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JUAS MEETING 2005 JUAS MEETING 2005 EUROPEAN SCIENTIFIC INSTITUTE, Archamps, France EUROPEAN SCIENTIFIC INSTITUTE, Archamps, France
JUAS MEETING 2005JUAS MEETING 2005EUROPEAN SCIENTIFIC INSTITUTE, Archamps, FranceEUROPEAN SCIENTIFIC INSTITUTE, Archamps, France
SITE d’ARCHAMPSSITE d’ARCHAMPS
We are here!
ANNUAL JUAS MEETINGANNUAL JUAS MEETINGESI, « Arrondine Room », 1st floor, Salève Building, Archamps,
France
April 8, 2005
AgendaAgenda•10:00 Welcome (coffee break)
•10:20 Report on JUAS 2005
•12:00 Discussion and Preparation of JUAS 2006
•13:00 Lunch
•14:30 ERASMUS Intensive Program
•15:30 Future prospects
•16:30 End of meeting
NEW PARTNER UNIVERSITIESNEW PARTNER UNIVERSITIES (since 2002)
Technische Universität BerlinUniversità Degli Studi di GenovaUniversidad de Valencia
TOTAL = 11 partner universities
NEW SUPPORTING LABORATORIESNEW SUPPORTING LABORATORIESSINCE 2002
•CEA
•Synchrotron SOLEIL
•BERGOZ INSTRUMENTATION
•IBA
•BESSY II
SINCE 2003
•Ministerio de Ciencia y Tecnologia (Spain)
SINCE 2005
•Erasmus activity financed by the Socrates Programme of the European Union
POSTER 2005POSTER 2005
LECTURES, TUTORIALS, GUIDED STUDIESLECTURES, TUTORIALS, GUIDED STUDIES
Course 1(hours) Course 2 (hours)
L T GS L T GS
JUAS 2001 55 11 24 58 8 20
JUAS 2002 55 11 24 58 8 20
JUAS 2003 54 13 28 54 11 16
JUAS 2004 54 13 22 57 11 16
JUAS 2005 49 15 21 57 11 16
CHANGES AMOUNG LECTURERSCHANGES AMOUNG LECTURERSIN 2003 :
G. Hoffstätter (DESY) ⇒ E. Gianfelice (DESY)L. Rinolfi (CERN) ⇒ R. Corsini (CERN)W. Pirkl (CERN) ⇒ F. Caspers (CERN)Ph. Lebrun (CERN) ⇒ L. Tavian (CERN)N. Pichoff (CEA) ⇒ A. Mueller (IPN – Orsay)P. Royer (CERN) ⇒ A. Ferrari (Uppsala University)J. Le Duff (IN2P3) ⇒ N. Pichoff (CEA)
IN 2004 :
K. Hubner (CERN) ⇒ R. Assmann (CERN)M. Martini (CERN) ⇒ N. Pichoff (CEA)N. Pichoff (CEA) ⇒ J. Le Duff (IN2P3)
IN 2005 :
F. Caspers (CERN) F. Caspers (CERN) ⇒⇒ W. Pirkl (CERN)W. Pirkl (CERN)A. Muller (IPN, Orsay) A. Muller (IPN, Orsay) ⇒⇒ S. Bousson (IPN, Orsay)S. Bousson (IPN, Orsay)J. Le Duff (IN2P3)J. Le Duff (IN2P3) ⇒⇒ A. Lombardi (CERN)A. Lombardi (CERN)
PPAARRTTIICCIIPPAANNTTSS
FULL TIME STUDENTSPHD
PROFESSIONALS
PARTICIPANTSPARTICIPANTS
Name Fname C1 FT C1 PT C2 FT C2 PT Age Sex Nationality Institute City Country
ALABAU PONS Maria del Carmen x x 26 F Spanish Universidad de Valencia Valencia Spain
AYAD Rachid x 45 M Belgian IBA Louvain La Neuve Belgium
BAYLAC Maud x 31 F French LPSC Grenoble France
BELLAVEGLIA Marco x x 27 M Italian University La Sapienza Roma Roma Italy
BOUSSIER Bastien x x 23 M French Université J oseph Fourrier Colomieu France
CALZETTA Aldo x 26 M Italian University La Sapienza Roma Roma Italy
DE MATTEO Giovanni x 24 M Italian University La Sapienza Roma Castelnuovo di Conza Italy
DENEF Nicolas x 24 M Belgian IBA Louvain La Neuve Belgium
ESHRAQI Mohammad x x 27 M Persian SESAME Tehran Iran
FOURRIER J oris x x 24 M French J oseph Fourier University Bourg en Bresse France
FRANZINI Giovanni x 25 M Italian University La Sapienza Roma Roma Italy
FRIIS-NIELSEN Soren Weber x 29 M Danish Aarhus University / ISA J yllinge Denmark
GALATIS Andrea x 27 M German GSI- TU Darmstadt Darmstadt-Wixhausen Germany
GHASEM Hossein x x 26 M Persian SESAME Tehran Iran
GOMEZ MARTINEZ Yolanda x 30 F Spanish LPSC Grenoble France
HUG Florian x x 25 M German TU Darmstadt Frankfurt Germany
IVASHCHENKO Vadym x 27 M Ukrainian Institute of Physics & Technologies Kharkov Ukraine
J ENHANI Hassen x 27 M Tunisian LAL Orsay France
J UMHA Inshad Yousef x 27 F J ordanian SESAME Irbid J ordania
KAJ IKAWA Naohito x 39 M J apanese IBA Louvain La Neuve Belgium
KALA Bhoopendra x 37 M South African De Beers GTS wits south Africa
KASTAS Gökhan x x 25 M Turkish SESAME Samsun Turkey
KOVALYOVA Nataliya x 26 F Ukrainian Institute of Physics & Technologies Kharkov Ukraine
LAMON Thibaut x 23 M Belgian IBA Louvain La Neuve Belgium
LEIBROCK Hanno x 37 M German GSI Darmstadt Germany
MADUR Arnaud x 25 M French Synchrotron SOLEIL Gif sur Yvette France
MOSTAJ ERAN Maryam x x 25 F Persian SESAME Tehran Iran
PAULET Thibaud x 25 M Belgian IBA Louvain La Neuve Belgium
PRAT COSTA Eduard x x 26 M Spanish Universitat Politènica de Catalunya Barcelona Spain
SCHNIZER Pierre x M German GSI Darmstadt Germany
SEYVET Fabien x x 29 M French CERN Genève Switzerland
SHAKER Seyd Hamed x x 24 M Persian SESAME Tehran Iran
SLITS Ivo x x M CERN Geneve 23 Switzerland
TOADER Dorina x 24 F Romanian University of Bucharest Magurele Romania
TOOP Estelle x 26 F South African De Beers GTS Southdale South Africa
VALERIO Guido x 23 M Italian University La Sapienza Roma Roma Italy
VAN OLDENNEL Loic x 27 M Belgian IBA Louvain La Neuve Belgium
YUCE Suheyla x 27 F Turkish 19 Mayis University Kurupelit Turkey
TOTAL 15 5 18 13
38 PARTICIPANTS38 PARTICIPANTSUNIVERSITY STUDENTSUNIVERSITY STUDENTS : 10: 10 examinations, credits, scholarship = accommodation
Spain : 1 « Universidad de Valencia » 1 « Universitat Politècnica de Catalunya »
Italy : 5 « Universita Roma La Sapienza » France : 2 « Joseph Fourrier University » Germany : 1 Technische Universitat Darmstadt »
EAST EUROPEAN COUNTRY STUDENTSEAST EUROPEAN COUNTRY STUDENTS : 10: 10 examinations, credits, scholarship : enrolment fees + accommodation + perdiem of 50 €/week for the Romanians.
Iran : 4 « Sesame Project » Jordania : 1 « Sesame Project » Turkey: 1 « Sesame Project »
1 « Mayis University » Romania : 1 « University of Bucharest » Ukraine : 2 « Kharkov Institute of Physics and Technologies »
PROFESSIONALS : 10PROFESSIONALS : 10
France : 2 « LPSC » 1 « LAL » 1 « SOLEIL Project »
Switzerland : 2 « CERN »
Denmark : 1 « Aarhus University »
Germany : 3 « GSI – Technische Universitat Darmstadt »
INDUSTRIALS : 8INDUSTRIALS : 8
Belgium : 6 « Ion Beam Application »
South Africa : 2 « De Beers »
EXAMINATION course 1
EXAMINATION RESULTS ON « EXAMINATION RESULTS ON « ACCELERATOR PHYSICSACCELERATOR PHYSICS » (January 3 – February 4, 2005) » (January 3 – February 4, 2005)
A= Excellent (80100) B= very good (7080) C=good (6070) D= Satisfactory (5560) E= Sufficient (4055) F= Failed (<40)
transverse dynamics
longitudinal dynamics
synchrotron radiation
noncore subjects
final results grade / ranking
/ 25 / 25 / 25 / 25 / 100
ALABAU PONS Maria del Carmen 10 15 13,75 19 57,75 D/13
BELLAVEGLIA Marco 13,75 25 23,00 18,5 80,25 A/5
BOUSSIER Bastien 23,75 23,75 22,50 19 89,00 A/3
CALZETTA Aldo 7,5 23,75 11,25 16,5 59,00 D/12
DE MATTEO Giovanni 12,5 23,75 22,00 17,5 75,75 B/6
ESHRAQI Mohammad 11,25 25 18,25 18 72,50 B/9
FOURRIER Joris 21,25 25 20,75 15 82,00 A/4
GHASEM Hossein 17,5 22,5 12,50 15 67,50 C/10
HUG Florian 11,25 22,5 21,50 18 73,25 B/8
JUMHA Inshad Yousef 21,25 18,75 16,25 19 75,25 B/7
KASTAS Gökhan 5 8,75 10,25 14,5 38,50 F/15
MOSTAJERAN Maryam 8,75 15 10,00 15,5 49,25 E/14
PRAT COSTA Eduard 25 25 23,75 22,5 96,25 A/1
SEYVET Fabien 12,5 23,75
SHAKER Seyd Hamed 10 23,75 20,00 12,5 66,25 C/11
SLITS Ivo 7,5 18,75
VALERIO Guido 22,5 25 22,00 23,5 93,00 A/2
mean of class 71,70 B
NAMES SURNAMES
EXAMINATION course 2
EXAMINATION RESULTS ON « EXAMINATION RESULTS ON « ACCELERATOR TECHNOLOGIESACCELERATOR TECHNOLOGIES » (February 7 March 12, 2005) » (February 7 March 12, 2005)
A= Excellent (80100) B= very good (7080) C=good (6070) D= Satisfactory (5560) E= Sufficient (4055) F= Failed (<40)
RF engineering Vacuum SC Cavities Instrumentati
on
Design of acce lerator
magnetsSC Magnets Final result Grade /
Ranking
/ 20 / 15 / 15 / 20 / 15 / 15 / 100ALABAU PONS Maria del Carmen 9 6,75 6,5 13,25 7,5 12 55,00 D / 12BELLAVEGLIA Marco 14 13,5 12 20 15 12 86,50 A / 3BOUSSIER Bastien 15,5 15 11,5 14,5 7,5 13,75 77,75 B / 6ESHRAQI Mohammad 15,5 14,5 13 15,5 10,5 13,5 82,50 A / 4FOURRIER Joris 13,75 5,25 11 15,5 10,5 12,75 68,75 C / 8FRANZINI Giovanni 16,25 15 8,5 19 9 12,25 80,00 A / 5FRIIS NIELSEN Soren Weber 8,25 10,25 9 16,75 15 12,75 72,00 B / 7GHASEM Hossein 9,75 3,25 6 16,75 15 8,5 59,25 D / 11HUG Florian 17 13,75 12 16,75 13,5 13,75 86,75 A / 2IVASHCHENKO Vadym 6 5 9 10 3 7 40,00 E / 18KASTAS Gökhan 10 6,5 6 10 9 8,25 49,75 E / 15KOVALYOVA Nataliya 6 8 8 9 9 8,25 48,25 E / 17MADUR Arnaud 10 8 12 13,25 10,5 15 68,75 C / 8MOSTAJERAN Maryam 10,25 2 7 15,5 9 9,75 53,50 E / 13PRAT COSTA Eduard 18,25 13,75 10,5 17,75 15 14,5 89,75 A / 1SEYVET Fabien 11,5 19SHAKER Seyd Hamed 13 5,25 3,5 13,25 7,5 7,5 50,00 E / 14SLITS Ivo 10 15,5TOADER Dorina 6,5 8,75 10 10 13,5 12,25 61,00 C / 10YUCE Suheyla 9,5 4,5 8,5 11 7,5 7,5 48,50 E / 16
Mean of class 65,44 C
Our students (Accelerator Physics course)Our students (Accelerator Physics course)
SNOWING DAYSNOWING DAY
AT BERGOZ
TENTATIVE BUDGETTENTATIVE BUDGETEXPENSES EURO % INCOMES EURO %
Overheads 15 200,00 24,61 Seminar registrations 10 838,00 15,92606400 Office supplies 300,00 708100 Seminar registrations 9 332,00613200 Room renting 4 000,00 708200 Accommodation 1 440,00613500 Equipment renting 0,00 708510 Books selling 66,00618000 Documentation 0,00626000 Stamp charges 250,00 Subsidies 57 230,00 84,08606300 Computing equipments 4 700,00 740007 DESY 5 000,00625100 Administrator travels 50,00 740008 GSI 3 000,00625200 Annual meeting expenses 1 900,00 740011 ESRF 4 500,00625300 Adm. assistant (salary and charges) 4 000,00 740012 BERGOZ Instrumentation 1 000,00
740110 SPANISH GOVERNMENT 4 000,00
Advertising and promotion 995,00 1,61 740500 CEA 3 000,00623000 Posters and leaf lets 860,00 740600 BESSY II 2 000,00624810 DHL 135,00 740610 SOLEIL 4 500,00
740700 CERN 3 230,00
Director costs 5 850,00 740900 IN2P3 3 000,00625113 Travel 1 900,00 9,47 740901 EU Bruxelles 24 000,00625115 Accommodation 2 700,00625120 Meals 1 250,00 772000 Previous exercice Incomes 0,00 0,00 0,00
Lecturers 14 680,00641/645 Salary and social security costs 9 120,00 23,76625102 Travel 2 800,00625102 Accommodation 2 200,00625119 Meals 400,00627500 Bank charges 160,00
Scholarships and students 24 850,00 40,23606410 Photocopy services 1 800,00624800 Bus transportation 2 400,00651010 Accommodation 19 000,00625142 Receptions and coffee breaks 1 170,00651000 ESI scholarships 480,00
Miscellaneous 198,00 0,32618300 Technical books 198,00666000 Exchange losses 0,00
TOTAL EXPENSES 61 773,00 0,00 61 773,00 100,00 TOTAL INCOMES 68 068,00 68 068,00 100,00
ESI SUBSIDY 6 295,00
GENERAL TOTAL 0,00 68 068,00 GENERAL TOTAL 68 068,00
POSTER 2006POSTER 2006
TIMETABLESTIMETABLESSTATISTICSSTATISTICS
STUDENT IMPRESSIONSSTUDENT IMPRESSIONS
ANNEXANNEX
TIMETABLE WEEK 1TIMETABLE WEEK 1 2005 Monday Tuesday Wednesday Thursday Friday 2005week 1 3 January 4 January 5 January 6 January 7 January week 1
09:00 introduction to introduction to introduction to introduction to 09:00accelerators accelerators accelerators accelerators
09:50 E.J.N. Wilson E.J.N. Wilson E.J.N. Wilson E.J.N. Wilson 09:5010:00 introduction to introduction to particle particle 10:00
accelerators accelerators optics optics
10:50 E.J.N. Wilson E.J.N. Wilson J.M. De Conto J.M. De Conto 10:50
11:10 relativity electromagnetism particle particle optics 11:10registration revision revision optics tutorial
12:00 at E. Gianfelice E. Gianfelice J.M. De Conto J.M. De Conto 12:00LUNCH LUNCH LUNCH LUNCH LUNCH
13:30 13:30JUAS office
general15:00 presentation of relativity electromagnetism particle visit 15:00
JUAS 2004 revision revision optics
15:50 J. Le Duff E. Gianfelice E. Gianfelice guided of 15:50
16:10 relativity electromagnetism study 16:10
tutorial tutorial CERN
17:00 E. Gianfelice E. Gianfelice J.M. De Conto 17:00
TIMETABLE WEEK 2TIMETABLE WEEK 2
2005 Monday Tuesday Wednesday Thursday Friday 2005week 2 10 January 11 January 12 January 13 January 14 January week 2
09:00 Longitudinal Transverse Longitudinal Transverse Longitudinal 09:00
dynamics dynamics dynamics dynamics dynamics
09:50 R. Corsini N.Pichoff R. Corsini N.Pichoff R.Corsini 09:50
10:00 Transverse Transv. dynamics Long. dynamics Transv. dynamics Long. dynamics 10:00
dynamics tutorial tutorial tutorial tutorial
10:50 N.Pichoff N.Pichoff R.Corsini N.Pichoff R. Corsini 10:50
11:10 Transverse Longitudinal Transverse Longitudinal Longitudinal 11:10
dynamics dynamics dynamics dynamics dynamics
12:00 N.Pichoff R. Corsini N.Pichoff R.Corsini R. Corsini 12:00
LUNCH LUNCH LUNCH LUNCH LUNCH14:00 Transverse 14:00
dynamics
14:50 N.Pichoff 14:50
15:00 Transverse Longitudinal Transverse Longitudinal Introduction 15:00
dynamics dynamics dynamics dynamics to
15:50 guided guided guided guided mini
16:10 study study study study workshop 16:10
17:00 A. Ferrari A. Ferrari A. Ferrari A. Ferrari Ph. Bryant 17:00
TIMETABLE WEEK 3TIMETABLE WEEK 3
2005 Monday Tuesday Wednesday Thursday Friday 2005week 3 17 January 18 January 19 January 20 January 21 January week 3
09:00 linacs linacs linacs linacs linacs 09:00tutorial
09:50 A. Lombardi A. Lombardi A. Lombardi A. Lombardi A. Lombardi 09:50
10:00 cyclotrons cyclotrons linacs space charge instabilities 10:00
10:50 Th. Stammbach Th. Stammbach guided guided guided 10:50
11:10 cyclotrons cyclotrons study study & tutorial study & tutorial 11:10tutorial
12:00 Th. Stammbach Th. Stammbach A. Lombardi L. Palumbo L. Palumbo 12:00
LUNCH LUNCH BOX LUNCH LUNCH LUNCH13:30 at 13:30
visitCERN
15:00 cyclotrons of space charge instabilities around 15:00
15:50 Th. Stammbach L. Palumbo L. Palumbo PS 15:50
16:10 cyclotrons ESRF space charge instabilities 16:10guided study
17:00 Th. Stammbach L. Palumbo L. Palumbo 17:00
TIMETABLE WEEK 4TIMETABLE WEEK 4
2005 Monday Tuesday Wednesday Thursday Friday 2005week 4 24 January 25 January 26 January 27 January 28 January week 4
09:00 synchrotron linear linear imperf. synchrotron radia. synchrotron 09:00radiation imperfections tutorial tutorial radiation
09:50 K. Wille O. Bruning O. Bruning K. Wille K. Wille 09:50
10:00 synchrotron linear synchrotron injection and synchrotron 10:00radiation imperfections radiation extraction radiation
10:50 K. Wille O. Bruning K. Wille L. Farvacque K. Wille 10:50
11:10 synchrotron radia. synchrotron injection and nonlinear effects 11:10tutorial radiation extraction tutorial
12:00 K. Wille K. Wille L. Farvacque O. Bruning 12:00
LUNCH LUNCH LUNCH LUNCH LUNCH14:00 14:00
conclusion14:50 14:5015:00 synchrotron linear synchrotron nonlinear 15:00
radiation imperfections radiation effects to15:50 guided guided guided O. Bruning 15:50
16:10 study study study nonlinear mini workshop 16:10effects
17:00 K. Wille O. Bruning K. Wille O. Bruning Ph. Bryant 17:00
TIMETABLE WEEK 5TIMETABLE WEEK 5
2005 Monday Tuesday Wednesday Thursday Friday 2005week 5 31 January 1 February 2 February 3 February 4 February week 5
09:00 09:00EXAMS EXAMS
09:50 09:5010:00 10:00
EXAMS EXAMS10:50 10:5011:10 11:10
EXAMS EXAMS12:00 12:00
LUNCH LUNCH LUNCH LUNCH LUNCH13:30 13:30
18:00 18:00
TIMETABLE WEEK 6TIMETABLE WEEK 6
2005 Monday Tuesday Wednesday Thursday Friday 2005week 6 7 February 8 February 9 February 10 February 11 February week 6
09:00 vacuum radiofrequency vacuum radiofrequency 09:00systems engineering systems engineering
09:50 A. Poncet W. Pirkl A. Poncet W. Pirkl 09:5010:00 radiofrequency RF engineering vacuum systems radiofrequency 10:00
engineering tutorial tutorial engineering10:50 W. Pirkl W. Pirkl A. Poncet W. Pirkl 10:50
11:10 radiofrequency vacuum radiofrequency RF engineering 11:10registration engineering systems engineering tutorial
12:00 at W. Pirkl A. Poncet W. Pirkl W. Pirkl 12:00LUNCH LUNCH LUNCH LUNCH LUNCH
13:30 JUAS office 13:30
14:00 introduction 14:00
14:50 to RF 14:5015:00 RF engineering vacuum systems RF engineering 15:00
accelerators engineering15:50 and guided guided guided 15:50
16:10 components study study study 16:10CERN
J. Le Duff W. Pirkl A. Poncet W. Pirkl17:00 or assistant or assistant or assistant 17:00
TIMETABLE WEEK 7TIMETABLE WEEK 7
2005 Monday Tuesday Wednesday Thursday Friday 2005week 7 14 February 15 February 16 February 17 February 18 February week 7
09:00 conventional conventional superconducting superconducting ion 09:00magnets magnets magnets magnets tutorial sources
09:50 S. Russenschuck S. Russenschuck M. Wilson M. Wilson P. Sortais 09:5010:00 design of design of superconducting design of ion 10:00
accelerator magnets accelerator magnets magnets accelerator magnets sources10:50 S. Russenschuck S. Russenschuck M. Wilson S. Russenschuck P. Sortais 10:50
11:10 design of design of superconducting design of ion 11:10accelerator magnets accelerator magnets magnets accelerator magnets sources
12:00 S. Russenschuck S. Russenschuck M. Wilson S. Russenschuck P. Sortais 12:00LUNCH LUNCH LUNCH LUNCH LUNCH
13:30 13:30practical cryogenics
exercises &15:00 design of design of superconducting magnets 15:00
onaccelerator magnets accelerator magnets magnets
15:50 the design of at 15:50
16:10 16:10
tutorial & software tutorial & software guided study accelerator magnets CERN
17:00 S. Russenschuck S. Russenschuck M. Wilson S. Russenschuck 17:00
TIMETABLE WEEK 8TIMETABLE WEEK 8
2005 Monday Tuesday Wednesday Thursday Friday 2005week 8 21 February 22 February 23 February 24 February 25 February week 8
09:00 superconducting RF beam beam beam radiation 09:00cavities instrumentation instrumentation instrumentation and safety
09:50 J.Tuckmantel P. Forck P. Forck P. Forck P. Berkvens 09:5010:00 superconducting superconducting RF beam instrument. beam instrument. radiation 10:00
RF cavities cavities tutorial tutorial and safety10:50 J.Tuckmantel J.Tuckmantel P. Forck P. Forck P. Berkvens 10:50
11:10 large accelerators s.c. RF cavities beam beam radiation 11:10laboratories tutorial instrumentation instrumentation and safety
12:00 C. Roche J.Tuckmantel P. Forck P. Forck P. Berkvens 12:00LUNCH LUNCH LUNCH LUNCH LUNCH
13:30 13:30
14:00 project beam 14:00management
14:50 G. Lindecker instrumentation 14:5015:00 superconducting superconducting beam beam 15:00
RF cavities RF cavities instrumentation instrumentation at15:50 guided guided guided guided 15:50
16:10 study study study study 16:10J.Tuckmantel J.Tuckmantel P. Forck P. Forck CERN
17:00 or assistant or assistant or assistant or assistant 17:00
TIMETABLE WEEK 9TIMETABLE WEEK 9
2005 Monday Tuesday Wednesday Thursday Friday 2005week 9 28 February 1 March 2 March 3 March 4 March week 9
09:00 future low energy electron production of accelerator 09:00visit accelerators medical isotopes in medicine
09:50 accelerators W. Mondelaers G. Beyer Ph. Bryant 09:5010:00 low energy electron production of high current 10:00
accelerators medical isotopes proton linacs10:50 R. Assmann W. Mondelaers G. Beyer S. Bousson 10:50
11:10 to low energy electron accelerator high current 11:10accelerator in medicine proton linacs
12:00 W. Mondelaers Ph. Bryant S. Bousson 12:00LUNCH LUNCH LUNCH LUNCH LUNCH
13:30 13:30therapeutic
BERGOZ14:00 cryogenics 14:00
applications14:50 L. Tavian 14:5015:00 accelerators 15:0015:30 instrumentation R. Miralbell for cryogenics 15:3015:50 industrial & medical 15:50
16:10 visit applications 16:10to L. Tavian
17:00 hospital Y. Jongen 17:00
TIMETABLE WEEK 10TIMETABLE WEEK 10
2005 Monday Tuesday Wednesday Thursday Friday 2005week 10 7 March 8 March 9 March 10 March 11 March week 10
09:00 09:00EXAMS EXAMS
09:50 09:5010:00 10:00
EXAMS EXAMS10:50 10:5011:10 11:10
EXAMS EXAMS12:00 12:00
LUNCH LUNCH LUNCH LUNCH LUNCH13:30 13:30
EXAMS
EXAMS
EXAMS
18:00 18:00
Course 1 : Course 1 : ACCELERATOR PHYSICS LECTURESACCELERATOR PHYSICS LECTURES
A B C A B C A B C
1, Intro to Particle Accelerator (E.J.N Wilson ) 25 75 100 86 14
2, Relativity Revision (E. Gianfelice) 13 87 13 87 38 62
3, Electromagnetism Revision (E. Gianfelice) 38 62 13 87 38 62
4, Particle Optics ( JM. Deconto ) 13 87 13 87 75 25
5, Longitudinal Dynamics (R. Corsini) 13 87 13 87 100
6, Transverse Dynamics (N. Pichoff) 13 87 13 87 50 50
7, Transverse Dynamics guided study +and longitudinal Dynamics Guided Study (A. Ferrari)
100 87 13 62 38
8, Linacs (A. Lombardi) 100 100 14 72 14
9, Space Charge (L. Palumbo) 13 87 28 72 50 50
10, Instabilities (L. Palumbo) 13 87 13 87 50 50
11, Cyclotron (T. Stammbach) 100 13 87 13 62 25
12, Synchrotron radiation (K. Wille) 14 86 14 86 100
13, Linear Imperfections (O. Bruning) 50 50 25 75 14 72 14
14, Nonlinear effects (O. Bruning) 29 71 14 86 17 66 17
16, Injection & extraction (L. Farvacque) 100 100 62 25 13
17, Mini workshop (T. Wilson) 38 62 25 75 50 50
Figures given in per cent %Level ( A Too high, B About right, C Too low )Content ( A Too much, B About Right, C Too litle )Presentation ( A Good, B Satisfactory, C Poor )
LEVEL CONTENT PRESENTATION
Course 1Course 1 : : ACCELERATOR PHYSICS TUTORIALACCELERATOR PHYSICS TUTORIAL
A B C A B C A B C
2, Relativity Revision (E.Gianfelice) 17 83 100 17 833, Electromagnetism Revision (E. Gianfelice) 100 100 17 834, Particle Optics ( JM. Deconto ) 17 83 17 83 67 335, Longitudinal Dynamics (R. Corsini) 17 83 17 83 83 176, Transverse Beam Dynamics (N. Pichoff) 17 83 17 83 83 178, Linacs (A. Lombardi) 29 71 29 71 29 42 299, Space Charge (L. Palumbo) 33 67 33 67 67 3311, Cyclotron (T. Stammbach) 83 17 16 68 16 16 68 1612, Synchrotron radiation (K. Wille) 17 83 100 10013, Linear Imperfections (O. Bruning) 75 25 25 75 25 50 25
Figures given in per cent %Level ( A Too high, B About right, C Too low )Content ( A Too much, B About Right, C Too little )Presentation ( A Good, B Satisfactory, C Poor )
LEVEL CONTENT PRESENTATIONTITLE (lecturers)
Course 2 : ACCELERATOR TECHNOLOGIES AND Course 2 : ACCELERATOR TECHNOLOGIES AND APPLICATION LECTURESAPPLICATION LECTURES
A B C A B C A B C1, Introduction to accelerators and components (J. Le Duff) 67 33 100 100
2, RadioFrequency Engineering (F, Caspers) 14 86 14 86 86 14
3, Vaccums Systems (A, Poncet) 14 86 14 86 14 72 14
5, Design of Accelerator Magnets (S, Russenschuck) 57 43 72 28 43 57
6, Superconducting Magnets (M, Wilson) 14 86 14 86 100
7, Ion Sources (P, Sortais) 14 86 14 86 71 29
8, Large Accelerators Laboratories (C, Roche) 14 86 14 86 57 14 29
9,Superconducting RF Cavities (J, Tuckmantel) 14 86 14 86 57 43
10, Project Management (G, Lindecker) 14 86 14 86 14 72 14
11, Beam Instrumentation (P, Forck) 14 86 28 72 86 14
12, Future accelerator (Assman) 14 86 14 86 86 14
13, Radiation & Safety (P, Berkvens) 14 86 28 72 72 14 14
14. High Current Proton Linacs (A. Mueller) 14 86 14 86 72 28
15, Therapeutic Applications (R, Miralbell) 14 86 14 86 86 14
16, Cryogenics (L. Tavian) 14 86 43 57 28 72
17, Low Energy Electron Accelerator (W, Mondelaers) 14 86 14 86 43 57
18, Production of Medical Isotopes (G, Beyer) 14 86 14 86 43 57
19, Accelerator in Medicine (P, Bryant) 14 86 14 72 14 86 14
20, Accelerator for Industry & Medical Application (Y, Jongen) 14 86 14 86 86 14
Figures given in per cent %Level ( A Too high, B About right, C Too low )Content ( A Too much, B About Right, C Too little )Presentation ( A Good, B Satisfactory, C Poor )
LEVEL CONTENT PRESENTATIONTITLE (lecturers)
Course 2 : ACCELERATOR TECHNOLOGIES AND Course 2 : ACCELERATOR TECHNOLOGIES AND APPLICATIONS TUTORIALAPPLICATIONS TUTORIAL
A B C A B C A B C
2, RadioFrequency Engineering (F. Caspers) 14 86 14 72 14 100
3, Vaccums Systems (A, Poncet) 14 86 14 86 14 29 57
5, Design of Accelerator Magnets (S, Russenschuck) 57 43 72 28 14 43 43
6, Superconducting Magnets (M, Wilson) 28 72 14 86 86 14
9,Superconducting RF Cavities (J, Tuckmantel) 20 80 20 80 40 60
11, Beam Instrumentation (P, Forck) 33 67 33 67 67 33
Figures given in per cent %Level ( A Too high, B About right, C Too low )Content ( A Too much, B About Right, C Too little )Presentation ( A Good, B Satisfactory, C Poor )
LEVEL CONTENT PRESENTATIONTITLE (lecturers)
STUDENT IMPRESSIONSSTUDENT IMPRESSIONS1.1. The location of the schoolThe location of the school
A = 44% B = 44% C=12%« Easy to access with the highway » « A car is necessary for the shopping » « A little bit isolated and there is no supermarkets » « Archamps is very quiet »
2. 2. Accommodation in the Grand Angle Residence « LOGITOP » Accommodation in the Grand Angle Residence « LOGITOP » A = 80% B = 20%
« Large appartments, useful, underground car park is really good in winter » « No internet accesses» « Quick help if needed »
3. 3. The school facilities (lecture hall, library, Internet access, Photocopying)The school facilities (lecture hall, library, Internet access, Photocopying)A = 65% B= 35%
Library : « Taking from CERN library enough yellow books and giving them to us on the first day, so that we can study with them from beginning » Computer room :« We need new computers with USB ports and windows XP » « Internet access cumbersome with own laptop. Please install Wireless »
4. 4. The Staff (availability, providing information/assistance)The Staff (availability, providing information/assistance)100% GOOD
« Really interesting, lectures, lecturers hepful, they do not hesitate to take much time to explain difficult points » « The staff always tries to help us » « Simply perfect! » « Special thanks to Joël, Séverine & Fabienne to take onto account in every situation the needing and the request of the students »
5. 5. Do you feel the school should propose and/or organise social activities for the students (bearing in mind the school’s limited resources and the different interests of participants)? What sort of Do you feel the school should propose and/or organise social activities for the students (bearing in mind the school’s limited resources and the different interests of participants)? What sort of activities?activities?
« The trip is a good idea but maybe not the weekend before the exams » « No, because there is a lot of works to do in a limited time. So the students should concentrate on the lectures and repeat them every day to understand basic concepts » « The existing activities were excellent »
6. 6. Would you recommend JUAS in its present form to a fellow student/colleague?Would you recommend JUAS in its present form to a fellow student/colleague?100% YES
« Yes, for 3 reasons : accelerator knowledges, improving of English and meeting people from all the world » « A very nice experience » « Very professionnal »
7. 7. Any other commentsAny other commentsLectures :« It is very important in an intensive course like JUAS that lecturers respect the schedule » « The level of some professors is very high » « Subjects were all very interesting and most of the professors were very good » « The time for studying is not enough. Maybe a different collocation of the lessons during the day could help the student to find a more efficient rythm in learning advanced concepts » Examinations :« Maybe it is better to let see the corrections of exams to the students before printing out the certificates » Visits : « the organised visits to CERN, Bergoz and hospital were very interesting »
ERASMUS IPERASMUS IP20042004
ERASMUS IPERASMUS IP20052005
