation on the retraction

front during solid‐state dewetting of Ag‐Cu thin films on amorphous

silicone nitride Philipp OkleETH Zurich


microscopy)1430

1500 1500

1530 1530







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