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17th International Conference on Fusion Reactor MaterialsTechnical Program

Organized by Institute of Energy and Climate Research

ICFRM-17Aachen 2015

October 11th – 16th, 2015Eurogress Aachen | Germany

3

Welcome

ICFRM-17 Greetings

Welcome to the 17th International Conference on Fusion Reactor Materials in Aachen.

We wish all participants of the conference and the tutorial session a pleasant and informative get-together and substantial progress in fusion materials research.

Christian Linsmeier Jochen Linke

Conference Chair Co-Chair

PUBLICATION DETAILS

17th International Conference on Fusion Reactor Materials – Technical Program Published by: Forschungs-zentrum Jülich GmbH |52425 Jülich | Germany Contact: Dr. S. Brezinsek | Tel: +49 2461 61-6611 | Fax: +49 2461 61-2660 | Email: s.brezinsek@fz-juelich.de Conception and editorial work: B. Schmitz and S. Brezinsek Layout: Graphical Media, Forschungszentrum Jülich GmbH Photos: Harry Reimer, modified Forschungszentrum Jülich GmbH | IPP Garching Printed by: Forschungszentrum Jülich GmbH Print run: 415

Contents

Eurogress Aachen Scientific TopicsCommitteesGeneral Information

Program OverviewScientific Program Poster Sessions 1 – 4 Satellite Meetings

Author Index Notes Social Program

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Partners and Sponsors:

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Advanced materials development, including fabrication and joining• Ferritic/martensitic steels• Advanced steels, ODS steels• Ceramics, ceramic composites, and other

low-Z materials• Tungsten, refractory alloys, and other

high-Z materials• Vanadium and its alloys• Other structural alloys

Fusion-specific applications of materials• Plasma-facing materials• High heat-flux materials• Radiation resistant materials• Breeding and multiplying materials• Insulating materials• Plasma-diagnostic system materials• Magnet materials

Materials technologies and testing in IFMIF, ITER, and beyond• Test blanket module material technologies• ITER material technologies• IFMIF and other intense fusion neutron

sources

Materials design interface issues• Codes, standards, and materials

databases• Safety criteria and requirements

Fundamentals of radiation effects and advanced characterization• Defect production and properties• Microstructural evolution• Mechanical property changes• Fundamental helium, hydrogen, and

tritium effects• Advanced characterization and specimen

test technology

Multi-scale modelling• Multi-scale modelling for design• Modelling to predict the performance of

fusion materials and systems• New developments of multi-scale

approaches for designing radiation resistant materials

Environmental effects• Tritium retention and transport• Oxidation and corrosion• Chemical compatibility• Barrier coatings

Programs and strategies• Cross-cutting approaches• Cross-cutting materials issues for fusion

and fission nuclear powersystems• The Broader Approach and other

international collaborations• Education and training 

First Floor

Ground Floor

B Tutorial SeminarA OpeningA KeynoteA PlenariesA/B Parallel SessionsFoyer Poster SessionsA Closing

Eurogress Aachen Scientific Topics

K1/K2 LunchK3 Computer RoomK4/K5 Satellite Meetings

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X. Liu (SWIP, China)S. Maloy (LANL, USA) T. Morgan (DIFFER, The Netherlands) A. Moroño (CIEMAT, Spain) T. Nagasaka (NIFS, Japan)S. Nagata (Tohoku U., Japan)R. Neu (IPP, Germany) S. Nogami (Tohoku U., Japan) S. Novak (Josef Stefan I, Slovenia)T. Nozawa (JAEA, Japan) Y. Oya (Shizuoka Univ., Japan) Y. H. Park (NFRI, Korea) B. Pint (ORNL, USA)G. Pintsuk (Forschungszentrum Jülich, Germany)R. Pippan (Univ. Leoben, Austria) M. Porton (CCFE, UK) M. Rieth (KIT, Germany)M. Rubel (Alfven Lab., Sweden) A. Ryazanov (Kurchatov, Russia) W. Setyawan (PNNL, USA) T. Shibayama (Hokkaido U., Japan)A. B. Sivak (NRC “Kurchatov”, Russia) R. Schaeublin (ETH Zurich, Switzerland) R. Stoller (ORNL, USA) J. Stubbins (UIUC, USA)L. Tan (ORNL, USA) P. Spätig (PSI, Switzerland) D. Terentyev (SCK.CEN, Belgium) S. Ukai (Hokkaido U., Japan)P. V. Vladimirov (KIT, Germany) H. Tanigawa (JAEA, Japan) C. H. Woo (HK Polytech. Univ., Hong Kong) T. Yamamoto (UCSB, USA)Q. Z. Yan (USTB, China)E. Wakai (JAEA, Japan) K. Yasuda (Kyushu U., Japan) J.-H. You (IPP, Germany)Z. J. Zhou (USTB, China) T. Yano (TITECH, Japan)

Local Organizing CommitteeForschungszentrum Jülich, Germany:J. AdamczakS. BeyerS. Brezinsek (chair)J. W. CoenenA. HallmannsM. HoffmannA. KirschnerB. SchmitzJ. SchönbrennerB. Unterberg

SCK.CEN, Belgium:D. Terentyev

DIFFER, The Netherlands:H. van der Meiden

Publication CommitteeForschungszentrum Jülich, Germany:A. HoubenT. DittmarA. Kreter (chair)G. PintsukT. Weber

ENEA, Italy: R. Coppola

Satellite MeetingsForschungszentrum Jülich, Germany: A. Litnovsky (chair)

CommitteesConference ChairForschungszentrum Jülich, Germany: Ch. Linsmeier (chair)J. Linke (co-chair)

International Advisory CommitteeE. A. Azizov (Russia, Kurchatov Inst.)V. A. Barabash (ITER, IO)V. M. Chernov (Russia, Bochvar Institute)S. Cho (Korea, NFRI)D. Clark (USA, DOE)E. Diegele (Europe, EUFOfusion)S. Dudarev (UK, CCFE)S. A. Fabritsiev (Russia, Efremov Inst.)C-C. Ge (China, U. Sci. Tech., Beijing)A. Hasegawa (Japan, Tokyo Univ.)A. Ibarra (Spain, CIEMAT)Y. Katoh (USA, ORNL)A. Kimura (Japan, Kyoto Univ.)R. J. Kurtz (USA, PNNL)J. Linke (Germany, Forschungszentrum Jülich)Ch. Linsmeier (Germany, Forschungs- zentrum Jülich)A. Möslang (Chair), (Germany, KIT)T. Muroga (Japan, NIFS)S. O'hira (Japan, JAEA)G.R. Odette (USA, UCSB)S. Ohnuki (Japan, Hokkaido Univ.)B. Raj (India, INAE)T. Shikama (Japan, Tohoku Univ.)F. Tavassoli (France, CEA Saclay)M-Q. Tran (Switzerland, CRPP-EPFL)Y. Ueda (Japan, Osaka Univ.)B. D. Wirth (USA, Univ. Tennessee)Y. Wu (China, INEST-CAS)W. Yang (China.CIAE)H. K. Yoon (Korea, Dong-Eui Univ.)S. J. Zinkle (USA, Univ. Tennessee)

Technical Program CommitteeH. Abe (Tohoku U., Japan)J. Aktaa (KIT, Germany)J. P. Allain (UIUC, USA) M. Ando (JAEA, Japan)Ch. Becquart (Univ. Lille, France) T. S. Byun (PNNL, USA) M. J. Caturla ( Alicante Univ., Spain) J. M. Chen (SWIP, China)Y. B. Chun (KAERI, Korea) J. W. Coenen (Forschungszentrum Jülich, Germany) R. Coppola (ENEA, Italy) Y. Dai (PSI, Switzerland)Y. de Carlan (CEA, France) R. P. Doerner (UCSD, USA) K. Fukuya (INSS, Japan) E. Gaganidze (KIT, Germany)F. Gao (U. Michigan, USA) N. Ghoniem (UCLA, USA) M. Gilbert (CCFE, UK) N. Hashimoto (Hokkaido U., Japan)Y. Hatano (Toyama U., Japan) R. Heidinger (F4E, EU) C. H. Henager (PNNL, USA) J. Henry (CEA, France)T. Hinoki (Kyoto U., Japan) T. Hirai (ITER, IO) D. Hoelzer (ORNL, USA) P. Hosemann (U. California-Berkley, USA)X. Hu (ORNL, USA) Q. Huang (INEST, China) T. Jayakumar (IGCAR, India) J. J. Kai (Tsing- Hua Univer., Taiwan)G. M. Kalinin (JSC “NIKIET”, Russia)R. Kasada (Kyoto U., Japan) C. E. Kessel (PNNL, USA)J. Konys (KIT, Germany)M. Li (ANL, USA) Ch. Linsmeier (chair), (Forschungszentrum Jülich, Germany)

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General InformationRegistration and InformationThe conference registration and information desk will be set up in the foyer (ground floor) of the EUROGRESS on Sunday from 10:00h to 18:30h as well as on Monday and Tuesday morning prior to the conference start from 8:00h to 8:30h. Registration will also be possible during the normal conference day hours (8:30h to18:30h). If you require any general information concerning the organisational issues such as registration, transportation, conference outing, etc. please ask at the information desk.

Conference SecretaryIf you have questions concerning publication, satellite meetings or you require computer support, please contact the conference secretary which is located on the left hand side of the main entrance.

Speakers Information (Keynote, Plenary, Invited and Oral presentations)All talks must be held in electronic format (CD or USB) in Power Point or Adobe pdf format. Speakers must use the EUROGRESS conference computer for giving their presentations. The talks must be loaded onto the speaker ready computer located in the conference secretary the day before the talk is given. Computers are present for uploading and checking whether the talk displays correctly as well as to acquaint yourself with the electronics in the lecture hall. There is no possibility to use your own laptop for presentations at the conference. Presentations of Monday need to be uploaded as early as possible but must at latest be transferred during the session break prior to the individual session.

Poster Presenter InformationThe poster boards in each poster session are numbered. Please display the poster in the morning of your poster session at the corresponding position. Material for fixation will be provided. Please stay at your poster for at least one hour. If your poster has an even number, be there for the first half, if it has an odd number, be there for the second half of the poster session. Please remove the poster after the session. The posters should not overcome the size of 1×1,5 square meters, portrait format. We’d recommend a poster size of A0 size in portrait format (841mm width x 1189mm height

Poster Award There will be a poster award for each poster session. All conference participants are invited to give their vote for the best poster during the poster sessions. Voting ballots for each session will be distributed during the registration process at the information desk. The ballot box will be positioned at the entrance to the poster hall.

Computer AccessComputers for general usage are set up in the computer room located on the first floor (room K3, see floor plan) and are equipped with office programs such as Word and Excel. Web browsers and Internet access are available as well as a local printer. Access to the computers will be possible to participants during the conference hours. Note that WLAN access for laptops is available everywhere in the EUROGRESS apart from the lecture halls.

PublicationThe proceedings of ICFRM-17 will be published in the new online journal Nuclear Materials & Energy. This journal is the first full open access journal in the field of materials for fusion and fission applications. In addition to full open access (immediately and unlimited) permanently free of charge (CC-BY)). The same rigorous refereeing as usual applies also to these proceedings: All papers are reviewed by at least two referees. The editorial procedure for the publication of the conference proceedings will be handled by the online system of the Elsevier publishing house. The manuscript submission started on the 5th of October and continues until the 30th of October 2015.

LunchesLunches from Monday to Thursday are included in the conference fee for all participants. Lunches will be served on the first floor of the EUROGESS in room K1 and K2 (see floor plan).

Visit to the Forschungszentrum JülichThere is the possibility to visit the Forschungszentrum Jülich after the closing session on Friday (starting at 13:00 h to 16:30h). The number of participants is limited and we kindly ask for registration at the registration desk till Thursday afternoon 15:00h.

Program Overview

Sun. 11 Oct. Mon, 12 Oct Tue, 13 Oct Wed, 14 Oct Thu, 15 Oct Fri, 16 Oct

800 Registration Registration 800

830 Opening – Chair: Ch. Linsmeier

P4P5P6

Plenary 2 (in honor of Bachu Singh)Chair: M.-Q. Tran

S. J. ZinkleA. KimuraL. Tan

A

P7P8P9

Plenary 3 Chair: T. Muroga

J. - M.ChenR. J. KurtzJ. Knaster

A 830

900

K1K2

Keynote

B. BigotT. Donné

A 900

930 930

1000 Registration 1000

1030

T1 M.-Q. Tran BCoff ee Coff ee Coff ee Coff ee Coff ee 1030

1100

P1P2P3

Plenary 1Chair: A. Möslang

T. HiraiG. PintsukJ. Marian

AParallel Session 2Chair:

A Parallel Session 2Chair:

B Parallel Session 4Chair:

A Parallel Session 4 Chair:

B 1100

1130

T2 B I21I22O21O22O23

T. HiroseW. JacobY. - B. ChunJ. HenryZ. Feng

I41I42O41O42O43

K. OzawaS. DudarevY.  YamamotoR. VilaY. Katoh

O44O45O46O47O48O49

J. - H. YouM. WirtzV. NikolićA. SabauK. TokunagaS. van Eden

1130

1200 1200

1230

Lunch on your own

1230

1300

Lunch Lunch Lunch1300

1330 1330

1400

T3 S. W. Lisgo BParallel Session 1Chair:

A Parallel Session 1Chair:

B 1400

1430I11I12O11O12O13

J. ReiserJ. RieschA. HasegawaT. WegenerS. Bonk

I13I14O14O15O16

H. TanigawaY. DaiL. MalerbaO. TissotQ. Huang

1430

1500

T4 A. Kimura B1500

1530 1530

1600 Coff ee 1600

1630

T5 R. Stoller B1630

1700 1700

1730

T6 B1730

1800 1800

1830 1830

1900 1900

1930 1930

2000

–2230

2000

–2230

Poster Session 1

coff ee/posters

Satellite K5Meeting

Chair:H. Tanigawa

Satellite K4Meeting

Chair: C. H. Henager

Coff ee

Reception Coronation Hall

(City Hall Aachen)

Excursion in Maastricht

Laboratory Tour:Forschungszentrum

Jülich

Banquet La Caverne

de Geulehem

A B

Lunch

Parallel Session 3Chair:

Parallel Session 3Chair:

I31I32I33I34

Y. UemuraY. ZayachukJ.  P. AllainM. Rieth

I35I36O31O32O33

F. GarnerS. RogozhkinJ. RibisS. UkaiS. Maloy

Parallel Session 5AChair:

Parallel Session 5BChair:

I51 O51O52O53I52

M. NakamichiS. SakuradaP. EdmondsonB. HuangS. Kondo

I53O54O55O56I54

Y. OsetskyZ. X. ZhangP. KluthB. KimC. Parish

Satellite K4MeetingChair:A. Möslang

Poster Session 2

coff ee/postersBeer and Pretzels

Poster Session 3

coff ee/posters

Satellite K5MeetingChair:E. DiegeleOpen to JP-EU-BA members

Satellite K4Meeting

Chair: T. Muroga

Satellite K4Meeting

Chair:F. Tavassoli

Satellite K4Meeting

Chair:R. J. Kurtz

Satellite K4Meeting

Chair: Y. Katoh

Coff ee

A B

Tutorial Seminar

Tutorial Seminar

Tutorial Seminar

Tutorial Seminar

Tutorial Seminar

Tutorial Seminar

Parallel Session 6 A Chair: T. Hirai/ E. WakaiI61 F. ArbeiterO61 M. ZhengO62 J.  ÖijerholmI62 D. MasonO63 Y. Lee

Parallel Session 8 A Chair: J. Coenen/ S. A. FabritsievI81 D. TerentyevI82 T. YamamotoO81 D.  XuO82 L. GarrisonO83 T. Koyanagi

Parallel Session 9 A Chair: C. C. Ge O91 M.  RasinskiO92 Z. Zhou

Parallel Session 7 A Chair: R. Stoller/ Y. HatanoO71 C. Dethloff O72 W. SetyawanO73 H. H. LinO74 D. LiuO75 X. HuO76 W. van Renterghem

Parallel Session 6 B Chair: P. V. Vladimirov J. P. AllainI63 S. NogamiO64 R. KasadaO65 R.  SchaeublinI64 V. KrsjakO66 D. Borodin

Parallel Session 8 B Chair: A. Litnovsky/ W. SetyawanO84 F. GaoO85 M. ShortO86 Z.  JiangO87 T. ChikadaO88 R. BissonO89 O. Ogorodnikova

Parallel Session 9 B Chair: B. UnterbergO93 L. MagielsenO94 A. K. Bhaduri

Parallel Session 7 B Chair: S. Dudarev/ K. Nordlund

I71 P. V. VladimirovI72 N. GhoniemO77 G.  NandipatiO78 M. GilbertO79 A. Sand

Satellite K4Meeting

Chair: E. Wakai

Closing Session – Chair: J. Linke

Plenary 4, Chair: J. Linke AP10 J. Mayer

Registration

A. Möslang

Poster Session 4

coff ee/posters

A. Hasegawa/ M. Rieth

Chair: Ch. Linsmeier

R. Wenninger

A. Kimura/E. Diegele

D. Terentyev/R. J. Kurtz

V. M. Chernov/J.-H. You S. Ukai/ F. A. Tavassoli

C. H. Henager/ J. M. Chen

R. Coppola/ Y. B. Chun

G. Pintsuk/ C. Garcia-Rosales

S. Brezinsek R. P.  Doerner

H. Tanigawa/N. Ghoniem

K. FukomotoT. MurogaT. Loewenhoff L. SneadB. Unterberg

O24O25O26I23I24

Program Overview

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Scientific Program

8:30 – 9:00h Opening Christian Linsmeier: Conference Chair and Director Institute of Energy and Climate Research (IEK-4) Forschungszentrum Jülich

Margrethe Schmeer: Deputy Mayor of the City of Aachen

Harald Bolt: Member of the Board of Directors Forschungszentrum Jülich

A

9:00 –10:30h Keynote K1 Chair: Ch. Linsmeier

A

09:00 K1 Bernard Bigot The New Future of ITER09:45 K2 Tony Donné Materials Research in the European Fusion Roadmap10:30 –11:00h Coffee Foyer

10:00 –19:30h Registration10:30 –12:30h Tutorial Seminar T B

10:30 T1Minh Quang Tran

Everything You Always Wanted to Know About Fusion Reactor But Were Afraid to Ask

11:30 T2 Anton Möslang Overview of Fusion Structural Materials Options12:30 –14:00h Lunch on Your Own14:00 –16:00h Tutorial Seminar T B14:00 T3 Steve Lisgo Plasma Facing Components/Plasma Materials Interactions

15:00 T4 Akihiko Kimura Fundamentals of Fusion Materials Radiation Effects

16:00 –16:30h Coffee16:30 –18:30h Tutorial Seminar T B

16:30 T5 Roger StollerTheory and Modeling Aspects Relevant for Fusion Reactor Materials

17:30 T6Ronald Wenninger

Conceptual Design Development for a Demonstration Fusion Power Reactor

Monday 12. Oct. 2015

Monday 12. Oct. 2015

Sunday 11. Oct. 2015

11:00 –13:00hPlenary 1 Chair: A. Möslang

A

11:00 P1 Takeshi Hirai Use of Tungsten Material for the ITER Divertor

11:40 P2 Gerald PintsukResearch Needs and Critical Issues for Divertor Components in ITER and DEMO

12:20 P3 Jaime MarianRecent Research Highlights in BBC Alloys: Fundamental Modeling and Microstructure

13:00 –14:00h Lunch K1+K2

14:00 –16:00hParallel Session 1 – Tungsten Development Chair: A. Hasegawa/M. Rieth

A

14:00 I11 Jens ReiserTungsten (W) Foil Laminates for Structural Divertor Applications

14:30 I12 Johann RieschChemical Deposited Tungsten Fibre-Reinforced Tungsten – The Way to a Mock-Up for Divertor Application

15:00 O11 Akira HasegawaTungsten Alloys Development and Evaluation for Radiation Resistant Materials of Fusion Reactor

15:20 O12 Tobias WegenerDevelopment of Yttrium-Containing Self-Passivating Tungsten Alloys for Future Fusion Power Plants

15:40 O13 Simon BonkDuctility in Colled-Rolled Ultrafine-Grained (UFG) Tungsten: Correlation between Microstructure and Mechanical Properties

14:00 –16:00hParallel Session 1 – Ferritic/Martensitic Steels I Chair: A. Kimura/E. Diegele

B

14:00 I13Hiroyasu Tanigawa

Impacts of Inclusion on Fracture Process of Reduced-Activation Ferritic/Martensitic Steel

14:30 I14 Yong DaiDeformation Mechanisms of Ferritic/Martensitic Steels after Irradiation to a Wide dpa and Helium Range in Spallation Neutron Targets

15:00 O14Lorenzo Malerba

Why is Radiation Embrittlement Minimum at 9% CR in Ferritic/Martensitic Steels?

15:20 O15 Olivier TissotKinetics of α’ Precipitation under Electron Irradiation in a FeCr Alloy – Comparison with Ion Irradiation

15:40 O16 Qunying HuangOverall Progress and Strategy of the Clam Project for ITER-TBM Procurment

16:00 –18:30h Posters Session Po1 and Coffee Foyer19:00 – 22:30h Reception City Hall Aachen

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8:30 –10:30h Plenary 2 (In honor of Bachu Singh ) Chair: M.Q. Tran

A

08:30 P4Steven John Zinkle

Bachu Narain Singh: Enduring Impact on Radiation Damage Physics

09:10 P5 Akihiko KimuraODS Steels: Recent Progress and Justification for Significant In-vessel Applications

09:50 P6 Lizhen TanRAFM Steels: Status and Enhancement for High Temperature Performance

10:30 –11:00h Coffee Foyer

11:00 –13:00h Parallel Session 2 – Ferritic/Martinisitic Steels II Chair: D. Terentyev/R. J. Kurtz A

11:00 I21 Takanori HiroseEffects of High Dose Neutron Irradiation on Reduced-Activation Ferritic/Martensitic Steels

11:30 I22 Wolfgang JacobRAFM Steels as an Option for a Plasma-Facing Material at the First Wall of Demo

12:00 O21Young-Bum Chun

Influences of Thermo-Mechanical Treatment on the Microstructure and Mechanical Properties of ARAA

12:20 O22 Jean HenryImprovement of EUROFER 97 High-Temperature Mechanical Properties Using Non-Standard Heat Treatments

12:40 O23 Zhili Feng Characterization of Friction Stir Welded ODS Ferritic Alloys

11:00 –13:00hParallel Session 2 – Vanadium Alloys/Plasma Facing Components IChair: V. M. Chernov/ J.-H. You

B

11:00 O24Ken-ichi Fukumoto

Dose Dependence of Irradiation Hardening of Neutron Irradiated Vanadium Alloys by Using Temperature Control Rig in JMTR

11:20 O25 Takeo MurogaCorrelation of Microstructural Evolution in V-4Cr-4Ti by Heavy Ion and Neutron Irradiations

11:40 O26Thorsten Loewenhoff

Laser Remelting of Tungsten Damaged by Transient Heat Loads

12:00 I23 Lance SneadMechanical Properties and Microstructures of Neutron-Irradiated Tungsten

12:30 I24Bernhard Unterberg

Impact of Seeding Impurities on ITER Plasma-Facing Materials

Tuesday 13. Oct. 2015

13:00 –14:00h Lunch K1+K214:00 – 16:00h Parallel Session 3 – Plasma-Facing Components II

Chair: S. Brezinsek/R. DoernerA

14:00 I31 Yuki UemuraEffect of Neutron and Helium Irradiation on Deuterium Permeation Behavior in Tungsten

14:30 I32Yevhen Zayachuk

The Relationship between Localized Mechanical Properties and Hydrogen-Induced Modification in Tungsten

15:00 I33 Jean Paul AllainIn-Situ Characterization of Extreme-Refined and Porous Radiation-Resistant Tungsten Materials

15:30 I34 Michael RiethThe impact of Materials R & D on the Operation of a Water-Cooled DEMO Divertor 

14:00 – 16:00hParallel Session 3 – ODS Steels I Chair: H. Tanigawa/N. Ghoniem

B

14:00 I35 Frank GarnerUse of Self-Ion Irradiation to Study the Relative Swelling Response of a Wide Range of Ferritic/Martensitic Alloys and ODS Variants of Such Alloys

14:30 I36Sergey Rogozhkin

Nanostructure Evolution in ODS Steels under Ion Irradiation

15:00 O31 Joel RibisStudy of the Origin of the High Thermal Stability of the Nanoclusters in ODS Materials

15:20 O32 Shigeharu UkaiGrain Boundary Deformation Associated with Low Strain Rate at 1000 °C in Recrystallized ODS Ferritic Steels

15:40 O33 Stuart MaloyTensile Test Results on ODS Ferritic Alloys after Irradiation in a Spallation Spectrum

16:00 –18:30h Poster Session Po 2 and Coffee Foyer

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13:00 –14:00h Lunch K1+K214:00 – 16:00h Parallel Session 5 – Breeding/Multipliers

Chair: C. H. Henager/J. M. ChenA

14:00 I51Masaru Nakamichi

Fabrication and Characterization of Advanced Neutron Multipliers for Demo Blanket

14:30 O51Shodai Sakurada

Annealing Effects on Deuterium Retention Behavior in Damaged Tungsten

14:50 O52Philip Edmondson (Keith Leonard)

Irradiation Performance of Rare Earth and Nanoparticle Enhanced High Temperature Superconducting Films Based on YBCO 

15:10 O53 Bo HuangFabrication and Qualification Strategy of Dual Functional Lithium Lead Test Blanket Module in China

15:30 I52 Sosuke KondoRadiation Effects on Microstructure of Silicon Carbide and SiC/SiC Composites

14:00 – 16:00h Parallel Session 5 – Helium/Hydrogen/Tritium Chair: R. Coppola/Y. B. Chun

B

14:00 I53 Yuri OsetskyHe-Vacancy Defects in Fe: Equilibrium and Hardening Mechanisms

14:30 O54 Zhe Xian ZhangHelium Effect on Irradiation Hardening and Microstructure Evolution in Pure Tungsten

14:50 O55 Patrick KluthNanobubble Formation in Tungsten Investigated by Grazing-Incidence Small Angle X-RAY Scattering

15:10 O56 Byoungkoo KimEffect of Helium on Microstructure and Properties of Nickel-Doped Ferritic/Martensitic Steels

15:30 I54 Chad Parish Comparing Helium Mitigation in Nanostructured Steels16:00 –18:30h Poster Session Po 3 and Coffee Foyer

Wednesday 14. Oct. 2015

8:30 –10:30h Plenary P3 Chair: T Muroga A08:30 P7 Ji-Ming Chen Material Development for ITER TBM and Beyond in China

09:10 P8 Richard KurtzHigh Dose Helium and DPA Effects: New Insights on Microstructure and Deformation Mechanisms in RAFM Steels & Nanostructured Ferritic Alloys

09:50 P9 Juan KnasterIFMIF, the European-Japanese Efforts under the Broader Approach Agreement Towards a Li(d,xn) Neutron Source: Current Status and Future Options

10:30 –11:00h Coffee Foyer11:00 –13:00h Parallel Session 4 – ODS Steels II/Ceramics

Chair: S. Ukai/F. A. TavassoliA

11:00 I41 Kazumi OzawaChanges of Microstructure and Mecanical Properties of Hi-Nicalon Type-S SiC Composites Irradiated to 100 DPA

11:30 I42 Sergei DudarevStructural Materials Lifetime Assessment through Modelling and Experimental Validation: the Eurofusion Iremev Project

12:00 O41Yukinori Yamamoto

Development of Advanced 3Cr-3WV(Ta) Base Bainitic Steels for Fusion Structural Applications

12:20 O42 Rafael VilaEuropean Workprogram Development on Functional Materials for Diagnostics and H & CD Systems in Future Fusion Reactors

12:40 O43 Yutai KatohDevelopment and Evaluation of Silicon Carbide Joining Technologies for Fusion

11:00 –13:00h Parallel Session 4 – High Heat Flux Chair: G. Pintsuk/C. Garcia-Rosales

B

11:00 O44 Jeong-Ha YouEuropean DEMO Divertor Target: Operational Requirements and Material-Design Interface

11:20 O45 Marius WirtzInfluence of Helium Induced Nanostructures on the Thermal Shock Performance of Tungsten

11:40 O46 Vladica NikolićImproved Fracture Behavior and Microstructural Characterization of Thin Tungsten Foils

12:00 O47 Adrian SabauDegradation of Tungsten Coated Steel During High-Heat Flux Testing Using Plasma-ARC Lamps

12:20 O48Kazutoshi Tokunaga

Evaluation of Mechanical Strength Properties on ITER Grade Tungsten and Application for Thermal Stress Analyses of Divertor Plate

12:40 O49 Stein van EdenVapour Shielding of Liquid Tin in the Linear Plasma Generator Pilot-Psi

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Thursday 15. Oct. 2015

8:30 –10:30h Parallel Session 6 – ITER/IFMIF/FNSF/ESS Chair: T. Hirai/E. Wakai

A

08:30 I61Frederik Arbeiter

Design Description and Validation Results for the IFMIF High Flux Test Module as Outcome of the EVEDA Phase

09:00 O61 Mingjie ZhengDevelopment of High Intensity D-T Fusion Neutron Generator (HINEG) 

09:20 O62 Johan ÖijerholmErosion Corrosion of CuCrZr Specimens Exposed for Simulated ITER Operational Conditions

09:40 I62 Daniel MasonSize Scaling and Elastic Interaction between Defects Formed in Collision Cascades: Experimental Observations and Simulations

10:10 O63 Yongjoong LeeConceptual Design for Irradiation Modules at ESS Target Station

8:30 –10:30h Parallel Session 6 – Advanced Material Characterisation Chair: P. V. Vladimirov/S. J. Zinkle

B

08:30 I63 Shuhei Nogami Advances in Fatigue Test Technology

09:00 O64 Ryuta KasadaFundamental Study of the Irradiation Effects of Fusion and Fission Reactor Materials with the Combination of Ion-Irradiation and Ultra-Small Testing Technologies

09:20 O65Robin Schaeublin

3D Microstructure of Ultrahigh Purity Fe(Cr) Using Correlated TEM and APT

09:40 I64 Vladimir KrsjakPositron Annihilation Research on Ferrtic/Martensitic Steels Irradiated under Mixed Spectrum of High Energy Protons and Spallation Neutrons

10:10 O66 Dmitriy BorodinImproved ERO Modelling for Spectroscopy of Beryllium Chemically and Physically Eroded from the JET-ILW

10:30 –11:00h Coffee Foyer

11:00 – 13:00h Parallel Session 7 – Material Microstructure I Chair: R. Stoller/Y. Hatano

A

11:00 O71Christian Dethloff

Microstructural Defects in EUROFER 97 after Different Neutron Irradiation Conditions

11:20 O72Wahyu Setyawan

Normalization and Transition of Displacement Cascade in BCC Metals from Molecular Dynamics Simulations

11:40 O73 Hsieh Hung LinThe Microstructure Evolution and Point Defect-Induced Swelling in Irradiated 3C SiC 

12:00 O74 Dongping LiuSerious Etching and Nano-Fuzz Growth of Polycrystalline W under ITER relevant conditions

12:20 O75 Xunxiang HuDefect Evolution in Single Crystal Tungsten Following Low Temperature and Low Dose Neutron Irradiation

12:40 O76Wouter Van Renterghem

TEM Analysis of Recrystallized Double Forged Tungsten after Exposure in JUDITH 1 and JUDITH 2

11:00 –13:00h Parallel Session 7 – Radiation Damage Modelling Chair: S. Dudarev/K. Nordlund

B

11:00 I71Pavel Vladimirov

Multiscale Modeling of Beryllium in Fusion Environment

11:30 I72 Nasr GhoniemHierarchical Multi-Physics Design of the First-Wall and Blan-ket Structures in the US-FNSF

12:00 O77Giridhar Nandipati

Object Kinetic Monte Carlo Simulations of Radiation Damage in Bulk Tungsten

12:20 O78 Mark GilbertCalculations of the Initial Damage Events in Neutron Irradiated Materials

12:40 O79 Andrea SandSpatial Distributions of Primary Defects from Massive Collision Cascades in Tungsten

13:00 –14:00h Lunch K1+K214:00 – 16:30h Posters Session Po4 and Coffee Foyer16:30 –19:00h Excursion in Maastricht19:30 –22:30h Banquet La Caverne de Geulehem

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Friday 16. Oct. 2015

8:30 –10:30h Parallel Session 8 – Mechanical Properties Chair: J. W. Coenen/S. A. Fabritsiev

A

08:30 I81Dmitry Terentyev

Hardening in Fe-Cr Alloys under Neutron Irradiation: Effects of Segregation and Defect Spatial Distribution

09:00 I82Takuya Yamamoto

Constitutive, Damage and Plasticity Laws for Candidate Fusion Alloys

09:30 O81 Donghua XuOn the Possibility of Matching Defect Evolution across Different Irradiation Conditions

09:50 O82 Lauren Garrison Irradiation Effects in Copper-Tungsten Laminate Composite

10:10 O83Takaaki Koyanagi

High Dose Neutron Irradiation Creep of Silicon Carbide Materials

8:30 –10:30h Parallel Session 8 – Mixed Chair: A. Litnovsky/W. Setyawan

B

08:30 O84 Fei GaoAccelerated Simulations of Nanosize He-V Clusters to Experimentally Relevant Time Scale

08:50 O85 Michael ShortReconsideration of the Effect of Accelerated Displacement Rates in Charged Particle Simulations of Neutron-Induced Void Swelling

09:10 O86 Zhizhong JiangCorrosion Behavior of Clam Steel in Flowing Pb-17Li with 1.5T Magnetic Field

09:30 O87 Takumi ChikadaCrystallization and Deuterium Permeation Behaviors of Yttrium Oxide Coating Prepared by Metal Organic Decomposition

09:50 O88 Régis BissonTungsten and Hydrogen Isotopes Interactions: an Integrated Approach

10:10 O89Olga Ogorodnikova

Interaction of Low Energy Deuterium Plasma with Tungsten and Nanostructured Tungsten Coatings: from Laboratory Data to Tokamak 

10:30 –11:00h Coffee Foyer

11:00 –11:40h Parallel Session 9 – Microstructure II Chair: C. C. Ge

A

11:00 O91 Marcin RasinskiSurface Morphology and Composition of Eurofer Steel and Fe-W Model Alloys after Deuterium Plasma Exposure

11:20 O92 Zhangjian ZhouMicrostructure and Mechanical Property Evolution after Long Time High Temperatrue Aging for ODS Steels with Different Composition Design

11:00 –11:40h Parallel Session 9 – Microstructure III Chair: B. Unterberg

B

11:00 O93 Lida MagielsenInfluence of Neutron Irradiation on Mechanical Behavior of Cucrzr Alloy and CUCRZR/316L Stainless Steels Joints for the First Wall Panels of the ITER

11:20 O94Arun Kumar Bhaduri

Reduced Activation Ferritic Martensitic Steel and Fabrication Technologies for the Indian TBM for ITER – Issues and Challenges

11:50 –12:30h Plenary P4 Chair: J. Linke

A

11:50 P10 Joachim MayerMaterials Science: Frontiers in Electron Microscopy

12:30hClosing Session Chair: J. Linke

A

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Poster Session 1

Po 1-14 EFFECT OF THERMO-MECHANICAL TREATMENT ON NANO-STRUCTURE OF 9CR-ODS STEELH. Oka, T. Tanno, S. Ohtsuka, Y. Yano, T. Kaito, M. Ohnuma

Po 1-16 INFLUENCE OF FRICTION STIR WELDING CONDITIONS ON JOINABILITY OF ODS/F82H JOINTH. Serizawa, M. Murakami, Y. Morisada, H. Fujii, T. Nagasaka, H. Tanigawa

Po 1-17 TRANSMISSION ELECTRON MICROSCOPY AT SAMPLES OF THERMO-MECHANICALLY TREATED RAFM STEELSU. Jäntsch, M. Klimenkov, J. Hoffmann

Po 1-18 ANISOTROPY IN MICROSTRUCTURE AND MECHANICAL PROPERTIES OF 12CR-ODS FERRITIC STEELS Y. F. Li, J. J. Shen, F. Li, S. Kano, Y. Matsukawa, Y. Satoh, H. Abe, T. Muroga

Po 1-19 NANOINDENTATION ON SINGLE- AND DUAL-BEAM IRRADIATED ODS-14CR ALLOYSI. Hilger, C. Heintze, T. Weissgärber, B. Kieback

Po 1-20 EFFECTS OF ZIRCONIUM AND CARBON ON MECHANICAL PROPERTIES OF ODS FERRITIC STEELSD. Chen, W. Han, Y. Ha, K. Yabuuchi, A. Kimura

Po 1-21 A FABRICATION STUDY ON AUSTENITIC ODS STEELT. Gräning, J. Hoffmann, M. Klimenkov, S. Antusch, M. Rieth, A. Möslang, S. Müller

Po 1-22 EFFECTS OF TEMPERATURE AND ORIENTATION ON THE TENSILE PROPERTIES AND DEFORMATION MECHANISM OF 14YWT NANOSTRUCTURED FERRITIC ALLOY, NFA-1M. E. Alam, K. Fields, G. R. Odette, D. T. Hoelzer, S. A. Maloy

Po 1-23 LITHIUM EVAPORATION AND REDEPOSITION EXPERIMENTS UNDER HIGH DENSITY LINEAR PLASMA DUMPINGX, Cao, W. Ou, Z. Cao, Y. Xia, W. Zhang, X. Xuw, J. Wang, F. Gou

Po 1-24 MICROSTRUCTURE AND SHEAR STRENGTH OF DIFFUSION BONDED SIC/W JOINT: EFFECT OF SINTERING ADDITIVE AMOUNT IN SICZ. H. Zhong, Q. Q. Tang, T. Hinoki, Y. C. Wu

Po 1-25 BRAZING OF BE WITH CUCRZR-BRONZE USING COPPER-BASED FILLER METAL STEMETA. N. Suchkov, B. A. Kalin, V. T. Fedotov, O. N. Sevryukov, A. A. Ivannikov, A. A. Gervash

Po 1-36 MANUFACTURING OF STAINLESS STEEL / CUCRZR TRANSITION RING BY EXPLOSIVE WELDING METHODM. Firdaouss, T. Batal, F. Samaille, J.- M. Verger

Po 1-37 SYNERGISTIC EFFECTS OF PKA, HYDROGEN AND HELIUM ON PRIMARY DAMAGE FORMATION IN W-0.1%HE-0.7%HG. Yu, W. Yang, Q. Yan, F. Gao

Po 1-38 PERPORMANCE OF PVD-PS TUNGSTEN COATING ON GRAPHITE UNDER THERMAL LOADING AND DEUTERIUM IRRADIATIONH. Kim, H. J. Lee, S. H. Kim, C. Jang

Po 1-39 DAMAGING OF TUNGSTEN AND TUNGSTEN-TANTALUM ALLOY EXPOSED IN ITER ELM-LIKE CONDITIONSV. A. Makhlai, I. E. Garkusha, N. N. Aksenov, O. V. Byrka, S. S. Herashchenko, S. V. Malykhin, S. V. Surovitskiy, S. V. Bazdyrieva, J. Linke, M. Wirtz

Po 1-40 DESIGN AND APPLICATION OF FLOWING LIQUID LITHIUM LIMITER ON EAST TOKAMAKG. Z. Zuo, J. Ren, X. C. Meng, J. S. Hu, Z. Sun, M. Huang, W. Xu, Q. X. Yang, Z. X. Chen, F. Ding, J. G. Li and L. E. Zakharov

Po 1-41 EFFECT OF IMPURITY LAYER FORMATION ON D RETENTION IN LHD PLASMA EXPOSED WY. Oya, H. Fujita, Y. Uemura, S. Sakurada, X. Li, Y. Hatano, N. Yoshida, H. Watanabe, Y. Nobuta, Y. Yamauchi, M. Tokitani, S. Masuzaki, T. Chikada

Po 1-42 DEVELOPMENT OF A KINETIC MONTE CARLO FRAMEWORK TO ASSESS THE AMORPHOUS HYDROGEN-SATURATED CARBON SURFACESZ. Yang, B. D. Wirth

Po 1-43 A MOLECULAR DYNAMICS STUDY OF SUB-SURFACE MIXED HYDROGEN-HELIUM BUBBLES IN TUNGSTENZ. Bergstrom, M. A. Cusentino, B. D. Wirth

Po 1-44 INFLUENCE OF NITROGEN PRE-IRRADIATION ON DEUTERIUM BLISTERING AND RETENTION IN TUNGSTEN AT DIFFERENT TEMPERATURESS. Qin, J. Wang, W. Guo, L. Cheng, K. Kang, Y. Yuan, Y. Zhang, G.- H. Lu, J.- L. Wang

Po 1-45 APPLICATION OF OPTICAL REFLECTIVITY MEASSUREMENTS TO DIAGNOSTICS FOR PLASMA FACING MATERIALSM. Miyamoto, M. Yamamoto, T. Akiyama, N. Yoshida, M. Tokitani, A. Sagara

Po 1-46 EVALUATION OF THE COOL-DOWN BEHAVIOR OF FW BERYLLIUM TILES IN ITER FOR AN EARLY FAILURE DETECTIONT. Weber, A. Bürger, K. Dominiczak, G. Pintsuk

Po 1-47 INVESTIGATING THE OXIDATION BEHAVIOUR OF PURE TUNGSTEN IN HELIUM ATMOSPHEREJ. Habainy, S. Iyengar, Y. Lee, Y. Dai

Po 1-48 EVOLUTION OF MORPHOLOGY OF TUNGSTEN FUZZ NANOSTRUCTURE UNDER ION BOMBARDMENTD. Sinelnikov, Y. Gasparyan, V. Kurnaev

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Po 1-49 STUDY OF RADIATION DAMAGE AND PLASMA EFFECT ON TUNGSTEN A. I. Ryazanov, V. S. Koidan, B. I. Khirpunov, S. N. Krnienko, S. T. Latushkin, E.V. Semenov. V. N. Unezhev

Po 1-50 STRAIN LIFE ANALYSIS OF FIRST WALL MOCK UP UNDER ITER-RELEVANT OPERATION CONDITIONSJ. Du, A. Bürger, J. Linke

Po 1-51 TUNGSTEN “SMART” ALLOYS FOR FUTURE FUSION NEEDSA. Litnovsky, T. Wegener, Ch. Linsmeier, F. Koch, J. Brinkmann

Po 1-52 EXPERIMENTAL INVESTIGATION OF HIGH He/dpa MICROSTRUCTURAL EFFECTS IN NEUTRON IRRADIATED B ALLOYED EUROFER BY MEANS OF SMALL ANGLE NEUTRON SCATTERING (SANS) AND ELECTRON MICROSCOPYR. Coppola, M. Klimenkov, R. Lindau, A. Möslang, M. Valli

Po 1-53 A FUSION MATERIALS IRRADIATION TEST STATION AT THE SPALLATION NEUTRON SOURCEM. W. Wendel, P. D. Ferguson, R. Stoller, Y. Katoh

Po 1-54 PEBBLE FABRICATION OF NOVEL ADVANCED TRITIUM BREEDERS USING A SOLID SOLUTION OF LI2+xTIO3+y WITH LI2ZRO3T. Hoshino

Po 1-56 MOLECULAR DYNAMICS SIMULATIONS OF RADIATION CASCADES AND ITS EFFECTS ON THE PROPERTIES OF LITHIUM CERAMICSR. K. Annabattula, N. Swaminathan, V. Agrawal

Po 1-57 HYDROGEN RETENTION BEHAVIOR IN BERYLLIDE PEBBLES AS ADVANCED NEUTRON MULTIPLIERSY. Fujii, M. Mitsutaka, M. Nakamichi, H. Iwakiri

Po 1-58 PLASMA ETCHING TO ENHANCE THE SURFACE INSULATING STABILITY OF ALUMINA FOR FUSION APPLICATIONSM. Malo, A. Moroño, E. R. Hodgson

Po 1-59 DEPOSITION OF Er2O3 COATING AND ITS STRUCTURAL, MICROSTRUCTURAL, ELECTRICAL AND OPTICAL STUDIESP. A. Rayjada, A. Sircar, N. P. Vaghela, R. Rahman, N. L. Chauhan, M. Ranjan, M. Bhatnagar, L. M. Manocha, P. M. Raole

Po 1-60 FRACTRUE MECHANISM OF LARGE DIAMETER INCONEL FASTENER DURING HIGH LOAD P. Li, P. Y. Lee, T. Zhang, D. A. Kang, S. L. Han, B. Zhang, F. Amaud

Po 1-61 DEVELOPMENT OF QUANTITATIVE ANALYSIS METHOD FOR TRITIUM USING BY HYDROPHOBIC PLATINUM CATALYSTY. Edao, Y. Iwai, H. Asahara, T. Hayashi

Po 1-62 DISSOLUTION BEHAVIOR OF LITHIUM COMPOUNDS IN ETHANOLT. Furukawa, Y. Hirakawa, H. Kondo, T. Kanemura

Po 1-63 CONCEPTUAL DESIGN FOR IRRADIATION MODULES AT ESS TARGET STATIONY. Lee, G. Gorini, R. Linander, F. Masi, E. Pitcher, G. Scionti, L. Zanini

Po 1-64 ANALYSIS OF GAPS IN THE STEELS DATABASE FOR EUROFER AS STRUCTURAL MATERIAL FOR DEMOS. M. Gonzalez de Vicente, E. Gaganizde, M. Porton, M. Rieth, F. Tavassoli, Y. Carin

Po 1-65 NEUTRON ENERGY SPECTRUM INFLUENCE ON MICROSTRUCTURE DEVELOPMENT AND IRRADIATION HARDENING OF TUNGSTENM. Fukuda, K. Kumar, T. Koyanagi, L. M. Garrison, L. L, Snead, Y. Katoh, A. Hasegawa

Po 1-66 FABRICATION OF LOW ACTIVATION FERRITIC-MARTENSITIC STEELS CONTAINING 54Fe ISOTOPEY. Yamamoto, J. K. Thomson, J. R. Keiser, L. L. Snead, M. Rieth

Po 1-69 BUBBLES NUCLEATION ON EUROFER97 AND EU-ODS EUROFER UNDER He IMPLANTATIONP. Fernandez, M. Roldan, J. Rams, A. Gomes-Herrero, M. Malo

Po 1-70 MICROSTRUCTURAL STABILITY OF ODS Fe-14Cr(-2W-0.3Ti) STEELS AFTER SIMULTANEOUS TRIPLE IRRADIATIONM. Scepanovic, V. de Castro, T. Leguey, P. Parente, R. Dominguez, M. A. Auger, S. Lozano-Perez, R. Pareja

Po 1-71 CHARACTERIZATION OF MICROSTRUCTURAL CHANGES IN IRRADIATED GRAPHITEA. A. Campbell, Y. Katoh, K. Takizawa

Po 1-72 MICROSTRUCTURAL EVOLUTION OF T91 DURING IN SITU ION IRRADIATION AT ELEVATED TEMPERATURESJ. Stubbins, X. Liu, Y. Miao

Po 1-73 VERY HIGH DOSE SWELLING AND PHASE STABILITY IN ION IRRADIATED F-M ALLOYSG. S. Was, Z. Jiao, E. Getto, A. M. Monterrosa, M. Hackett

Po 1-75 IMPACT TEST OF A508-3 STEEL AFTER NEUTRON IRRADIATIONY. Lin, Z. Tong, C. Zhang, G. Ning, W. Yang

Po 1-76 STRAIN-HARDENING BEHAVIOUR OF TUNGSTEN: MACRO-SCALE MODELING AND EXPERIMENTAL VALIDATIOND. Terentyev, A. Dubinko, X. Xiao, H. L. Duan, A. Bakaeva

Po 1-77 DETECTION OF TRAPPING SITE OF DEUTERIUM IN TUNGSTEN BY THERMAL DESORPTION SPECTROSCOPYK. Sato, R. Tamiya, Q. Xu, H. Tsuchida, T. Yoshiie

Po 1-78 THE GRAIN SIZE EFFECT OF HE-ION AND SI-ION IRRADIATIED SA-TYRANNOHEX SIC COMPOSITE AND SINGLE CRYSTAL 3C-SIC UNDER HIGH TEMPERATUREJ.-F. Hu, H.-H. Lin, I.-C. Chiu, Y.-R. Lin, J.-J. Kai

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Po 1-79 KINETIC MONTE CARLO MODELING OF HELIUM BUBBLE EVOLUTION AND CLUSTERING IN BCC IRONJ. Stubbins, A. Oaks

Po 1-80 CRACK PROPAGATION IN TUNGSTEN DETECTED USING ACOUSTIC EMISSIONS BY LASER DOPPLER VIBROMETER H. T. Lee

Po 1-81 HYDROGEN DRIVEN MICROSTRUCTURAL CHANGES OF ODS-EUROFER UNDER TENSILE LOADING O. V. Emelyanova, M. G. Ganchenkova, E. Malitskii, Y. N. Yagodzinskyy, M. Klimenkov, V. A. Borodin, P. V. Vladimirov, R. Lindau, P. S. Dzhumaev, A. Möslang, H. Hänninen

Po 1-82 ATOM PROBE TOMOGRAPHY STUDY OF NEUTRON-IRRADIATION-INDUCED SIGMA PHASES IN TUNGSTENP. D. Edmondson, K. Kumar, L. L. Snead, Y. Katoh

Po 1-83 DEVELOPMENT STATUS OF SMALL SPECIMEN TEST TECHNIQUE IN IFMIF/EVEDAE. Wakai, R. Kasada, A. Kimura, S. Nogami, A. Nishimura, B. Kim, Y. Ito, H. Kurishi-ta, S. Matsuo, A. Hasegawa, M. Saito, K. Abe

Po 1-84 INDENTATION AT ELEVATED TEMPERATURES FOR DETERMINATION OF MATERIAL PROPERTIES OF FUSION RELEVANT MATERIALSJ. Bredl, M. Dany, H.-C. Schneider, O. Kraft

Po 1-85 THE SOLUTION, DIFFUSION, AND PERMEATION OF H THROUGH ERBIUM OXIDE VIA FIRST-PRINCIPLES CALCULATIONSW. Mao, T. Chikada, A. Suzuki, T. Terai, H. Matsuzaki

Po 1-86 EFFECT OF Cr CONTENT ON THE NANOSTRUCTURAL EVOLUTION OF IRRADIATED FERRITIC/MARTENSITIC ALLOYS: AN OBJECT KINETIC MONTE CARLO MODELM. Chiapetto, L. Malerba, C. S. Becquart

Po 1-87 EVALUATION OF PRECIPITATION / DISSOLUTION BEHAVIOR FOR α’ PHASE IN FE-CR BINARY ALLOYS BY ATOMISTIC SIMULATIONSY. Yang, M. Itakura, T. Okita

Po 1-88 A GPU-BASED KINETIC MONTE CARLO CODE FOR THE EVOLUTION OF DEFECTS IN IRRADIATED MATERIALSF. Jiménez, C. J. Ortiz

Po 1-89 A PHASE-FIELD MODEL OF VOID MORPHOLOGY EVOLUTION UNDER SURFACE ENERGY ANISOTROPY DURING IRRADIATIONW. B. Liu, Y. Z. Ji, N. Wang, C. Zhang, Z. Yang, L.-Q. Chen

Po 1-90 RATE THEORY MODELING FOR RADIATION-INDUCED SWELLING IN RAFM STEELSM. Zheng, M. Jiang, J. Xin, S. Hu, FDS team

Po 1-91 MODELING OF HELIUM EFFECTS ON MICROSTRUCTURAL EVOLUTION IN REDUCED ACTIVATION TEMPERED MARTENSITIC STEELS AND NANOSTRUCTURED FERRITIC ALLOYS: THE EFFECTS OF HE/DPA, TEMPERATURE, DOSE AND DOSE RATET. Yamamoto, G. R. Odette

Po 1-92 ENERGETICS OF NANOMETRIC INTERSTITIAL CLUSTERS IN FE AND W WITH AB INITIO ACCURACYR. Alexander, M.-C. Marinica, L. Proville, M. R. Gilbert, S. L. Dudarev, F. Willaime

Po 1-93 EXPERIMENTS ON TRITIUM GENERATION AND RELEASE FROM LIQUID LITHIUM SATURATED WITH DEUTERIUMT. Kulsartov, I. Tazhibayeva, Y. Ponkratov, Y. Gordienko, Z. Zaurbekova, V. Baklanov, V. Gnyrya, Y. Chikhray, I. Kenzhina

Po 1-94 HYDROGEN AND DEUTERIUM RETENTION IN THE V-4CR-4TI ALLOYN. P. Bobyr, A. V. Spitsyn, M. Mayer, Y. Gasparyan, V. S. Efimov, A. V. Golubeva, V. M. Chernov

Po 1-95 DEVELOPMENT OF HIGH CORROSION RESISTANCE SIC MATERIALS FOR FUEL CLADDINGY. Hyodo, M. Lee, S. Kondo, T. Hinoki, K. Okonogi, K. Kakiuchi, F. Kano

Po 1-96 COMPARISON OF PASSIVATION BEHAVIOR OF SS316L WITH THAT OF SS304 STAINLESS STEEL IN TRITIATED WATER SOLUTIONM. Oyaidzu, K. Isobe, T. Hayashi

Po 1-97 MEASUREMENT OF ADHESIVE STRENGTH BETWEEN OXIDE LAYER AND BASE METALM. Satou

Po 1-98 RESEARCH ON THE INTERFACE OF SELF-HEALING TRITIUM PERMEATION BARRIERD. Liu, Y. Wang, T. Zhou, Y. Zhang, J. Suo

Po 1-99 STUDY OF HYDROGEN ISOTOPES INTERACTION WITH COATED HIGH GRADE GRAPHITESY. Chikhray, T. Kulsartov, V. Shestakov, A. Mukanova, I. Kenzhina, S. Askerbekov, Y. Ponkratov

Po 1-100 H ISOTOPE BEHAVIORS IN RUTILE TIO2 (110) SURFACE W. Mao, S. Ogura, N. Genki, T. Chikada, A. Suzuki, T. Terai, H. Matsuzaki

Po 1-101 EFFECT OF IRRADIATION ON THE FRACTURE RESISTANCE OF EUROFER-97, F82H AND 14%CR-ODS STEELSM. Lambrecht, R. Chaouadi, W. Van Renterghem

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Poster Session 2

Po 2-01 CREEP RUPTURE BEHAVIOR OF THE CHINA LOW ACTIVATION MARTENSITIC STEEL AT 600OCX. Hu, W. Yan, W. Wang, Y. Shan, K. Yang

Po 2-02 OXIDATION BEHAVIOR OF SIMP STEEL IN STAGNANT LIQUID LBE AT 600 °CQ. Shi, J. Liu, W. Wang, W. Yan, Y. Shan, K. Yang

Po 2-03 TENSILE PROPERTIES OF TWO TYPE 11CR-FERRITIC/MARTENSITIC STEELS AFTER AGING UP TO 45,000 HY. Yano, T. Tanno, H. Oka, Y. Sekio, S. Ohtsuka, T. Kaito

Po 2-04 EFFECT OF GRAIN BOUNDARIES ON MICROSTRUCTURAL EVOLUTION IN FERRI-TIC/MARTENSITIC STEELS UNDER IRRADIATIONC. Morimoto, N. Hashimoto, D. Hamaguchi, H. Tanagawa

Po 2-05 AN INVERSE METHOD BASED ON FINITE ELEMENT MODEL TO DERIVE THE PLASTIC FLOW PROPERTIES OF NON-STANDARD SPECIMEN OF EUROFER97S. Knitel, P. Spätig, H.-P. Seifert

Po 2-06 CLUSTER DYNAMICS MODELS OF DEFECT CLUSTER EVOLUTION IN FERRITIC/MARTENSITIC ALLOYSA. A. Kohnert, B. D. Wirth

Po 2-09 CREEP CRACK GROWTH BEHAVIOR OF CLAM STEEL AT ELEVATED TEMPERATUREK. Wang, S. Liu, L. Luo, Y. Zhao, Q. Huang, FDS team

Po 2-10 EFFECT OF TI ON MICROSTRUCTURES AND HIGH TEMPERATURE TENSILE PROPERTY OF 9CR-1WV REDUCED ACTIVATION FERRITIC-MARTENSITIC STEELSC.-H. Lee, J. Y. Park, J. Moon, T.-H. Lee, H. C. Kim

Po 2-11 EFFECT OF TANTALIM CONTENT ON THE LOW CYCLE FATIGUE BEHAVIOR OF CLAM STEEL AT 550°CX. Zhai, S. Liu, Y. Zhao, Y. Han, Q. Huang, FDS team

Po 2-12 EFFECT OF THERMAL AGING ON THE TENSILE AND IMPACT PROPERTIES OF CLAM STEEL AT 550°CW. Wang, G. Xu, S. Liu, B. Zhang, Q. Huang, FDS team

Po 2-13 MECHANICAL PROPERTIES OF CLAM STEEL AFTER NEUTRON IRRADIATION TO 2.5 DPA AT 300°CJ. Xin, H. Ge, M. Jiang, M. Zheng, Q. Huang, FDS team

Po 2-14 COMPATIBILITY ASSESSMENT OF FE21CR5AL IN A THERMAL CONVECTION LOOP WITH FLOWING PB-LI EUTECTICS. J. Pawel

Po 2-16 OPTIMIZATION OF MECHANICAL ALLOYING AND SPARK-PLAZMA SINTERING REGIMES FOR PRODUCTION OF FERRITIC-MARTENSITIC ODS STEELI. A. Bogachev, I. I. Chernov, M. S. Staltsov, B. A. Kalin, E. A. Olevsky, L. Y. Lebedeva, A. A. Nikitina

Po 2-17 THE FACTOR CONTROLLING OF MECHENICAL PROPERTIES IN RECRYSTALLIZED ODS FERRITIC STEELSY. Ha, K. Yabuuchi, A. Kimura

Po 2-18 OXIDE PARTICLE - DISLOCATION INTERACTION IN 9CRODS STEELY. Ijiri, N. Oono, S. Ukai, S. Ohtsuka, T. Kaito

Po 2-19 CHARACTERIZATION OF THE OXIDE PARTICLES IN THE Al-ZR ADDED 15CR ODS STEELST. Takayama, K. Yabuuchi, A. Kimura

Po 2-21 FE-12CR-5AL ODS ALLOYS FOR PB-LI COOLED FUSION REACTORSD. T. Hoelzer, K. A. Unocic, S. N. Dryepondt, B. A. Pint

Po 2-22 IRRADIATION BEHAVIOR OF NANO-OXIDE PARTICLES IN AUSTENITIC ODS-310 STEELA. J. Brooks, K. H. Zhang, Z. Yao, Z. Zhou, M. A. Kirk, M. R. Daymond

Po 2-23 COMPATIBILITY OF SIC MATERIALS WITH LIQUID PB−LI UNDER ROTATING FLOWC. Park, T. Nozawa, R. Kasada, H. Tanigawa, S. Konishi

Po 2-25 ADVANCED CERAMIC COATING AS TRITIUM PERMEATION BARRIER IN FUSION NUCLEAR SYSTEMD. Iadicicco, F. Garcia Ferre, M. Utili, F. Di Fonzo

Po 2-31 DEVELOPMENT AND OPTIMIZATION OF FUNCTIONALLY GRADED TUNGSTEN/ EUROFER COATING FOR FIRST WALL APPLICATIOND. D. Qu, W. W. Basuki, M. Wirtz, J. Linke, R. Vaßen, J. Aktaa

Po 2-32 RESPONSE OF TUNGSTEN MATERIALS USING DUAL ION BEAM IRRADIATION (HELIUM AND DEUTERIUM) IN THE PRESENCE OF ELM-LIKE TRANSIENT HEAT LOADSS. Gonderman, J. K. Tripathi, T. J. Novakowski, A. Hassanein

Po 2-34 THE EFFECT OF YTTRIUM ADDITION ON THE MICROSTRUCTURE AND HELIUM EMBRITTLEMENT RESISTANCE IN V-4CR-4TI AFTER HELIUM IMPLANTATION L. Peng, X. Lai, C. Jiang, Q. Xu

Po 2-35 THE MICROSTRUTURE AND HARDNESS CHANGES OF Y DOPED V-4CR-4TI ALLOYS AFTER NEUTRON IRRADIATIONH. Watanabe, T. Nagasaka, T. Muroga, T. Miyazawa

Po 2-37 EROSION OF TUNGSTEN ARMOUR UNDER HEAT LOADS IN DEMO OPERATIONY. Igitkhanov, L. Boccaccini, R. Fetzer, B. Bazylev

Po 2-39 MELT-LAYER FORMATION IN PFMS AND THEIR CONSEQUENCES FOR THE MATERIAL PERFORMANCEI. Steudel, J. Linke, M. Wirtz

Po 2-40 EFFECT OF RECRYSTALLIZATION ON MECHANICAL PROPERTIES OF PURE TUNGSTENN. Kobayashi, K. Yabuuchi, A. Kimura

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Po 2-41 TUNGSTEN COATINGS FOR APPLICATION IN WEST PROJECTE. Grigore, C. Ruset, M. Gherendi, D. Chioibasu, C. Hernandez, C. Desgranges

Po 2-42 NEON-DEUTERIUM MIXED PLASMA EXPOSED TUNGSTEN STUDIED BY POSITRON ANNIHILATION DOPPLER BROADENING AND THERMAL DESORPTION SPECTROSCOPYL. Cheng, G. De Temmerman, T. W. Morgan, H. Schut, Y. Yuan, G. H. Lu

Po 2-43 EFFECTS OF HYDROGEN AND HELIUM ON HEAVY IONS IRRADIATIONS DAMAGE IN NANOSTRCUTRED TUNGSTENH. Okano, H. Watanabe, N. Yoshida, H. Kurishita

Po 2-44 TARGET DESIGN FOR THE LONG-PULSE MATERIALS PLASMA EXPOSURE EXPERMENTA. Lumsdaine, J. Rapp, T. M. Biewer, T. Bjorholm, C. Bradley, J. Caughman, R. Duckworth, R. Goulding, V. Graves, D. Giuliano, T. Lessard, D. McGinnis, S. Meitner, V. Varma, MPX team

Po 2-45 STUDY OF TRITIUM AND HELIUM GENERATION AND RELEASE FROM LITHIUM-CONTAINING MATERIALSI. Tazhibayeva, Y. Ponkratov, T. Kulsartov, Y. Gordienko, Z. Zaurbekova, V. Baklanov, V. Gnyrya, E. Chikhray, I. Kenzhina

Po 2-46 STATUS OF R&D ON TUNGSTEN AS PLASMA FACING MATERIALS PLASMA FACING MATERIALS IN USTBC. C. Ge, Q. Z. Yan, Y. C. Zhang, M. Xia, S. M. Wang

Po 2-47 OVERVIEW OF THE R&D ACTIVITIES ON TUNGSTEN (W) COATING DEVELOPMENTS FOR THE WEST PROJECT C. Hernandez, M. Firdaouss, C. Desgranges, M. Richou, M. Missirlian, F. Samaille, J. Bucalossi

Po 2-48 BEHAVIOR AND MICROSTRUCTURAL CHANGES IN DIFFERENT TUNGSTEN-BASED MATERIALS UNDER PULSED PLASMA LOADINGM. Vilémová, J. Matějíček, Z. Pala, M. Janata, M. Chemyshova

Po 2-49 EXPERIMENTS ON CONTROLLED HELIUM RELEASE THROUGH NANOCOMPOSITE INTERFACE DESIGNN. Li, K. Baldwin, M. Demkowicz, Y. Wang

Po 2-50 BRAZING OF CFC ACTIVELY WATER-COOLED MOCK-UP FOR HL-2M DIVERTORY. Y. Lian, X. Liu, F. Feng, J. B. Wang, J. P. Song, Y. Yu, G. Y. Zheng, L. J. Cai, J. M. Chen

Po 2-51 TESTING AND QUALIFICATION OF PLASMA FACING COMPONENTS FOR FUSION REACTOR DEVELOPMENTS.-K. Kim, A. R. Jo, H. G. Jin, E. H. Lee, J.-S. Yoon, D. W. Lee, S. Cho

Po 2-52 THE IRRADIATION-INDUCED INSTABILITY OF M23C6-TYPE PRECIPITATES IN REDUCED ACTIVATION FERRITIC/MARTENSITIC STEELH. Abe, S. Kano, A. Oba, H. Serizawa, T. Nagase, H. Yasuda, Y. Matsukawa, Y. Satoh, D. Hamaguchi, H. Sakasegawa, H. Tanigawa

Po 2-53 MECHANICAL AND MICROSTRUCTURAL EFFECTS OF NEUTRON IRRADIATION ON Ti-Si-C AND Ti-Al-C MAX PHASE CERAMICSC. Ang, Y. Katoh, S. J, Zinkle, C. Shih, T. Toyama, T. Shikama

Po 2-54 DETERMINATION OF THE OPTIMUM LITHIUM METATITANATE CONTENT FOR ADVANCED LITHIUM ORTHOSILICATE BREEDER PEBBLESO. Leys, R. Knitter, K. Mukai, M. Kolb

Po 2-57 PEBBLE STRUCTURE CHANGE OF Li2TiO3 WITH EXCESS Li IN WATER VAPOR ATMOSPHERE AT ELEVATED TEMPERATURESK. Katayama, R. Yamamoto, H. Ushida, T. Hoshino, S. Fukada

Po 2-59 MANUFACTURING TECHNOLOGY AND PROPERTIES OF CERAMIC PEBBLES FOR BREEDING BLANKETR. Lo Frano, M. Puccini, S. Vitolo, D. Aquaro

Po 2-60 DEVELOPMENT OF HYDROPHOBIC PLATINUM CATALYST FOR OXIDATION OF TRITIUM IN JAEAY. Iwai, Y. Edao, H. Asahara, T. Hayashi

Po 2-61 OVERIEW OF MATERIALS FOR THE ITER VACUUM VESSELS. Fabritsiev, V. Barabash, C. Sborcia, C.-H. Choi, Y. Utin, J. Raval, F. Zacchia, A. Bayon, S. Wikman, H. Pathak

Po 2-64 THE INFLUENCE OF AN EXTERNAL MAGNETIC FIELD ON DAMAGE BY SELF-ION IRRADIATION IN FE-CR ALLOYSF. J. Sanchez, I. Garcia-Cortes, J. F. Marco, T. Leguey, D. Jimenez-Rey, W. Anwand, A. Maira, R. Vila, A. Ibarra

Po 2-65 STM OBSERVATION TO DETECT IRRADIATION-INDUCED DEFECT FORMED ON AU SURFACES BY HIGH ENERGETIC ION IRRADIATIONJ. Hirabayashi, M. Sato, K. Murakami, T. Okita

Po 2-66 IMPROVING THE DPA EQUATION TO ACCOUNT FOR ATHERMAL DEFECT RECOMBINATION AND RADIATION MIXING: ARC-DPA AND RPAK. Nordlund, A. E. Sand, F. Granberg, S. J. Zinkle, R. Stoller, R. S. Averback, T. Suzudo, L. Malerba, F. Banhart, W. J. Weber, F. Willaime, S. Dudarev, D. Simeone

Po 2-67 RAPID THERMAL ANNEALING (RTA) OF TUNGSTEN COATINGS ON CUCRZR: A NEW WAY FOR HIGH HEAT FLUX TESTING OF COATED PLASMA FACING COMPONENTS FOR THE WEST PROJECTC. Hernandez, J. M. Decams

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Po 2-68 HARDENING AND EMBRITTLEMENT EFFECTS OF CLAM STEEL IRRADIATED TO 21DPA IN STIP-VL. Peng, H. Ge, Y. Dai, Q. Huang

Po 2-69 THE EFFECT OF TRIPLE ION BEAM IRRADIATION (FE++HE+H) AT JANNUS ON BUBBLE FORMATION IN PURE EFDA FE.M. Roldán, P. Fernandez, R. Vila, A. Gomez-Herrero, F. Sanchez

Po 2-70 EFFECT OF STRESS STATE ON THE MICROSTRUCTURE, IRRADIATION CREEP AND SWELLING OF FE-18CR-10NI-TI STAINLESS STEEL IRRADIATED IN THE BOR-60 REACTORE. Makarov, V. Neustroev, D. Markelov, A. Obuhov, F. A. Garner

Po 2-71 STRUCTURAL TRANSFORMATIONS IN AUSTENITIC STAINLESS STEEL INDUCED BY DEUTERIUM IMPLANTATION. IRRADIATION AT 100 KV. I. Zhurba, O. M. Morozov, I. M. Neklyudov, O. V. Mats, A. D. Rud, N. A. Chernyak, V. O. Progolaieva

Po 2-72 MODELLING MICROSTRUCTURAL EVOLUTION IN FE-CR ALLOYS: NON-EQUILIBRIUM SEGREGATION AT DISLOCATION LOOPSD. Terentyev, I. Dopico, I. M. Bragado, P. Castrillo, N. Castin

Po 2-74 EFFECT OF OBSTACLE NANOSTRUCTURE ON THE MOVEMENT OF DISLOCATIONSF. Granberg, D. Terentyev, K. Nordlund

Po 2-75 PRIMARY RADIATION DAMAGE OF MECANICALLY LOADED IRON CRYSTALS WITH INTERFACESK. P. Zolnikov, A. V. Korchuganov, V. M. Chernov

Po 2-76 A NEW MATERIAL'S ISSUE FOR FUSION FIRST WALLS INVOLVING RADIATION- INDUCED ACCELERATION OF DEFORMATION-INDUCED MARTENSITE INSTABILITY OF STAINLESS STEELSM. N. Gussev, F. A. Garner, J. T. Busby, O. P. Maksimkin

Po 2-77 EFFECT OF HYDROGEN ON MICROSTRUCTURE EVOLUTION AND TENSILE PROPERTY IN IRRADIATED IRONN. Hashimoto, T. Kimura, S. Wang, S. Sakuraya, K. Takahashi, S. Ohnuki

Po 2-78 THE SURFACE MORPHOLOGY DEPENCENCE ON CRYSTAL ORIENTATION FOR HELIUM IRRADIATED TUNGSTENL. Garrison, G. Kulcinski

Po 2-79 BLISTER FORMATION ON 13CR2MONBVB STEEL EXPOSED TO HYDROGEN PLASMAG. D. Tolstolutskaya, A. V. Nikitin, V. V. Ruzhytskyi, I. M- Nekluydov, V. N. Voyevodin, I. E. Kopanets, S. A. Karpov

Po 2-80 SWELLING BEHAVIOR OF FMS STEELS UNDER FUSION AND SPALLATION CONDITIONSN. Okubo, N. Ishikawa

Po 2-81 IN SITU HE INJECTION AND DUAL ION IRRADIATION STUDIES OF REDUCED ACTIVATION TEMPERED MARTENSITIC STEELS AND NANOSTRUCTURED FERRITIC ALLOYSG. R. Odette, T. Yamamoto, Y. Wu, D. J. Edwards, H. J. Jung, R. J. Kurtz, S. Kondo, A. Kimura

Po 2-83 THERMAL CONDUCTIVITY MEASUREMENT OF HE-IRRADIATED SURFACE LAYER OF TUNGSTEN USING TRANSIENT THERMOREFLECTANCE METHODS. Qu, S. Bai, C. Li, Y. Jia, J. Guan, Z. Tang, W. Liu

Po 2-84 EFFECT OF DESIGN GEOMETRY OF THE DEMO FIRST WALL ON THE PLASMA HEAT LOADB. Bazylev, Y. Igitkhanov, L. Boccaccini

Po 2-85 DEVELOPMENT OF INTERATOMIC POTENTIAL FOR W-N-H SYSTEMJ. Polvi, K. Nordlund

Po 2-87 THE EFFECTS OF STACKING FAULT ENERGY ON THE INTERACTION MORPHOLOGIES BETWEEN A LINE DISLOCATION AND INTERSTITIAL-TYPE CLUSTERY. Hayashi, T. Okita, M. Itakura

Po 2-88 A STUDY OF HELIUM ACCUMULATION IN TENDRIL-LIKE GEOMETRY USING MOLECULAR DYNAMICSM. A. Cusentino, F. Sefta, M. Shield, B. D. Wirth

Po 2-89 INTERACTION BETWEEN MOVING DISLOCATION AND VACANCY-HYDROGEN COMPLEXES IN ALPHA-IRONH. Kubo, S. Wang, N. Hashimoto, S. Isobe, S. Ohnuki

Po 2-90 A PHASE-CUT METHOD FOR MODELING MIXED HELIUM AND DEFECT EVOLUTIOND. Xu, X. Hu, B. D, Wirth

Po 2-91 DISLOCATION DYNAMICS MODELING OF LOCALIZED PLASTICITY AND STRAIN BURSTS IN IRRADIATED COPPERB. Ramirez, G. Po, N. M. Ghoniem

Po 2-92 THE INFLUENCE OF HIGH-ENERGY NE IONS IRRADIATION ON DEUTERIUM PERMEATION AND RETENTION OF RAFM STEELSY. P. Xu, F. Liu, H. S. Zhou, X. C. Li, J. Wang, Z. Q. An, C. H. Zhang, G. N. Luo

Po 2-93 DEUTERIUM PERMEATION THOUGH STRUCTURAL MATERIALS FOR A FUSION REACTOR D. I. Cherkez, A. V. Spitsyn, A. V. Golubeva, V. M. Chernov

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Po 2-94 DYNAMIC ASSESSMENT OF TRITIUM ENVIRONMENTAL SAFETY FOR FUSION REACTOR DUE TO ROUTINE AND ACCIDENTAL RELEASEM. Ni, B. Nie, J. Jiang, Y. Wu, FDS team

Po 2-95 DETERMINATION OF TEMPERATURE DEPENDENCES OF REACTION RATES OF CHEMICAL ACTIVE GASES WITH HIGH-GRADE GRAPHITESI. Kenzhina, Y. Chikhray, V. Shestakov, A. Mukanova, S. Askerbekov, K. Abdullin, R. Nemkayeva, Y. Ponkratov, T. Kulsartov

Po 2-96 EVALUATION OF PB-LI COMPATIBILITY OF ODS FE-12CR-5AL ALLOYS K. A. Unocic, D. T. Hoelzer, P. D. Edmondson, B. A. Pint

Po 2-97 LONG-TERM CORROSION BEHAVIOR OF ODS-EUROFER IN FLOWING PB-15.7LI AT 550°C W. Krauss, S.-E. Wulf, J. Konys

Po 2-98 TRITIUM BARRIER BEHAVIORS OF FE-AL/AL2O3 COMPOSITE COATING ON CHINA LOW ACTIVATION MARTENSITIC STEELQ. Zhan, H. G. Yang, Y. Hatano, W. W. Zhao, X. M. Yuan, X. X. Zhu, X. C. Guo

Po 2-99 FULLERENE THIN FILMS APPLIED TO ODS STEELSD. Morrall, K. Yabuuchi, A. Kimura

Po 2-100 PREPARATION OF MULTI-LAMINATED CERAMIC/METAL COATINGS BY SOL-GEL AND CHEMICAL PLATING AS TRITIUM PERMEATION BARRIEK. Zhang, Q. Hu, S. Ning, Y. Liu, L. Dong, H. Chen

Po 2-101 NUCLEAR EDUCATION AT HACHINOHE INSTITUTE OF TECHNOLOGYM. Satou, T. Ishiyama, K. Abe, T. Muranaka, K. Kumagai, M. Saito, Y. Nejoh, N. Kurihara, S. Fujita

Poster Session 3

Po 3-02 DISPERSED BARRIER HARDENING PARAMETERS FROM ATOMISTIC SIMULATIONSR. E. Stoller, Y. N. Osetsky

Po 3-03 THE MECHANICAL DURABILITY OF 9CRWVTIN RAFM STEELS UNDER HIGH-TEMPERATURE CREEP TESTS AND 10000H AGING TESTSY. Zhang, C. Yu, T. Zhou, D. Liu, J. Suo

Po 3-04 EVALUATION OF LOCAL HARDNESS IN TRIPLE ION-IRRADIATED FERRITIC STEEL BY MEANS OF MULTI-SLICED NANO-INDENTATION METHODA. Sawa, S. Ohnuki, N. Hashimoto, S. Isobe

Po 3-05 INFLUENCE OF THE C CONTENT ON THE PERMEATION OF HYDROGEN IN Fe ALLOYS WITH LOW CONTENTS OF CI. Peñalva, G. Alberro, F. Legarda, C. J. Ortiz, R. Vila

Po 3-06 STUDY OF THE WETTABILITY OF FUSION RELEVANT STEELS BY THE SODIUM-POTASSIUM EUTECTIC ALLOY NAK-78A. Abou-Sena, F. Arbeiter, T. Böttcher

Po 3-07 PRELIMINARY STUDY ON THE IRRADIATION BEHAVIORS OF RAFM STEEL CLF-1P. Wang, J. Chen, Z. Xu

Po 3-08 MICROSTRUCTURE, CHEMICAL AND HARDNESS ANALYSES IN HEAT AFFECTED ZONE OF DISSIMILAR JOINT BETWEEN F82H AND SUS316L UNDER FIBER LASER WELDINGS. Kano, A. Oba, H. L. Yang, Y. Matsukawa, Y. Satoh, H. Serizawa, H. Sakasegawa, H. Tanigawa, H. Abe

Po 3-09 THE INFLUENCE OF SMALL-SPECIMEN GEOMETRY ON TENSILE PROPERTIES IN REDUCED ACTIVATION FERRITICSK. Abe, M. Satou, T. Iwashita, H. SuzukiI, H. Tanigawa

Po 3-11 DEVELOPMENT OF CAST NANOSTRUCTURED ALLOYS FOR FUSION REACTORSL. Tan, L. L. Snead, Y. Katoh

Po 3-12 CURRENT STATUS AND RECENT RESEARCH ACHIVMENTS OF THE NEUTRON IRRADIATION DAMAGE ON CLAM STEELJ. Xin, Q. Huang, Y. Wu, FDS team

Po 3-13 WELDIING COLD CRACK SENSITIVITY OF CHINA LOW ACTIVATION MARTENSITIC STEEL IN ITER CN TBM ASSEMBLYY. Zhai, B. Huang , C. Li, J. Zhang, Q. Huang, FDS team

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Po 3-14 CREEP PROPERTIES OF TUBES MADE OF FE-9CR AND FE-14CR ODS STEELSY. Ma, J. Chen, T. Rebac, Y. de Carlan

Po 3-15 INFLUENCE OF THE ADDITION OF FE2Y ON THE MICROSTRUCTURE AND TENSILE PROPERTIES OF ODS FERRITIC STEELS J. Macias, V. De Castro, T. Leguey, M. A. Auger, M. A. Monge, P. Spätig, N. Baluc, R. Pareja

Po 3-16 STRENGTH ANISOTROPY OF ROLLED 11CR-ODS STEELT. Tanno, H. Oka, S. Ohtsuka, Y. Yano, T. Kaito

Po 3-17 ADVANCED INVESTIGATIONS ON THE HIGH-TEMPERATURE TENSILE PROPERTY OF AN AUSTENITIC OXIDE DISPERSION-STRENGTHENED STEELJ. F. Stubbins, Y. Miao, Z. Zhou, K. Mo, X. Liu, K.- C. Lan, G. Zhang, J. Park, J. Almer

Po 3-18 OXIDE PARTICLE COARSENING AT TEMPERATURE OVER 1473 K IN 9CRODS STEELK. Nakamura, S. Ukai, N. Oono, T. Kaito, T. Torimaru, A. Kimura, S. Hayashi

Po 3-19 EFFECT OF NORMALIZING TEMPERATURE ON CREEP STRENGTH AND MICROSTRUCTURE OF 8CR-W-V-TA ODS STEELSK. Shinozuka, H. Esaka, H. Sakasegawa, H. Tanigawa

Po 3-20 TOWARDS MODELLING OF ODS STEELS: DEVELOPMENT OF AN INTERATOMIC POTENTIAL FOR THE Y-O SYSTEMM. Nagel, K. O. E. Henriksson

Po 3-21 SOLID-STATE MIXING BETWEEN THE ODS 14YWT ALLOY AND 9CR STEEL ALONG A FRICTION STIR WELDED BUTT JOINTD. Hoelzer, L. Tan, W. Tang, Z. Feng

Po 3-22 INFLUENCE OF THE NANO-PRECIPITATION INTENSITY ON THE MICROSTRUCTURE OF FERRITIC ODS ALLOYSB. Hary, C. Eiselt, P. Dinao, M.-H. Mathon, Y. de Carlan

Po 3-23 MODELING AND TESTING MINIATURE TORSION SPECIMENS FOR SIC JOINING DEVELOPMENT STUDIES FOR FUSIONC. H. Henager, B. N. Nguyen, R. J. Kurtz, T. Roosendaal, B. Borlaug, M. Ferraris, A. Ventrella, Y. Katoh

Po 3-24 FRACTRUE BEHAVIORS OF SiCf/SiC COMPOSITE TUBEJ. Y. Park, M. J. Ko, S. H. Kim, D. Kim, H.-G. Lee, W.-J. Kim

Po 3-25 HIGH-TEMPERATURE IN-PLANE AND INTER-LAMINAR STRENGTH ANISOTROPY MAPS OF SILICON CARBIDE COMPOSITEST. Nozawa, J.-S. Park, K. Ozawa, H. Tanigawa

Po 3-26 INTERFACE STUDY ON TUNGSTEN FIBER-REINFORCED TUNGSTEN BASED ON HOT-ISOSTATIC PRESSED TUNGSTENB. Jasper, J. W. Coenen, J. Du, T. Höschen, S. Schönen, J. Riesch, R. Neu, Ch. Linsmeier

Po 3-27 THE JOINING OF TUNGSTEN AND STEEL FOR PLASMA FACING COMPONENTS IN FUSION REACTORSS. Heuer, T. Weber, J. Matějíček, J. Linke, Ch. Linsmeier

Po 3-28 DEVELOPMENT OF NEWLY HIGH STRENGTH W/V/AU/ODS-CU JOINT USING HIP PROCESSH. Noto, T. Yamada, Y. Hishinuma, T. Muroga

Po 3-29 MANUFACTURING AND TESTING OF SELF-PASSIVATING TUNGSTEN ALLOYS OF DIFFERENT COMPOSITIONA. Calco, N. Ordás, I. Iturriza, J. Y. Pastor, E. Tejado, F. Koch, H. Greuner, G. Pintsuk, C. Sarbu, C. García-Rosales

Po 3-30 FABRICATION OF FUNCTIONALLY GRADED TUNGSTEN-STEEL LAMINATE PLASMA-FACING MATERIALL. Garrison, E. Ohriner

Po 3-31 THE EFFECT OF SELF-ION IRRADIATION ON MICROSTRUCTURAL DEVELOPMENT AND NANO-INDENTATION HARDNESS OF TUNGSTENT. Hwang, H. Usami, M. Fukuda, K. Yabuuchi, K. Ozawa, H. Tanigawa, S. Nogami, A. Hasegawa

Po 3-32 OVERALL PERFORMANCE OF SEVERAL TUNGSTEN GRADES WITH VARIOUS ROLLING REDUCTIONSX. Zhang, Q. Yan, S. Lang, L. Deng, Y. Wang, C. C. Ge

Po 3-33 MECHANICAL PROPERTIES OF HOT-ROLLED AND HOT-FORGED TUNGSTENR. Liu, T. Shen, Y. Dai, Y.J. Lee

Po 3-34 CHARACTERIZATION OF NANO-PARTICLE DISPERSION BEHAVIORS IN V-4CR-4TI ALLOYP. F. Zheng, R. Wei, X. Miao, S. Yang, J. M. Chen, T. Nagasaka, T. Muroga

Po 3-35 EFFECT OF ELECTRON IRRADIATION DAMAGE ON MECHANICAL PROPERTIES OF ROLLED AND RECRYSTALLIZED V-4CR-4TI ALLOYST. Ma, K. Zhou, C. Zhang, X. Hu, S. Cui, Z. Zhang, X. Fu

Po 3-36 EFFECT OF DISSOLVED OXYGEN AND HYDROGEN ON MECHANICAL PROPERTY OF SHEATH MATERIAL OF MINERAL INSULATION CABLE UNDER HIGH TEMPERATURE AND PRESSURE WATERT. Takeuchi, H. Nakano, H. Shibata, T. Uehara, Y. Matsui, K. Tsuchiya

Po 3-37 RETENTION IN TUNGSTEN RESULTING FROM EXTREMELY HIGH FLUENCE PLASMA EXPOSURER. P. Doerner, M. J. Baldwin, T. C. Lynch, J. H. Yu

Po 3-38 LITHIUM EVAPORATION EXPERIMENTS BY USING ARGON PLASMA DUMPINGW. Ou, W. W. Zhang, F. J. Gao, X. Cao

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Po 3-39 RESEARCH ON THE CHARACTERISTICS OF JOINING ON TUNGSTEN WITH STEELH.-Y. Chen, L.- M. Luo, J. Zhang, X. Zan, G.-N. Luo, P. Li, X.-Y. Zhu, Y.-C. Wu

Po 3-40 IN-PILE EXPERIMENTS WITH LITHIUM CPST. Kulsartov, Z. Zaurbekova, I. Tazhibayeva, Y. Ponkratov, Y. Gordienko, V. Baklanov, V. Gnyrya, Y. Chikhray, I. Kenzhina

Po 3-41 INVESTIGATION OF DAMAGES INDUCED BY ITER-RELEVANT HEAT LOADS DURING MASSIVE GAS INJECTIONS ON BERYLLIUMB. Spilker, J. Linke, T. Loewenhoff, G. Pintsuk, M. Wirtz

Po 3-42 STRENGTH OF FE-CF COMPOSITE MATERIALS WITH A HIGH THERMAL CONDUCTIVITYY. Sawa, X. Y. Zhao, N. Hashimoto, A. Kakitsuji, T. Imanishi, S. Ohnuki

Po 3-43 EXPERIMEMTAL STUDY OF THE CRACKS FORMATION ON THE PURE TUNGSTEN AND THE TUNGSTEN, WHICH IS COVERED BY LAYER OF BE-LIKE MATERIALS, UNDER PLASMA HEAT LOADS RELEVANT TO ITER TRANSIENT PLASMA EVENTSN. S. Klimov, V. A. Barsuk, A. D. Yaroshevskay, N. A. Danilina, A. B. Putrik, Y. M. Gasparyan, V. L. Podkovyrov, D.v. Kovalenko, A. M. Zhitlukhin

Po 3-44 SUPPRESSION OF BLISTERING FOR IRRADIATED TUNGSTEN EXPOSED TO D PLASMASX. L. Zhu, Y. Zhang, Y. Yuan, L. Cheng, G. De Temmerman, T. W. Morgan, L. Shi, G. H. Lu

Po 3-45 PLASMA SPRAYED TUNGSTEN COATING ON GRAPHITE FOR PLASMA FACING COMPONENT B. G. Hong, H. M. Lim, B. R. Kang, H. S. Kim

Po 3-46 A COMPARATIVE STUDY OF THE FATIGUE PROPERTIES OF TUNGSTEN FROM DIFFERENT PROCESSING ROUTESA. Lövberg, J. Habainy, S. Iyengar, Y. Lee, Y. Dai

Po 3-47 THE NATIVE HYDROGEN CONTENT IN EUROFER97S. Elgeti, T. Schwarz-Selinger, G. Manke

Po 3-48 IDENTIFICATION OF CHEMICAL ASSISTED PHYSICAL SPUTTERING OF TUNGSTEN VIA 6P-6S+ TRANSITION OF THE WD MOLECULE IN HIGH FLUX DEUTERIUM PLASMASS. Brezinsek, A. Pospieszczyk, M. laengner Ch. Brandt, G. Sergienko

Po 3-49 POWDER METALLURGICAL TUNGSTEN FIBER-REINFORCED TUNGSTEN (WF/W)J. W. Coenen, B. Jasper, J. Du, J. Riesch, T. Hoeschen, R. Neu, C. Linsmeier

Po 3-50 PRODUCTION AND CHARACTERIZATION OF WC-Cu THERMAL BARRIERSF. Guerreiro, U. V. Mardolcar, J. B. Correia, P. A. Carvalho, G. Pintsuk, M. Rieth, E. Alves, M. Dias

Po 3-51 DEVELOPMENT OF IRON-BASED COMPOSITES WITH HIGH THERMAL CONDUCTIVITY FOR DEMO REACTORX. Zhai, N. Hashimoto, A. Kakitsuji, T. Imanshi, S. Ohnuki

Po 3-52 DEFECTS ANNIHILATION BEHAVIOR OF NEUTRON-IRRADIATED SIC CERAMICS DENSIFIED BY LIQUID-PHASE-ASSISTED METHODS BY POST-IRRADIATION ANNEALINGM. I. Idris, T. Yano, K. Yoshida

Po 3-53 INVESTIGATION OF RADIATION RESISTANCE OF SEVERAL NOVEL POTENTIAL FUSION STRUCTURAL MATERIALS SYSTEMSC. Li, D. W. Clark, J. Brechtl, N. A. P. Kiran Kumar, C. Ang, A. G. Perez-Bergquist, H. Bei, C. M. Parish, S. J. Zinkle

Po 3-54 REACTIVITY AND THERMAL ANALYSIS OF SINGLE-PHASE BE12TI AND BE17TI2 BERYLLIDES AS ADVANCED NEUTRON MULTIPLIERSJ.- H. Kim, M. Nakamichi

Po 3-55 TRITIUM AND HELIUM RELEASE FROM BERYLLIUM PEBBLES IRRADIATED UP TO 3000 APPM HELIUMV. Chakin, R. Rolli, P. Vladimirov, A. Möslang

Po 3-56 SYNTHESIS METHOD OF HIGH-PURITY Li2TiO3 NANO-POWDER FOR TRITIUM BREEDING MATERIALY.- H. Park, K.- M. Min, S. Cho, M.- Y. Ahn

Po 3-57 DAMAGE PRODUCTION IN DISPLACEMENT CASCADES IN BEV. A. Borodin, P. V. Vladimirov

Po 3-58 MATERIAL DEVELOPMENT FOR ITER TBM AND BEYOND IN CHINAJ. M. Chen, K. M. Feng, X. C. Lai, Q. W. Huang, X. Liu, H. G. Yang, P. H. Wang, H. Y. Wang, F. R. Wan, Z. J. Zhou, Y. J. Feng, P. F. Zheng, D. L. Luo

Po 3-59 CONSTRUCTION AND EXPERIMENTS OF DRAGON PBLI LOOPS FOR FUSION MATERIALS EVALUATIONZ. Zhu, H. Wang, Z. Jiang, X. Li, Z. Meng, C. Liang, Q. Huang

Po 3-60 COMPARISON OF IN-VESSEL COMPONENTS FABRICATED BY TWO ADDITIVE MANUFACTURING METHODS: SELECTIVE LASER MELTING AND ELECTRON BEAM MELTING Y. Zhong, L.- E. Rännar, A. Koptioug, S. Wikman, D. Cui, Z. Shen

Po 3-61 HIGH HEAT FLUX TESTING OF FIRST WALL MOCK-UPS WITH AND WITHOUT NEUTRON IRRADIATIONG. Pintsuk, B. Bellin, A. Gervash, J. Linke, N. Litunovsky, P. Lorenzetto

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Po 3-62 ENGINEERING VALIDATION FOR LITHIUM TARGET FACITITY OF THE IFMIF IN IFMIF/EVEDA PROJECTE. Wakai, T. Kanemura, H. Kondo, Y. Hirakawa, E. Hoashi, S. Yoshihashi, T. Higashi, A. Suzuki, S. Fukada, J. Yagi, Y. Ito, Y. Tsuji, T. Ito, T. Yokomine, K. Nakaniwa, H. Tanaka,K. Watanbe, M. Ida, T. Furukawa, F. Groeschel, G. Micciche, P. Favuzza, F. S. Nitti, R. Heidinger, T. Terai, H. Horiike, M. Sugimoto, S. Ohira, J. Knaster

Po 3-63 ANSYS CREEP-FATIGUE ASSESSMENT TOOL FOR EUROFER97 COMPONENTSM. Mahler, F. Özkan, J. Aktaa

Po 3-65 QUANTUM STATISTICS IN FORMATION AND MIGRATION OF POINT-DEFECTS IN METALSH. Wen, C. H. Woo

Po 3-66 NEUTRON IRRADIATION EFFECTS AND RECOVERY OF AL2O3, Y2O3 AND YTTRIUM- ALUMINUM GARNET AS SINTERING ADDITIVES FOR SIC/SIC COMPOSITEST. Yano, H. Konishi, M. I. Idris, K. Yoshida

Po 3-67 THE INFLUENCE OF CARBON ON POINT DEFECT PROPERTIES OF FE-CR ALLOYSG. Apostolopoulos, V. Lukianova, Z. Kotsina, A. Lagoyannis, K. Mergia, S. Harissopoulos, S. Messoloras

Po 3-68 THEORETICAL MODELLING OF RADIATION SWELLING BEHAVIOR IN TUNGSTEN UNDER FAST NEUTRON AND ION IRRADIATIONS AT HIGH DOSES AND TEMPERATURESA. I. Ryazanov, T. I. Mogiluk, L. A. Maksimov

Po 3-69 THE INFLUENCE OF HEAT LOAD ON MICROSTRUCTURE IN IRRADIATED 316L STAINLESS STEELE. Suzuki, N. Hashimoto, S. Isobe, S. Ohnuki

Po 3-70 KINETIC MODELING OF HELIUM EFFECTS ON MICROSTRUCTURAL EVOLUTION IN RAFM STEEL DURING IRRADIATIONY. Watanabe, K. Morishita, T. Nakasuji, M. Ando, H. Tanigawa

Po 3-71 POROSITY DEVELOPMENT IN VANADIUM AT SEQUENTIAL IRRADIATION BY HE+-40 KEV AND NI2+-7,5 MEV IONS AT 923 KM. S. Staltsov, I. I. Chernov, B. A. Kalin, Aung Kyaw Zaw, M. V. Drozhzhina,I. D. Nikolaeva, V. A. Romanov, S. V. Bazhal, A. I. Glotov, P.B. Lagov

Po 3-72 EFFECT OF HIGH ENERGY ELECTRON IRRADIATION TO THE OXIDE NANO-PARTICLES IN 9CR AND 12CR ODS STEELSF. Li, H. Abe, Y. F. Li, J. Shen, S. Kano, Y. Matsukawa, Y. Satoh, T. Nagasaka, T. Muroga, T. Nagase, H. Yasuda

Po 3-73 TEMPERATURE DEPENDENT SURFACE MODIFICATION OF NIOBIUM BY LOW ENERGY HE+ ION IRRADIATIONT. J. Novakowski, J. K. Tripathi, S. Gonderman, A. Hassanein

Po 3-74 SYNERGISTIC EFFECT OF DEUTERIUM EXPOSURE, HIGH HEAT LOADING AND DISPLACEMENT DAMAGE ON THE HARDENING OF TUNGSTENI. Uytdenhouwen, M. Wirtz, T. Schwarz-Selinger, J. W. Coenen

Po 3-75 FATIGUE LIFE ASSESSMENT OF IRRADIATED REDUCED ACTIVATION FERRITIC/MARTENSITIC STEEL S. Nogami, W. Guan, M. Yamazaki, A. Hasegawa

Po 3-77 SIMULTANEOUS HE/NEUTRON IRRADIATION EFFECTS ON OXIDE- DISPERSION-STRENGTHENED (ODS) FERRITIC ALLOYH. J. Jung, D. Edwards, A. Certain, R. J. Kurtz, T. Yamamoto, Y. Wu, G. R. Odette

Po 3-78 THE INFLUENCE OF PRE-IMPLANTED HELIUM IONS ON TEMPERATURE RANGES OF HYDROGEN RETENTION IN AUSTENITIC STAINLESS STEELO. M. Morozov, I. M. Neklyudov, V. I. Zhurba

Po 3-79 A NOVEL TECHNIQUE FOR CONDUCTING DUAL-ION AND TRIPLE-ION STUDIES ON EFFECTS OF HELIUM AND HYDROGEN ON VOID SWELLING OF FERRITIC- MARTENSITIC ALLOYSA. S. Kalchenko, J. Kupriyanova, O. V. Borodin, V. V. Bryk, V. N. Voyevodin, G. D. Tolstolutskaya, F. A. Garner

Po 3-80 EFFECTS OF KEV DEUTIRIUM ION-IRRADIATION ON SURFACE AND STRUCTURAL CHANGES IN POLYIMIDEJ. W. Ba, H. Wang, F. L. Yang, Y. H. Chang

Po 3-81 IRRADIATED-MATERIALS MICROSCOPY IN THE ORNL LAMDA FACILITYC. M. Parish, N. A. P. Kiran Kumar, P. D. Edmondson, K. G. Field, C. Silva, A. M. Williams, K. Linton, K. J. Leonard

Po 3-82 SIZE DEPENDENCE AND INTERACTION MECHANISM OF NANO-SIZED BUBBLESWITH DISLOCATIONS IN COPPERS. Shi, N. Oono, S. Ukai, K. Tougou, K.- I. Fukumoto, R. Ishida, M. Ohnuma, Y. Abe

Po 3-83 INVESTIGATION OF FE-Y2TI2O7 BILAYERS: SURROGATE INTERFACES TO FURTHER NANOSTRUCTURED FERRITIC ALLOY UNDERSTANDINGT. Stan, Y. Wu, S. Kraemer, G. R. Odette

Po 3-84 MECHANICS OF BINARY CRUSHABLE GRANULAR ASSEMBLY THROUGH DISCRETE ELEMENT METHODR. K. Desu, A. Panicker, R. K. Annabattula, Y. Gan, M. Kamlah

Po 3-85 ATOMISTIC SIMULATIONS OF D IRRADIATION ON FE-ALLOYS IN ITER VACUUM VESSELE. Safi, J. Polvi, K. Nordlund

Po 3-86 ATOMISTIC STUDY OF GRAIN BOUNDARY INTERACTIONS WITH HELIUM UNDER TENSILE STRESS IN ALPHA-IRON J. Y. Shi, F. Gao, L. Peng, M. Y. Ye, M. A. Tschopp

Po 3-87 MD SIMULATIONS TO EVALUATE THE EFFECTS OF STACKING FAULT ENERGY ON COLLISION CASCADET. Dojo, Y. Yang, Y. Hayashi, T. Okita, M. Itakura

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Po 3-88 DAMAGE RATE DEPENDENCE OF FORMATION KINETICS OF DEFECT CLUSTERS CREATED IN MATERIALS DURING IRRADIATIONK. Morishita, T. Nakasuji, Y. Yamamoto

Po 3-90 DYNAMIC MODIFICATION OF DISLOCATIONS FROM NEARBY COLLISION CASCADESM. J. Aliaga, E. Martínez, M. J. Caturla

Po 3-91 THERMO-MECHANICAL PROPERTIES OF IRRADIATED BCC POLYCRYSTALS BY MULTI-SCALE MODELINGH. I. Duan, X. Z. Xiao, D. Terentyev, D. K. Song

Po 3-92 TUNGSTEN DUST IN FUSION DEVICES: IMPACT OF MORPHOLOGY AND CHARACTERISTICS OF VARIOUS TUNGSTEN NANO-PARTICLES ON TRITIUM RETENTION AND DESORPTION E. Bernard, F. Jambon, C. Grisolia, E. Hodille, J. Chene, S. Garcia-Argote, G. Pieters, D. Vrel, S. Dine, V. Malard, F. Gensdarmes, C. Monsanglant-Louvet, S. Peillon, G. Dinescu, T. Ascente, Ph. Delaporte, B. Rousseau

Po 3-93 DEUTERIUM RETENTION IN TUNGSTEN AND TUNGSTEN ALLOYS IRRADIATED WITH ENERGETIC PARTICLES AT ELEVATED TEMPERTURESY. Hatano, K. Ami, V. K. Alimov, T. Toyama, H. Kurishita, M. Fukuda, A. Hasegawa, S. Kondo, T. Hinoki, K. Sugiyama, Y. Oya, M. Yajima, T. Muroga, N. Ohno, M. Oyaidzu, T. Hayashi

Po 3-94 FUEL RETENTION DIAGNOSTIC SET-UP FOR BERYLLIUM & TRITIUM CONTAMINATED SAMPLESG. Sergienko, H. G. Esser, A. Terra, D. Nicolai, B. Schweer, A. Huber, M. Freisinger

Po 3-95 IMPROVEMENT OF HIGH-TEMPERATURE OXIDATION RESISTANCE AT 1200 ºC IN ZR ADDED FECRAL ODS STEELSY. Shizukawa, S. Ukai, N. Oono, S. Hayashi, S. Ohtsuka, T. Kaito, T. Torimaru, A. Kimura

Po 3-96 LONG-TIME EXPOSITION OF FERRITIC 14CR ODS AND EUROFER’97 STEELS TO FLOWING HELIUM AT 720˚CH. Hadraba, A. Hojna, J. Matejicek, F. Di Gabriele

Po 3-97 OVERVIEW OF TRITIUM PERMEATION BARRIER DEVELOPMENT IN CAEPG. Zhang, C. A. Chen, X. Xiang, X. C.Lai, X. Wang

Po 3-98 CORROSION RESISTANCE OF AL-BASED COATINGS IN FLOWING PB-15.7LI PRODUCED BY ALUMINUM ELECTRODEPOSITION FROM IONIC LIQUIDSS.- E. Wulf, W. Krauss, J. Konys

Po 3-99 YTTRIUM OXIDE COATINGS AS TRITIUM PERMEATION BARRIERSJ. Engels, A. Houben, Ch. Linsmeier

Po 3-100 EFFECT OF THERMAL AGING ON MICROSTRUCTURE AND MECHANICAL PROPERTY OF HIGH-CR OXIDE DISPERSION STRENGTHENED FERRITIC STEELSW. Han, A. Kimura, S. Ukai, N. Oono, T. Kaito, T. Torimaru, S. Hayashi

Poster Session 4

Po 4-01 FERRITIC MARTENSITIC STEELS SERVED AS STRUCTURE MATERIALS IN A D-T FUSION REACTORC. A. Chen, B. Wang, L. B. Liu, X. Xiang, Y. H. Chang

Po 4-02 IMPROVEMENT OF MECHANICAL AND MICROSTRUCTURAL PROPERTIES OF EUROFER THROUGH THERMO-MECHANICAL TREATMENTJ. Hoffmann, M. Rieth, L. Commin, S. Baumgärtner, D. Bolich, B. Dafferner, M. Hoffmann

Po 4-03 CORRELATION BETWEEN MICROSTRUCTURE, THERMAL TREATMENT AND HIGH TEMPERATURE PROPERTIES OF A REDUCED ACTIVATION EUROFER GRADEA. Puype, R. Petrov, J. Sietsma, L. Malerba, N. De Wispelaere

Po 4-04 MICROSTRUCTURE AND MECHANICAL PROPERTIES OF THE E-BEAM WELDED JOINT OF ARAA STEEL FOR THE KO HCCR TBMJ. S. Yoon, S.- K. Kim, E. H. Lee, H. G. Jin, D. W. Lee, K. I. Shin, S. Cho

Po 4-05 RADIATION TOLERANCE OF FE-CR-AL ALLOYS: ROLE OF AL AND CR ON PHASE STABILITY UNDER NEUTRON IRRADIATIONK. Field, S. Briggs, P. Edmondson, X. Hu, K. Littrell, Y. Yamamoto, L. L. Snead

Po 4-06 REHEATING CRACKING SUSCEPTIBILITY IN THE WELD HEAT-AFFECTED ZONE OF 8CR-2W-VTA REDUCED ACTIVATION FERRITIC-MARTENSITIC STEEL FOR FUSION REACTORJ. Moon, C.-H. Lee, J. Y. Park, T.-H. Lee, H. C. Kim

Po 4-07 POSITRON ANNIHILATION COINCIDENCE DOPPLER BROADENING STUDY OF THE IRRADIATION-ENHANCED PRECIPITATION IN ELECTRON IRRADIATED FE-40CR ALLOYT. Onitsuka, K. Sato, K.- I. Fukumoto

Po 4-08 PRODUCTION OF ALTERNATIVE ALLOYS FOR FUSION LOW TEMPERATURE APPLICATIONS C. Cristalli, L. Pilloni

Po 4-09 EFFECT OF SUBSTITUTING TITANIUM FOR TANTALUM ON MECHANICAL PROPER-TIES OF REDUCED ACTIVATION FERRITIC-MARTENSITIC STEELJ. Y. Park, C.-H. Lee, J. Moon, T.-H. Lee, H. C. Kim

Po 4-10 EVALUATION OF SOLID SOLUTION CARBON IN F82H STEELSS. Kano, H. Yang, Y. Matsukawa, Y. Satoh, H. Sakasegawa, H. Tanigawa, H. Abe

Po 4-11 DATABASE ASSESSMENT OF REDUCED ACTIVATION FERRITIC/MARTENSITIC STEEL, F82H AS THE FUSION BLANKET STRUCTURAL MATERIALT. Hirose, H. Sakasegawa, M. Nakajima, H. Tanigawa, H. Tanigawa, Y. Katoh

Po 4-12 IRRADIATION HARDENING OF F82H NEUTRON-IRRADIATED UP TO 85 DPAM. Ando, H. Sakasegawa, T. Hirose, N. Okubo, H. Tanigawa, Y. Katoh

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Po 4-13 IDENTIFICATION OF CR-Y-O NANO-CLUSTER IN A 14CR OXIDE DISPERSION STRENGTHENED STEELX. Hu, Y. Wei, W. Wang, Y. Shan, K. Yang

Po 4-14 MECHANICAL PROPERTIES OF ODS FERRITIC STEELS, PRODUCED BY A SIMPLIFIED ROUTE WITHOUT MECHANICAL ALLOYING, AFTER THERMOMECHANICAL TREATMENTSE. Gil, N. Ordas, J. Hoffmann, M. Rieth, C. Garcia-Rosales, I. Iturriza

Po 4-15 THERMODYNAMIC APPROACH TO THE STABILITY OF MULTIPHASE SYSTEMS: APPLICATION TO THE Y2O3 – FE SYSTEMG. D. Samolyuk, Y. N. Osetsky

Po 4-16 INVESTIGATION OF HOT ISOSTATIC PRESSING TEMPERATURE EFFECT ON MICROSTRUCTURE AND MECHANICAL PROPERTIES OF 14CR ODS STEELS BY SAXSR. Xie, Z. Lu, C. M. Liu

Po 4-17 EFFECTS OF YTTRIA/TI CONTENTS AND CONSOLIDATION TEMPERATURE ON MICROSTRUCTURE AND PROPERTIES OF ODS STEELS Z. Lu, C. Y. Lu, R. Xie, C.M. Liu

Po 4-18 PRECIPITATION OF OXIDE PARTICLES IN ODS FERRITIC STEELSN. Oono, K. Nakamura, S. Ukai, N. Ebisawa, K. Tomura, Y. Nagai, S. Hayashi, S. Yoneda, T. Okuda, S. Ohtsuka

Po 4-19 PROGRESS IN OXIDE DISPERSION STRENGTHENED STEELS R&D TOWARDS APPLICATIONS TO FUSION BLANKETSA. Kimura, W. Han, Y. S. Ha, R. Kasada, K. Yabuuchi, D. S. Chen, T. Okuda, S. Ukai, S. Ohtsuka, P. Dou, S. H. Noh

Po 4-20 ODS-MATERIALS FOR HIGH TEMPERATURE APPLICATIONS IN ADVANCED NUCLEAR SYSTEMSC. C. Eiselt, H. Schendzielorz, A. Seubert, B. Hary, Y. de Carlan, P. Diano, B. Perrin, D. Cedat

Po 4-22 TRAPPING AND THERMAL DIFFUSION FOR ENERGETIC DEUTERIUM IMPLANTED INTO SICA. Moroño, F. Sanchez, M. Malo, E.R. Hodgson

Po 4-23 DEUTERIUM PERMEATION BEHAVIOR OF Al2O3/Cr2O3 COMPOSITE FILMS. Li, D. He, X. Liu, Y. Lei, H. Zhang, C. Zhang, Q. Lv, Y. Wu, L. Jiang

Po 4-25 WHERE ARE THE LIMITS FOR THE FUSION-RELEVANT SIC/SIC COMPOSITES?S. Novak, A. Ivekovic, A. Galatanu, D. Blagoeva, J. Pastor

Po 4-26 MECHANICAL AND MICROSTRUCTURAL PROPERTIES OF VARIOUS SINTERED PIM-W MATERIALS S. Antusch, J. Hoffmann, G. Pintsuk, M. Rieth

Po 4-27 VACANCY COMPLEXES WITH H AND HE IN TUNGSTEN FROM FIRST PRINCIPLESG. D. Samolyuk, Y. N. Osetsky, X. Hu, R. E. Stoller

Po 4-28 GRAIN BOUNDARY BEHAVIOR OF W/TAC ALLOY UNDER HE ION IRRADIATIONX. Tan, L.- M. Luo, H. Chen, P. Li, X. Zan, X. Zhu, G. Luo, J. Cheng, Y. Wu

Po 4-30 PERFORMANCE EVALUATION OF DIFFERENT GRADE TUNGSTEN AND TUNGSTEN ALLOYS AS PLASMA FACING MATERIALSL. Xiang, L. Youyun

Po 4-31 INVESTIGATIONS ON THE TECHNICAL PRODUCTION OF SELF-PASSIVATING TUNGSTEN ALLOYSF. Koch, J. Brinkmann, U. Siefken, I. Florko, S. Elgeti, G. Matern, A. Wiltner, A. Calvo, C. García-Rosales

Po 4-32 BEHAVIOR OF W-BASED MATERIALS IN HOT HELIUM GASJ. Matejicek, H. Hadraba, M. Vilemova, F. Di Gabriele

Po 4-33 MODELING OF HYDROGEN PROPERTIES AND DESORPTION KINETICS IN TUNGSTENS. E. Kovalskiy, M. A. Fedina, M. g. Ganchenkova, V. A. Borodin

Po 4-34 EFFECT OF POST-WELD HEAT TREATMENT ON MICROSTRUCTURE, HARDNESS AND IMPACT PROPERTIES (77 K) OF ELECTRON BEAM WELDS OF NIFS-HEAT-2 AND CEA-J57 GRADES OF V-4TI-4CR ALLOYV. Tsisar, T. Nagasaka, M. Le Flem, O. Yeliseyeva, J. Konys, T. Muroga

Po 4-35 OXIDE DISPERSION STRENGTHENED CU FOR DIVERTOR APPLICATIONS MANUFACTURED BY MILLING AND FIELD ASSISTED SINTERINGA. Morrison, P. S. Grant

Po 4-37 ATOMIC HYDROGEN PROBE WITH PDCU MEMBRANE IN QUESTM. Onaka, I. Takagi, H. Zushi, A. A. Kuzmin

Po 4-38 LITHIUM SPREADING AND OXIDATIONC. H. Skinner, A. M. Capece, C. A. Hart, J. P. Roszell, B. E. Koel

Po 4-39 POST MORTEM ANALYSIS OF A TUNGSTEN COATED TILE FROM THE OUTER DIVERTOR STRIKE POINT REGION OF ASDEX UPGRADEE. Fortuna-Zalesna, M. Andrzejczuk, L. Ciupinski, K. Sugiyama, M. Mayer, K. J. Kurzydlowski, ASDEX Upgrade Team

Po 4-40 HYDROGEN INVENTORY OF ACTIVELY COOLED TUNGSTEN EXPOSED TO HIGH HEAT LOADING GENERATED BY H/HE FLUXESH. Greuner, H. Maier, K. Schmid, T. Schwarz-Selinger

Po 4-42 OVERVIEW OF DEPOSITION AND FUEL INVENTORY IN CASTELLATED BERYLLIUM LIMITERS AT JET WITH THE ITER-LIKE WALLM. Rubel, P. Petersson, C. Lungu, J. P. Coad, C. F. Ayres, J. Linke, G. Pintsuk, C. Porosnicu, A. Widdowson, JET contributors

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Po 4-43 FUEL RETENTION IN TUNGSTEN UNDER COMBINED HIGH CYCLE ELM-LIKE HEAT LOADS AND STEADY-STATE PLASMA EXPOSURE A. Huber, G. Sergienko, M. Wirtz, I. Steudel, A. Arakcheev, A. Burdakov, H. G. Esser, A. Kreter, J. Linke, Ch. Linsmeier, Ph. Mertens, S. Möller, M. Reinhart, B. Unterberg

Po 4-44 DEVELOPMENT OF LOW PRESSURE PLASMA SPRAY TUNGSTEN COATING ON CARBON AND MEASUREMENT OF TRITIUM RETENTIONR. Furui, Y. Hatano, M. Tokitani, S. Masuzaki, T. Nagasaka, T. Hinoki, T. Takabatake, N. Kuroki, N. Yoshida, K. Matsuda, M. Matsuyama

Po 4-46 SIMULATION OF BE ARMOUR CRACKING UNDER ITER-LIKE TRANSIENT HEAT LOADSS. Pestchanyi, B. Spilker

Po 4-47 EFFECT OF LOW ENERGY HELIUM IRRADIATION ON MECHANICAL PROPERTIES OF TUNGSTENK. Tokunaga, H. Osaki, H. Kuisgita, s. Matsuo, S. Nagata, B. Tsuchiya, K. Araki, A. Kawaguchi, T. Fujiwara, M. Hasegawa, K. Nakamura

Po 4-48 PREPARATION OF CHEMICAL VAPOR DEPOSITION TUNGSTEN COATINGP. Huang, C.c Ge, X. F. Zhang, M. Xia, X. G. Zhang

Po 4-49 FABRICATION AND CHARACTERIZATION OF ODS CU-1%YG. Carro, A. Muñoz, B. Savoini, M. Monge, R. Pareja

Po 4-50 PROCESSING AND MICROSTRUCTURE OF W-15WT%(CU-0.8Y) COMPOSITE FABRICATED BY HOT ISOSTATIC PRESSINGA. Hernandez-Perez, M. A. Monge, A. Muñoz, B. Savoini, R. Pareja

Po 4-51 DEVELOPMENT OF PLASMA-FACING COMPONENT BASED ON PLASMA SPRAY METHODH. S. Kim, P. Y. Oh, B. G. Hong, S. Y. Moon

Po 4-52 COMPARATIVE SMALL ANGLE NEUTRON SCATTERING (SANS) STUDY OF EUROFER STEEL NEUTRON IRRADIATED IN MIXED (HFR) AND FAST SPECTRUM (BOR 60) REACTORSR. Coppola, E. Gaganidze, M. Klimenkov, C. Dethloff, R. Lindau, M. Valli, J. Aktaa, A. Möslang

Po 4-53 INVESTIGATIONS OF IRRADIATION EFFECT OF FAST PARTICLES ON THE PHYSICAL-MECHANICAL PROPERTIES AND MICROSTRUCTURE CHANGES OF TUNSTEN AT HIGH TEMPERATURESA. I. Ryazanov,, V. I. Vybyvanets, A. A. Yasterbkov, S. T. Latushkin, E. D. Olshansky, M. A. Petuhov, E. V. Semenov, V. N. Unezhev

Po 4-54 LI4SIO4 BASED BREEDER CERAMICS WITH LI2TIO3, LIALO2 AND LIXLAYTIO3 ADDITIONSM. H. H. Kolb, K. Mukai, R. Knitter, T. Hoshino

Po 4-55 IRRADIATION FACILITY TO TEST DEUTERIUM RELEASE AND CHEMICAL STABILITY OF CERAMIC BREEDER MATERIALSE. Hodgson, M. Malo, A. Moroño, M. González

Po 4-56 CO2 ABSORPTION CHARACTERISTICS OF A BLANKET CANDIDATE MATERIAL LI2TIO3 UNDER EXTENDED CONDITIONSY. Furuyama, R. Nakamori, S. Nagai, A. Taniike, H. Samata, A. Kitamura

Po 4-57 SELF-INTERSTITIAL MOBILITY IN BERYLLIUM AND ZIRCONIUMP. V. Vladimirov, M.G. Ganchenkova, V. A. Borodin

Po 4-59 R&D ACTIVITIES AND LATEST PROGRESS OF THE DUAL FUNCTIONAL LEAD LITHIUM TEST BLANKET MODULE PROJECTJ. Yu, M. Ni, C. Liang, C. Li, Z. Zhu, S. Liu, J. Jiang, Q. Huang, Y. Wu, FDS TEAM

Po 4-60 EFFECT OF NEUTRON IRRADIATION DOSE AND IRRADIATION TEMPERATURE ON TENSILE PROPERTIES OF AUSTENITIC STEELS XM-19 AND 316 L(N) FOR THE ITER APPLICATIONS. Fabritsiev, A. Pokrovsky, V. Barabash

Po 4-61 COMPARATIVE STUDY OF SS/CUCRZR JOINTS PRODUCED BY EXPLOSION BONDING AND HOT ISOSTATIC PRESSINGA. Gervash, I. Mazul, D. Glazunov, V. Denisov, A. Klaytskin

Po 4-62 THERMO-STRUCTURAL ANALYSIS OF INTEGRATED BACK PLATE OF IFMIF LITHIUM TARGETE. Wakai, K. Watanabe

Po 4-63 ACTIVATION OF ITER SHIELDING BLANKET AND THE SENSIBILITY ANALYSISQ. Yang, C. Chen, S. Yu, J. Jiang, Y. Wu, FDS Team

Po 4-64 MIGRATION BEHAVIORS OF RHENIUM AND OSMIUM INTERSTITIALS IN TUNGSTEN: AB INITIO INFORMED KINETIC MONTE CARLO STUDYT. Suzudo

Po 4-65 LOW ANGLE TILT BOUNDARY SINK STRENGTHS FOR SELF-POINT DEFECTS IN BCC IRON AND VANADIUM CRYSTALSA. B. Sivak, P. A. Sivak, V. M. Chernov

Po 4-66 ATOMISTIC SIMULATIONS OF RADIATION DAMAGE IN HIGH ENTROPY ALLOYS F. Djurabekova, M. Ullah, F. Granberg, K. Nordlund, K. Jin, Y. Zhang, W. J. Weber

Po 4-67 FE+ ION IRRADIATION INDUCED CHANGES IN STRUCTURAL AND MAGNETIC PROPERTIES OF IRON FILMSK. Papamichail, K. Mergia, F. Ott, Y. Serruys, Th. Speliotis, G. Apostolopoulos, S. Messoloras

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Po 4-68 BUBBLE FORMATION IN DUAL-BEAM HE/FE IRRADIATED EUROFER97B. Kaiser, C. Dethloff, E. Gaganidze, D. Brimbal, L. Beck, P. Trocellier, J. Aktaa

Po 4-69 DISLOCATION LOOPS IN HIGH PURE FE-CR ALLOYS AFTER PROTON IRRADIATIONJ. Chen, R. Schaüblin, F. Duval

Po 4-70 VOID SWELLING AND MICROSTRUCTURAL DEVELOPMENT OF FE-18CR-10NI-TI STEEL FOLLOWING 41 YEARS OF REACTOR EXPOSURE TO 56-150 DPA AND 320-380°CV. Neustroev, E. Makarov, D. Markelov, A. Obuhov, I. Yu. Zhemkov, F. A. Garner

Po 4-71 MICROSTRUCTURAL CHARACTERIZATION OF NEUTRON IRRADIATED TUNGSTENM. Klimenkov, U. Jäntsch, M. Rieth, H.- C. Schneider, D. E. J. Armstrong, J. Gibson, S. G. Roberts

Po 4-72 SELF-ION IRRADIATION OF HE-PREIMPLANTED AND CO-IMPLANTED F-M ALLOY T91Z. Jiao, E. Getto, S. Taller, D. Kaoumi, G. S. Was

Po 4-73 XAFS INVESTIGATIONS OF Y-TI-ENRICHED NANOMETRIC OXIDES IN ODS FERRITIC STEELS AFTER NEUTRON IRRADIATION IN EXPERIMENTAL REACTORSD. Menut, S. Conradson, S. Cammelli, J.- L. Bechade, D. Chateigner, M. Morales

Po 4-75 SURFACE ORIENTATION DEPENDENCE OF ION-IRRADIATION HARDENING IN TUNGSTEN SINGLE CRYSTALE. Hasenhuetl, K. Yabuuchi, W. Han, Z. Zhang, Y. Ha, A. Kimura

Po 4-76 LOW TEMPERATURE EMBRITTLEMENT OF METALS WITH DIFFERENT CRYSTAL LATTICES - DISLOCATION MODELV. M. Chernov, B. K. Kardashev

Po 4-77 GROWTH OF HE BUBBLES AND EMISSION OF DISLOCATION LOOPS IN THE BULK AND AT GRAIN BOUNDARIES IN IRONF. Gao, L. Yang, R. J. Kurtz

Po 4-79 HYDROGEN EFFECT ON EQUILIBRIUM SHAPE OF GAS BUBBLES IN BERYLLIUMD. V. Bachurin, P. V. Vladimirov

Po 4-80 MULTISCALE MODELING OF HYDROGEN BEHAVIOR ON BERYLLIUM-(0001)-SURFACEC. Stihl, D. V. Bachurin, P. V. Vladimirov, A. Möslang

Po 4-81 ADVANCED ELECTRON MICROSCOPY OF IRRADIATED CERAMICSC. M. Parish, T. Koyanagi, T. J. Gerckzak, D. N. Leonard, X. Sang, J.M. LeBeau, G. Samolyuk, M. P. Oxley, S. Kondo, Y. Katoh

Po 4-82 HELIUM PRE-IMPLANTATION EFFECT ON D RETENTION IN ION-DAMAGED WM. Oya, C. N. Taylor, M. Shimada, Y. Hamaji, Y. Nobuta, Y. Yamauchi, Y. Oya, Y. Hatano, Y. Ueda

Po 4-84 CODE VALIDATION AND EXPERIMENTAL PLAN FOR MHD BUOYANCY ANALYSIS IN FUSION LIQUID METAL BLANKETSZ. Meng, M. Ni, T. Zhou, Z. Zhu, J. Jiang, FDS Team

Po 4-85 HOW DOES TUNGSTEN GET CRACKED UNDER ELM-LIKE TRANSIENT THERMAL LOADS? : A FRACTURE MECHANICS STUDY M. Li, J.-H. You

Po 4-86 MODELING FOR A CONSERVATIVE CLIMB OF AN INTERSTITIAL-TYPE DEFECT CLUSTER TOWARD AN EDGE DISLOCATION IN FES. Fujita, T. Okita, M. Aichi

Po 4-88 MOLECULAR DYNAMICS INVESTIGATION OF DISLOCATION PINNING BY A FACETED VOID IN BODY-CENTERED CUBIC IRONK. Yabuuchi, T. Suzudo

Po 4-89 HIGH DOSE ION IMPLANTATION OF B.C.C. FE: MECHANISMS OF FORMATION OF <100> LOOPS FROM KINETIC MODELSM. J. Aliaga, I. Martin-Bragado, M. J. Caturla

Po 4-90 FORMATION OF <100> VACANCY LOOPS UNDER ION IMPLANTATION IN B.C.C. FEM. J. Aliaga, R. Schäublin, J.F. Löffler, M. J. Caturla

Po 4-91 AB INITIO MODELLING OF DISLOCATIONS IN BCC METALSL. Ventelon, B. Lüthi, L. Dezerald, D. Rodney, F. Willaime

Po 4-92 STUDY OF V4CR4TI ALLOY SORPTION FROM A HYDROGEN ISOTOPES MIXTURET. Kulsartov, Y. Chikhray, V. Shestakov, I. Kenzhina, Z. Faizullaeva, I. Tazhibayeva, Y. Gordienko, Z. Zaurbekova, Y. Ponkratov

Po 4-93 INTERACTIONS OF DEUTERIUM WITH DEFECTS CREATED IN TUNGSTEN BY IRRADIATION OF HIGH ENERGY ELECTRONSK. Ami, Y. Hatano, T. Toyama, H. Kurishita, K. Tada, K. Sato, Q. Xu

Po 4-94 SCC BEHAVIOR OF SENSITIZED SUS316L STEEL IN HOT WATER DISSOLVED WITH HYDROGENK. Kawakita, T. Yamaguchi, K. Yabuuchi, A. Kimura

Po 4-95 ONLINE MONITORING OF OXIDE LAYER STRUCTURE BY ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY FOR FUSION BLANKET SYSTEMSN. Suzuki, M. Kondo, T. Tanaka, Y. Matusmura

Po 4-96 EMBRITTLEMENT OF 14CR FERRITIC ODS STEELS IN LIQUID LEADH. Hadraba, R. Husak, A. Hojna, F. Di Gabriele

Po 4-98 RESEARCH PROGRESS OF TRITIUM PERMEATION BARRIER ON COMPLEX SHAPE RAFM STEEL FOR CN HCCB TBM IN CIAEX. Yuan, H. Yang, W. Zhao, Q. Zhan

5150

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Po 4-99 TRITIUM PERMEATION BEHAVIOR THROUGH PYROLYTIC CARBON IN TRITIUM PRODUCTION USING HIGH-TEMPERATURE GAS-COOLED REACTOR FOR FUSION REACTORSH. Ushida, K. Katayama, H. Matsuura, R. Yamamoto, S. Fukada, M. Goto, S. Nakagawa

Po 4-100 MIBL: A NEW MULTI-BEAM FACILITY FOR HIGH DOSE RADIATION DAMAGE STUDIESO. Toader, F. Naab, P. Roy, T. Kubley, A. Flick, S. Dwaraknath, E. Getto, Z. Jiao, A. M. Monterrosa, S. Raiman, S. Taller, P. Wang, G. S. Was

Satellite Meetings

Mon, 12 Oct Room Chair

16:30h –18:30h K4 C. H. Henager7th Workshop on Tungsten Alloys for Protection and Structural Application in Fusion Reactors

16:30h –18:30h K5 H. TanigawaIEA Reduced Activation Ferritic/Martensitic Steels Coordination Meeting

Tue, 13 Oct Room Chair

12:30h –14:00h K4 A. Möslang ICFRM International Advisory Committee Meeting

16:30h –18:30h K4 Y. Katoh IEA SiC/SiC Working Group Coordination Meeting

16:15h –18:30h K5 E. Diegele

Material Property Handbook and Design Rules under the Broader Approach

Open to JP-EU-BA member

Wed, 14 Oct Room Chair

16:00h –17:00h K4 T. Muroga Coordination Meeting on Critical Issues of Vanadium Alloy Development for Fusion Reactor Applications

17:30h –18:30h K4 E. Wakai IEA Working Group on Irradiation Facility and Testing Meeting

Thu, 15 Oct Room Chair

14:00h –16:00h K4 F. Tavassoli Annex II Meeting

Fri, 16 Oct Room Chair

14:00h –16:30h K4 R. J. Kurtz Fusion Materials Executive Committee Meeting

5352

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Author Index

AAbdullin, K. Po 2-95

Abe, H. Po 1-18, Po 2-52, Po 3-08, Po 3-72, Po 4-10

Abe, K. Po 1-83, Po 2-101, Po 3-09

Abe, Y. Po 3-82

Abou-Sena, A. Po 3-06

Agrawal, V. Po 1-56

Ahn, M. -Y. Po 3-56

Aichi, M. Po 4-86

Airila, M. O66

Akiyama, T. Po 1-45

Akiyoshi, M. O47

Aksenov, N. N. Po 1-39

Aktaa, J. O71, Po 2-31, Po 3-63, Po 4-52, Po 4-68

Alam, M. E. Po 1-22

Alberro, G. Po 3-05

Albert, S. K. O94

Aleev, A. I36

Alexander, R. Po 1-92

Aliaga, M. J. Po 3-90, Po 4-89, Po 4-90

Alimov, V. K. Po 3-93

Allain, J. P. I33

Almanstötter, J. I12

Almer, J. Po 3-17

Alves, E. Po 3-50

Amaud, F. Po 1-60

Ami, K. Po 3-93, Po 4-93

Amzallag, C. P1

Bakaeva, A. Po 1-76

Bakker, T. O93

Baklanov, V. Po 1-93, Po 2-45, Po 3-40

Balden, M. I22

Baldwin, K. Po 2-49

Baldwin, M. J. Po 3-37

Baluc, N. Po 3-15

Banhart, F. Po 2-66

Bannister, M. I54

Barabash, V. O93, P1, Po 2-61, Po 4-60

Barashev, A. V. T5

Barrett, T. I34

Barsuk, V. A. Po 3-43

Barthe, M. –F. I42, O88

Basuki, W. W. Po 2-31

Batal, T. Po 1-36

Baumgärtner, S. Po 4-02

Bayon, A. Po 2-61

Bazdyrieva, S. Po 1-39

Bazhal, S. V Po 3-71

Bazylev, B. Po 2-84

Bechade, J. –L. Po 4-73

Beck, L. Po 4-68

Becquart, C. S. O88, I42, Po 1-86

Bei, H. Po 3-53

Bellin, B. Po 3-61

Berger, M. O45

Bergstrom, Z. Po 1-43

Bernard, E. Po 3-92

Bhaduri, A. K. O94

Bhatnagar, M. Po 1-59

An, Z. Q. Po 2-92

Ando, M. I13, I21, Po 3-70, Po 4-12

Andrzejczuk, M. Po 4-39

Ang, C. Po 2-53, Po 3-53

Angot, T. O88

Annabattula, R. K.

Po 1-56, Po 3-84

Antusch, S. P2, I34, Po 1-21, Po 4-26

Anwand, W. Po 2-64

Apostolopoulos, G.

I42, Po 3-67, Po 4-67

Aquaro, D. Po 2-59

Arakcheev, A. Po 4-43

Araki, K. Po 4-47

Arbeiter, F. P9, I61, Po 3-06

Armstrong, D. E. J.

Po 4-71, I34

Arnal, B. O31

Asahara, H. Po 1-61, Po 2-60

Ascente, G. Po 3-92

Askerbekov, S. Po 1-99, Po 2-95

Auger, M. A. Po 1-70, Po 3-15

Aumann, M. I12

Aussems, D. O49

Averback, R. S. Po 2-66

Ayres, C. F. Po 4-42

Aytug, T. O52

BBa, J. W. Po 3-80

Bachurin, D. V. I71, Po 4-79, Po 4-80

Bai, S. Po 2-83

Biel, W. I34

Biewer, T. Po 2-44

Bigot, B. K1

Bisson, R. O88

Bjorholm, T. Po 2-44

Björkas, C. O66

Blagoeva, D. Po 4-25

Blanchard, J. I72

Bobyr, N. P. Po 1-94

Boccaccini, L. Po 2-84

Böttcher, T. Po 3-06

Bogachev, A. I36, Po 2-16

Bolich, D. Po 4-02

Bonk, S. O13

Borlaug, B. Po 3-23

Borodin, D. O66

Borodin, O. V. Po 3-79

Borodin, V. A. I71, Po 1-81, Po 3-57, Po 4-33, Po 4-57

Borodkina, I. O66

Brachet, J. –C. O22

Bradley, C. Po 2-44

Bragado, I. M. Po 2-72

Brandt, C. Po 3-48, I22

Bratu, E. O62

Brechtl, J. Po 3-53

Bredl, J. Po 1-84

Brezinsek, S. I24, I34, K2, O66, Po 3-48

Briggs, S. Po 4-05

Brimbal, D. Po 4-68

Brinkmann, J. O12, Po 1-51, Po 4-31

Brooks, A. J. Po 2-22

5554

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Auth

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dex

Certain, A. Po 3-77

Chakin, V. Po 3-55

Chalykh, B. I36

Chang, Y. H. Po 3-80, Po 4-01

Chaouadi, R. Po 1-101

Chateigner, D. Po 4-73

Chauhan, N. L. Po 1-59

Chen, C. A. Po 3-97, Po 4-01

Chen, C. Po 4-63

Chen, D. Po 1-20, Po 4-19

Chen, H. Po 2-100, Po 4-28

Chen, H.-Y. Po 3-39

Chen, J. Po 3-14, Po 4-69

Chen J. M. P7, Po 3-07, Po 2-50, Po 3-34, Po 3-58

Chen, L.-Q. Po 1-89

Chen, Z. X. Po 1-40

Chene, J. Po 3-92

Cheng, J. Po 4-28

Cheng, L. Po 1-44, Po 2-42, Po 3-44

Cherkez, D. I. Po 2-93

Chernov, I. I. Po 2-16, Po 3-71

Chernov, V M. Po 1-94, Po 2-75, Po 2-93, Po 4-65, Po 4-76

Chernyak, N. A. Po 2-71

Chemyshova, M. Po 2-48

Chiapetto, M. Po 1-86

Chikada, T. I31, O51, O87, Po 1-41, Po 1-85, Po 1-100

Chikhray, E. Po 2-45

Bryk, V. V. Po 3-79

Bucalossi, J. Po 2-47

Bürger, A. Po 1-46, Po 1-50

Burdakov, A. Po 4-43

Busby, J. Po 2-76

Byrka, O. V. Po 1-39

Bystrov, K. I32, I33

Byun, T. S. O82, I23

CCaes, C. O22

Cai, L. J. Po 2-50

Caillard, D. I42

Calvo, A. Po 3-29, Po 4-31

Cammelli, S. Po 4-73

Campbell, A. A. Po 1-71

Cao. W Po 1-23

Cao, X. Po 3-38

Cao, Z. Po 1-23

Capece, A. M. Po 4-38

Cara, P. P9

Carin, Y. Po 1-64

Carlan, Y. D. Po 3-14

Carpentier- Chouchana, S.

T3

Carro, G. Po 4-49

Cartry, G. O88

Carvalho, P. A. Po 3-50

Castin, N. Po 2-72

Castrillo, P. Po 2-72

Caturla, M. J. I42, Po 3-90, Po 4-89, Po 4-90

Caughman, J. Po 2-44

Cedat, D. Po 4-20

Chikhray, Y. Po 1-93, Po 1-99, Po 2-95, Po 3-40, Po 4-92

Chioibasu, D. Po 2-41

Chiu, I. –C. Po 1-78

Cho, S. O21, Po 2-51, Po 3-56, Po 4-04

Choi, C. Po 2-61

Chun, Y. –B. O21

Ciupinski, L. Po 4-39

Clark, D. W. Po 3-53

Coad, J. P. Po 4-42

Coenen, J. W. P2, I12, I34, Po 3-74, Po 3-26, Po 3-49

Cogneau, L. Po 3-10

Commin, L. Po 4-02

Conradson, S. Po 4-73

Coppola, R. Po 1-52, Po 4-52

Corr, C. O55

Correia, J. B. Po 3-50

Cristalli, C. Po 4-08

Cui, D. Po 3-60

Cui, M. . Po 2-73

Cui, S. Po 3.35

Cusentino, M. A. Po 1-43, Po 2-88

D

Dafferner, B. Po 4-02

Dai, Y. I14, I64, O33, Po 1-47, Po 2-68, Po 3-33, Po 3-46, P8

Danilina, N. A. Po 3-43

Dany, M. Po 1-84

Daymond, M. R. Po 2-22

de Backer, A. I42

de Carlan, Y. O31, Po 3-14, Po 3-22, Po 4-20, P5

de Castro, V. Po 1-70, Po 3-15

de Temmerman, G.

Po 2-42, Po 3-44, T3

de Wispelaere, N.

Po 4-03

Decamps, B. O15

Decams, J. M. Po 2-67

Delaporte, Ph. Po 3-92

del Rio, E. I42

Demkowicz, M. Po 2-49

Deng, L. Po 3-32

Denisov, V. Po 4-61

Desgranges, C. Po 2-41, Po 2-47

Desu, R. K. Po 3-84

Dethloff, C. O71, Po 4-52, Po 4-68

Dezerald, L. Po 4-91

Di Fonzo, F. Po 2-25

Di Gabriele, F. Po 3-96, Po 4-32, Po 4-96

Diano, P. Po 4-20

Dias, M. Po 3-50

Diegele, E. I42, O42

Dinao, P. Po 3-22

Dine, S. Po 3-92

Dinescu, G. Po 3-92

Ding, F. Po 1-40

Dittmar, T. I24

Djurabekova, F. Po 4-66

Doerner, R. P. Po 3-37, I22, O55

Dojo, T. Po 3-87

5756

Auth

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Auth

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dex

Efimov, V. S. Po 1-94

Eiselt, C. Po 4-20, Po 3-22

Eldrup, M. P4

Elgeti, S. Po 3-47, Po 4-31

Emelyanova, O. V.

Po 1-81

Engels, J. Po 3-99

Esaka, H. Po 3-19

Escourbiac, F. T3, P1

Eskhult, J. P2

Esser, H. G. Po 3-94, Po 4-43

F

Fabritsiev, S. P4, Po 2-61, Po 4-60

Faizullaeva, Z. Po 4-92

Favuzza, P. Po 3-62

Fedina, M. A. Po 4-33

Fedotov, V. T. Po 1-25

Feng, F. Po 2-50

Feng, K. M. P7, Po 3-58

Feng, Y. J. P7, Po 3-58

Feng, Z. O23, Po 3-21

Ferguson, P. Po 1-53

Fernandez, P. I42, Po 1-69, Po 2-69

Ferraris, M. Po 3-23

Ferro, Y. O88

Field, K. G. I21, Po 4-05, Po 3-81

Fields, K. I82, Po 1-22

Firdaouss, M. Po 1-36, Po 2-47

Flick, A. Po 4-100

Florko, I. Po 4-31

Fondant, G. Po 3-10

Forest, L. Po 3-10

Dominguez, R. Po 1-70

Dominiczak, K. Po 1-46

Domptail, F. I34

Dong, L. Po 2-100

Donnelly, S. I33

Donné, T. K2

Dopico, I. Po 2-72

Doriot, S. O22

Dou, P. Po 4-19

Drozhzhina, M. V.

Po 3-71

Dryepondt, S. N. Po 2-21

Du, J. Po 1-50, Po 3-26, Po 3-49

Duan, H. L. Po 1-76, Po 3-91

Dubiel, S. I42

Dubinko, A. Po 1-76

Duckworth, R. Po 2-44

Dudarev, S. I32, I34, I42, I62, O79, Po 1-92, Po 2-66

Dupuy, L. I42

Durocher, A. P1

Duval, F. Po 4-69

Dwaraknath, S. Po 4-100

Dzhumaev, P. S. Po 1-81

E

Eaton, R. O93

Ebisawa, N. Po 4-18

Edao, Y. Po 1-61, Po 2-60

Edmondson, P. D.

Po 1-82, Po 2-96, Po 3-81, Po 4-05

Edwards, D. J. Po 2-81, Po 3-77

Fortuna- Zalesna, E.

Po 4-39

Freisinger, M. Po 3-94

Fu, X. Po 3-35

Fujii, H. Po 1-16

Fujita, H. I31, O51, O87, Po 1-41

Fujita, S. Po 2-101, Po 4-86

Fujiwara, T. Po 4-47

Fukada, S. Po 2-57, Po 3-62, Po 4-99

Fukuda, M. I23, I63, O11, O75, Po 1-65, Po 3-31, Po 3-93

Fukumoto, K.–I. O24, Po 3-82, Po 4-07

Fursdon, M. I34

Furui, R. Po 4-44

Furukawa, T. Po 1-62, Po 2-63, Po 3-62

Furuyama, Y. Po 4-56

G

Gaganidze, E. I42, O71, Po 1-64, Po 4-52, Po 4-68

Galatanu, A. Po 4-25

Gallais, L. O88

Gan, Y. Po 3-84

Ganchenkova, M. G.

I71, Po 1-81, Po 4-33, Po 4-57

Gao, F. O84, Po 1-37, Po 3-86, Po 4-77

Gao, L. I24

Gao, N. O84

Gapud, A. O52

Garcia-Argot, S. Po 3-92

Garcia-Cortes, I. Po 2-64

Garcia Ferre, F. Po 2-25

García-Rosales, C.

Po 3-29, Po 4-14, Po 4-31

Garkusha, I. E. Po 1-39

Garner, F. A. I35, O85, Po 2-70, Po 3-79, Po 2-76, Po 4-70, P5

Garrison, L. M. I23, I34, O82, Po 1-65, Po 2-78, Po 3-30

Gasparyan, Y. M. Po 1-48, Po 1-94, Po 3-43

Gavila, P. P2

Ge, C. C. Po 2-46, Po 3-32, Po 4-48,

Ge, H. Po 2-13, Po 2-68

Gentils, A. O31

Gerckzak, T. J. Po 4-81

Genki, N. Po 1-100

Geringer, J. O52

Gerstl, S. O65

Gervash, A.A. Po 1-25, Po 3-61, Po 4-61

Gensdarmes, F. Po 3-92

Getto, E. Po 1-73, Po 4-100, Po 4-72

Gherendi, M. Po 2-41

Ghoniem, N. M. I72, P4, Po 2-91

Gibson, J. Po 4-71

Gil, E. Po 4-14

Gilbert, M. I34, I42, O78, Po 1-92

Giuliano, D. Po 2-44

Glazunov, D. Po 4-61

Glotov, A. I. Po 3-71

5958

Auth

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Auth

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dex

HHa, Y. Po 1-20, Po 2-17,

Po 4-75

Ha, Y. S. Po 4-19

Habainy, J. Po 1-47, Po 3-46

Hackett, M. Po 1-73

Hadraba, H. Po 3-96, Po 4-32, Po 4-96

Hänninen, H. Po 1-81

Hamaguchi, D. Po 2-04, Po 2-52

Hamaji, Y. Po 4-82

Han, S. L. Po 1-60

Han, W. Po 1-20, Po 3-100, Po 4-19, Po 4-75

Han, Y. Po 2-11, I12

Harissopoulos, S.

Po 3-67

Hart, C. A. Po 4-38

Hary, B. Po 3-22, Po 4-20

Hasegawa, A. I23, I63, O11, Po 1-65, Po 1-83, Po 3-31, Po 3-75, Po 3-93, P5

Hasegawa, M. Po 4-47

Hasenhuetl, E. Po 4-75

Hashimoto, N. Po 2-04, Po 2-77, Po 2-89, Po 3-04, Po 3-42, Po 3-51, Po 3-69

Hashitomi, O. O64

Hassanein, A. Po 2-32, Po 3-73

Hatano, Y. I31, Po 1-41, Po 2-98, Po 3-93, Po 4-44, Po 4-82, Po 4-93

Hayashi, S. O32, Po 3-18, Po 3-95, Po 3-100, Po 4-18

Gnyrya, V. Po 1-93, Po 2-45, Po 3-40

Golubeva, A. V. Po 1-94, Po 2-93

Golubov, S. P4

Gomes-Herrero, A.

Po 1-69, Po 2-69

Gonderman, S. Po 2-32, Po 3-73

Gonzalez de Vicente, S. M.

Po 1-64

González, M. Po 4-55

Gordienko, Y. Po 1-93, Po 2-45, Po 3-40, Po 4-92

Gorini, G. O63

Goto, M. Po 4-99

Gou, F. Po 3-38, Po 1-23

Goulding, R. Po 2-44

Granberg, F. Po 2-66, Po 2-74, Po 4-66

Grant, P. S. Po 4-35

Graves, V. Po 2-44

Greaves, G. I33

Greuner, H. I34, Po 3-29, Po 4-40

Grigore, E. Po 2-41

Grisolia, C. O88, Po 3-92

Groeschel, F. Po 3-62

Groth, M. O66

Gräning, T. Po 1-21

Guan, J. Po 2-83

Guan, W. I63, Po 3-75

Guerreiro, F. Po 3-50

Gunn, J. P. T3

Guo, W. Po 1-44

Guo, X. C. Po 2-98

Gussev, M. Po 2-76

Hayashi, T. O87, Po 1-61, Po 1-96, Po 2-60, Po 3-93

Hayashi, Y. Po 2-87, Po 3-87

He, D. Po 4-23

Hébert, C. O65

Heidinger, R. Po 3-62, P9

Heikkinen, S. O93

Heilmaier, M. I36

Heinisch, H. O77, P4

Heintze, C. Po 1-19

Henager, C. O43

Henager, C. H. Po 3-23

Henriksson, K. O. E.

Po 3-20

Henry, J. O15, O22

Herashchenko, S. S.

Po 1-39

Hernandez, C. Po 2-41, Po 2-47, Po 2-67

Hernandez-Pe-rez, A.

Po 4-50

Heuer, S. Po 3-27

Higashi, T. Po 3-62

Hilger, I. Po 1-19

Hinks, J. I33

Hinoki, T. I52, O43, O64, O83, Po 1-24, Po 1-95, Po 2-28, Po 3-93, Po 4-44

Hirabayashi, J. Po 2-65

Hirai, T. P1, T3

Hirakawa, Y. Po 1-62, Po 2-63, Po 3-62

Hirose, T. I13, I21, Po 4-11, Po 4-12

Hirotomo, I. Po 1-57

Hishinuma, Y. Po 2-36, Po 3-28

Hoashi, E. Po 2-63, Po 3-62

Hodgson, E. R. Po 1-58, Po 4-22, Po 4-55

Hodille, E. P3-92

Hoelzer, D. T. P5, I21, I54, O23, Po 1-22, Po 2-21, Po 2-96, Po 3-21

Höschen, T. I12, Po 3-26, Po 3-49

Hoffmann, J. O13, Po 1-17, Po 1-21, Po 4-02, Po 4-14, Po 4-26, I34

Hoffmann, M. Po 4-02

Hojna, A. Po 3-96, Po 4-96

Hong, B. G. Po 3-45, Po 4-51

Horiike, H. Po 2-63, Po 3-62

Hoshino, T. Po 1-54, Po 2-57, Po 4-54

Houben, A. Po 3-99

Hu, J. F. O73, Po 1-78

Hu, J. S. Po 1-40

Hu, Q. Po 2-100

Hu, S. Po 1-90

Hu, X. I23, O75, Po 2-01, Po 2-90, Po 3-35, Po 4-05, Po 4-13, Po 4-27

Huang, B. O53, Po 3-13

Huang, M. Po 1-40

Huang, P. Po 4-48

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Iwai, Y. Po 1-61, Po 2-60

Iwannikov, A. A. Po 1-25

Iwashita, T. Po 3-09

Iwata, T. I63

Iyengar, S. Po 1-47, Po 3-46

J

Jacob, W. I22, I24

Jambon, F. Po 3-92

Janata, N. Po 2-48

Jäntsch, U. Po 1-17, Po 4-71

Jang, C. Po 1-38

Jasper, B. Po 3-26, Po 3-49

Jayakumar, T. O94

Jeong, Y. –H. O21

Ji, Y. Z. Po 1-89

Jia, Y. Po 2-83

Jiang, C. Po 2-34

Jiang, J. O61, Po 2-94, Po 4-59, Po 4-63, Po 4-84

Jiang, L. Po 4-23

Jiang, M. Po 1-90, Po 2-13

Jiang, Z. O86, O86, Po 3-59

Jiao, Z. Po 1-73, Po 4-100, Po 4-72

Jimenez-Rey, D. Po 2-64

Jiménez, F. Po 1-88

Jin, H. G. Po 2-51, Po 4-04

Jin, K. Po 4-66

Jo, A. R. Po 2-51

Jung, H. J. Po 2-81, Po 3-77

Huang, Q. O16, O53, O86, P7, Po 2-09, Po 2-11, Po 2-12, Po 2-13, Po 2-68, Po 3-12, Po 3-13, Po 3-59, Po 4-59, P6

Huang, Q. W. Po 3-58

Huang, Y. I72

Huber, A. O45, Po 3-94, Po 4-43

Husak, R. Po 4-96

Hwang, T. Po 3-31

Hyodo, Y. Po 1-95

IIadicicco, D. Po 2-25

Ibarra, A. Po 2-64, P9

Ida, M. P3-62

Idris, M. I. Po 3-52, Po 3-66

Igitkhanov, Y. Po 2-84

Ijiri, Y. Po 2-18

Imanishi, T. Po 3-42, Po 3-51

Ishida, R. Po 3-82

Ishikawa, N. Po 2-80

Ishino, S. P4

Ishiyama, T. Po 2-101

Isobe, K. I31, O87, Po 1-96

Isobe, S. Po 2-89, Po 3-04, Po 3-69

Itakura, M. Po 1-87, Po 2-87, Po 3-87

Ito, T. Po 3-62

Ito, Y. Po 1-83, Po 3-62

Iturriza, I. Po 3-29, Po 4-14

Ivekovic, A. Po 4-25

K

Kai, J. J. O73, I52, Po 1-78

Kaiser, B. Po 4-68

Kaito, T. O32, Po 1-14, Po 2-03, Po 2-18, Po 3-16, Po 3-18, Po 3-95, Po 3-100

Kakitsuji, A. Po 3-42, Po 3-51

Kakiuchi, K. Po 1-95

Kalchenko, A. S. Po 3-79

Kalin, B. A. Po 1-25, Po 2-16, Po 3-71

Kallenbach, A. I34

Kamikawa, R. O32

Kamlah, M. Po 3-84

Kanemura, T. Po 1-62, Po 2-63, Po 3-62

Kang, D. A. Po 1-60

Kang, K. Po 1-44

Kano, F. Po 1-95

Kano, S. Po 1-18, Po 2-52, Po 3-08, Po 3-72, Po 4-10

Kaoumi, D. Po 4-72

Kardashev, B. H. Po 4-76

Karpov, S. A. Po 2-79

Kasada, R. O64, Po 1-83, Po 2-23, Po 4-19, P5

Kasugai, A. P9

Katayama, K. Po 2-57, Po 4-99

Kato, T. I13

Katoh, Y. I13, I21, I23, I34, I41, I52, I54, O43, O47, O56, O75, O83, P6, Po 1-53, Po 1-65, Po 1-71, Po 1-82, Po 2-53, Po 3-11, Po 3-23, Po 4-11, Po 4-12, Po 4-81

Kawaguchi, A. Po 4-47

Kawai, D. I63

Kawakita, K. Po 4-94

Keiser, J. R. Po 1-66

Kenzhina, I. Po 1-93, Po 1-99, Po 2-45, Po 2-95, Po 3-40, Po 4-92

Khang, B. R. Po 3-45

Khirpunov, B. I. Po 1-49

Kieback, B. Po 1-19

Kiggans, J. O47

Kiggans, J. O43

Kim, B. I21, I54, O56, Po 1-83

Kim, D. Po 3-24

Kim, H. S. Po 3-45, Po 4-51

Kim, H. C. Po 2-10, Po 4-06, Po 4-09

Kim, H. Po 1-38

Kim, J. –H. I51, Po 3-54

Kim, M. –S. O21

Kim, S. –K. Po 2-51, Po 4-04

Kim, S. H. Po 1-38, Po 3-24

Kim, T. K. P5

Kim, W. –J. Po 3-24

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Kolluri, M. O93

Kondo, H. Po 1-62, Po 2-63, Po 3-62, P9

Kondo, M. Po 4-95

Kondo, S. I41, I52, I54, O64, Po 1-95, Po 2-81, Po 3-93, Po 4-81

Konishi, H. Po 3-66

Konishi, S. O64, Po 2-23

Konys, J. Po 2-97, Po 3-98, Po 4-34

Kopanets, I. E. Po 2-79

Koptioug, A. Po 3-60

Korchuganov, A. V.

Po 2-75

Korchuganova, O.

I36

Kotsina, Z. Po 3-67

Kovalenko, D. V. Po 3-43

Kovalskiy, S. E. Po 4-33

Kovács, A. O93

Koyanagi, T. I41, O43, O75, O83, Po 1-65, Po 4-81

Kraemer, S. Po 3-83

Kraft, O. Po 1-84

Krauss, W. Po 2-97, Po 3-98

Kreter, A. I22, I24, O45, O91, Po 4-43

Krnienko, S. B. Po 1-49

Krsjak, V. I64

Kubley, T. Po 4-100

Kubo, H. Po 2-89

Kuisgita, H. Po 4-47

Kulcinski, G. Po 2-78

Kulevoy, T. I36

Kimura, A. O32, O54, O64, P5, P8, Po 1-20, Po 1-83, Po 2-17, Po 2-19, Po 2-40, Po 2-81, Po 2-99, Po 3-18, Po 3-95, Po 3-100, Po 4-19, Po 4-75, Po 4-94, T4

Kimura, T. Po 2-77

Kiran Kumnar, N. A. P,

P. I23, O82, O94, Po 1-65, Po 1-82, Po 3-53, Po 3-83

Kirk, M. A. I62, Po 2-22

Kirschner, A. O66

Kitamura, A. Po 4-56

Klimenkov, M. I34, I36, I42, Po 1-17, Po 1-21, Po 1-52, Po 1-81, Po 4-52, Po 4-71

Klaytskin, A. Po 4-61

Klimov, N. S. Po 3-43

Kluth, P. O55

Knaster, J. P9, Po 2-63, Po 3-62

Knitel, S. Po 2-05

Knitter, R. Po 2-54, Po 4-54

Ko, M. J. Po 3-24

Kobayashi, N. Po 2-40

Kocan, M. T3

Koch, F. O12, Po 1-51, Po 3-29, Po 4-31

Koel, B. E. Po 4-38

Kohnert, A. A. Po 2-06

Koidan, V. S.

Kolb, M. H. H. Po 2-54, Po 4-54

Kulsartov, T. Po 1-93, Po 1-99, Po 2-45, Po 2-95, Po 3-40, Po 4-92

Kumagai, K. Po 2-101

Kupriyanova, J. Po 3-79

Kurihara, N. Po 2-101

Kirnaev, V. Po 1-48

Kurishita, H. Po 1-83, Po 2-43, Po 3-93, Po 4-93

Kuroki, N. Po 4-44

Kurtz, R. J. O72, O77, O84, Po 2-81, Po 3-23, Po 3-77, Po 4-77, P8

Kurzydlowski, K. J.

Po 4-39

Kuzmin, A. A. Po 4-37

L

Laengner, M. Po 3-48

Lagovl, P. B. Po 3-71

Lagoyannis, A. Po 3-67

Laha, K. O94

Lai, X. P7, Po 1-34, Po 2-34

Lai, X. C. Po 3-58, Po 3-97

Lambrecht, M. Po 1-101

Lan, K. –C. Po 3-17

Lang, S. Po 3-32

Lasa, A. O66

Latushkin, S. T. Po 1-49, Po 4-53

Le Flem, M. Po 4-34

LeBeau, J. M. Po 4-81

Lebedeva, L. Y. Po 2-16

Lee, C.-H. Po 2-10, Po 4-06, Po 4-09

Lee, D. W. Po 2-51, Po 4-04

Lee, D. O21

Lee, E. H. Po 2-51, Po 4-04

Lee, H. T. Po 1-80

Lee, H. J. Po 1-38

Lee, H.-G. Po 3-24

Lee, M. Po 1-95, Po 2-28

Lee, P. Y. Po 1-60

Lee, T.-H. Po 2-10, Po 4-06, Po 4-09

Lee, Y. O63, Po 1-47, Po 3-46

Lee, Y. J. Po 3-33

Legarda, F. Po 3-05

Legris, A. O31

Leguey, T. Po 1-70, Po 2-64, Po 3-15

Lei, Y. Po 4-23

Lemahieu, N. O45

Leonard, D. N. Po 4-81

Leonard, K. J. Po O52, 3-82

Lessard, T. Po 2-44

Leys, O. Po 2-54

Li, C. O53, O86, O86, Po 2-83, Po 3-13, Po 3-53, Po 4-59

Li, F. Po 1-18, Po 3-72

Li, J. G. Po 1-40

Li, M. Po 4-85

Li, N. Po 2-49

Li, P. Po 1-60, Po 3-39, Po 4-28

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Liu, F. Po 2-92

Liu, J. Po 2-02

Liu, L. B. Po 4-01

Liu, R. Po 3-33

Liu, S. Po 2-09, Po 2-11, Po 2-12, Po 4-59

Liu, W. B. Po 1-89, Po 2-83

Liu, X. Po 1-72, Po 2-50, Po 3-17, Po 4-23, P7

Liu, Y. Po 2-100

Lo Frano, R. Po 2-59

Löffler, J. M. O65, Po 4-90

Lövberg, A. Po 3-46

Loewenhoff, T. I34, O26, O76, Po 3-41, P2

Lorenzetto, P. Po 3-61

Lozano-Perez, S. Po 1-70

Lu, C. Y. Po 4-17

Lu, G. –H. Po 1-44, Po 2-42, Po 3-44

Lu, Z. Po 4-16, Po 4-17

Lüthi, B. Po 4-91

Lukianova, V. Po 3-67

Lumsdaine, A. Po 2-44

Lungu, C. Po 4-42

Luo, D-L. P7, P 3-58

Luo, G.-N. Po 2-92, Po 3-39, Po 4-28

Luo, L.–M. Po 2-09, Po 3-39, Po 4-28

Lv, Q. Po 4-23

Lynch, T. C. Po 3-37

Li Puma, A. Po 3-10

Li, S. Po 4-23, O92

Li, T. O61

Li, X. –C. I31, Po 2-92

Li, X. O87, Po 1-41, Po 3-59

Li, Y. F. Po 1-18, Po 3-72, P1-34

Lian, Y. Y. Po 2-50

Liang, C. Po 3-59, Po 4-59

Lim, H. M. Po 3-45

Lin, H. H. O73, Po 1-78

Lin, Y. R. O73, I52, Po 1-78

Lin, Y. Po 1-75

Linander, R. O63

Lindau, R. I36, Po 1-52, Po 1-81, Po 4-52

Linke, J. I34, O26, O45, P1, Po 1-39, Po 1-50, Po 2-31, Po 2-39, Po 3-27, Po 3-41, Po 3-61, Po 4-42, Po 4-43

Linsmeier, Ch. I12, I22, I24, I34, O12, O91, Po 1-51, Po 3-26, Po 3-27, Po 3-49, Po 3-99, Po 4-43

Linton, K. Po 3-81

Lisgo, S. W. T3

List, F. O52

Litnovsky, A. I34, O12, Po 1-51

Littrell, K. Po 4-05

Litunovsky, N. Po 3-61

Liu, C. O61

Liu, C. M. Po 4-16, Po 4-17

Liu, D. Po 1-98, Po 3-03, O74

MMa, P. –W. I42

Ma, T. Po 3-35

Ma, Y. Po 3-14

Macias, J. Po 3-15

Magielsen, A. J. O93

Mahler, M. Po 3-63

Maier, H. Po 4-40

Maira, A. Po 2-64

Makarov, E. Po 2-70, Po 4-70

Makhlai, V. A. Po 1-39

Maksimkin, O. Po 2-76

Maksimov, L. A Po 3-68

Malard, V. Po 3-92

Malerba, L. O14, Po 1-86, Po 2-66, Po 4-03

Malitskii, E. Po 1-81

Malo, M. Po 1-58, Po 1-69, Po 4-22, Po 4-55

Maloy, S. Á. I82, O33, Po 1-22, Po 4-21, P5

Malykhin, S. V. Po 1-39

Manke, G. Po 3-47

Manocha, L. M. Po 1-59

Mao, W. Po 1-85, Po 1-100

Marco, J. F. Po 2-64

Mardolcar, U. V. Po 3-50

Marian, J. O78, P3

Marinica, M. –C. I42, Po 1-92

Markelj, S. O88

Markelov, D. Po 2-70, Po 4-70

Martin, C. O88

Martin- Bragado, I.

Po 4-89

Martínez, E. Po 3-90

Masaru, N. Po 1-57

Masi, F. O63

Mason, D. I42, I62, O79

Masuda, H. O32, Po 1-85, Po 1-100

Masuzaki, S. Po 1-41, Po 4-44

Matejicek, J. Po 3-96, Po 4-32

Matern, G. Po 4-31

Mathon, M. –H. Po 3-22

Mats, O. V. Po 2-71

Matsuda, K. Po 4-44

Matsui, Y. Po 3-36

Matsukawa, Y. Po 1-18, Po 2-52, Po 3-08, Po 3-72, Po 4-10

Matsuo, S. Po 1-83, Po 4-47

Matsuura, H. Po 4-99

Matsuyama, M. Po 4-44

Matusmura, Y. Po 4-95

Matveev, D. O66

Matějíček, J. O26, Po 2-48, Po 3-27

Mayer, M. Po 1-94, Po 4-39

Maziasz, P. O41

Mazul, I. Po 4-61

Mazumder, B. O23

McAlister, M. I23

McGinnis, D. Po 2-44

Meisl, G. I24

Meitner, S. Po 2-44

Meng, X. C. Po 1-40

Meng, Z. Po 3-59, Po 4-84

Menut, D. Po 4-73

Mergia, K. I42, Po 3-67, Po 4-67

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Moon, S. Y. Po 4-51

Morales, M. Po 4-73

Morgan, T. W. I32, I33, O49, Po 2-42, Po 3-44

Morimoto, C. Po 2-04

Morisada, Y. Po 1-16

Morishita, K. Po 3-70, Po 3-88

Morozov, O. M. Po 2-71, Po 3-78

Moroño, A. Po 1-58, Po 4-22, Po 4-55

Morrall, D. Po 2-99

Morrison, A. Po 4-35

Mougenot, J. O88

Müller, S. Po 1-21

Mukai, K. Po 2-54, Po 4-54

Mukanova, A. Po 1-99, Po 2-95

Muñoz, A. Po 4-49, Po 4-50

Munoz, M. I12

Murakami, K. Po 2-65

Murakami, M. Po 1-16

Muranaka, T. Po 2-101

Muroga, T. O11, O25, Po 1-18, Po 2-35, Po 2-36, Po 3-28, Po 3-34, Po 3-72, Po 3-93, Po 4-34

N

Naab, F. Po 4-100

Nagai, S. Po 4-56

Nagai, Y. Po 4-18

Merola, M. P1

Mertens, Ph. Po 4-43

Meslin, E. I42, O15

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Miao, X. Po 3-34

Miao, Y. I33, Po 1-72, Po 3-17

Micciche, G. Po 3-62, P9

Miettunen, J. O66

Miller, M. O23

Min, K. –M. Po 3-56

Min, X. Po 2-46

Missirlian, M. Po 2-47

Mitsutaka, M. Po 1-57

Mitteau, R. O93, T3

Miyamoto, M. I51, Po 1-45

Miyazawa, T. O25, Po 2-35

Mo, K. Po 3-17

Möslang, A. P5, T2, I36, I71, Po 1-21, Po 1-52, Po 1-81, Po 3-55, Po 4-52, Po 4-80,

Möller, S. I22, I24, O91, Po 4-43

Mogiluk, T. I. Po 3-68

Monge, M. A. Po 3-15, Po 4-49, Po 4-50

Monica, F. O43

Monsanglant- Louvet, C.

Po 3-92

Monterrosa, A. M.

Po 1-73, Po 4-100

Moon, J. Po 2-10, Po 4-06, Po 4-09

Nagasaka, T. O25, Po 1-16, Po 2-35, Po 3-34, Po 3-72, Po 4-34, Po 4-44

Nagase, T. Po 2-52, Po 3-72

Nagata, S. Po 4-47

Nagel, M. Po 3-20

Nakagawa, S. Po 4-99

Nakai, R. I63

Nakajima, M. Po 4-11

Nakamichi, M. I51, Po 3-54

Nakamori, R. Po 4-56

Nakamura, K. Po 2-36, Po 3-18, Po 4-18, Po 4-47

Nakaniwa, K. Po 3-62

Nakano, H. Po 3-36

Nakasuji, T. Po 3-70, Po 3-88

Nandipati, G. O77

Narui, M. O24

Neff, A. I33

Nejoh, Y. Po 2-101

Neklyudov, I. M. Po 2-71, Po 2-79, Po 3-78

Nemkayeva, R. Po 2-95

Neu, R. I12, I34, Po 3-26, Po 3-49

Neustroev, V. Po 2-70, Po 4-70

Nguyen, B. N. Po 3-23

Nguyen-Manh, D. I42

Ni, M. Po 2-94, Po 4-59, Po 4-84

Nicolai, D. Po 3-94

Nie, B. Po 2-94

Nikitin, A. V. Po 2-79, I36

Nikitina, A. A. Po 2-16

Nikolaeva, I. D. Po 3-71

Nikolić, V. O46

Ning, S. Po 2-100

Nishimura, A. Po 1-83

Nitti, F. S. Po 3-62

Nobuta, Y. Po 1-41, Po 4-82

Nogami, S. I63, O11, Po 1-83, Po 3-31, Po 3-75

Noh, S. H. Po 4-19

Nolles, H. O93

Nordlund, K. I42, I62, O79, Po 2-66, Po 2-74, Po 2-85, Po 3-85, Po 4-66

Noto, H. Po 2-36, Po 3-28

Novak, S. Po 4-25

Novakowski, T. J. Po 2-32, Po 3-73

Nozawa, T. I41, I52, I63, Po 2-23, Po 3-25

O

O‘hira, S. Po 3-62, P9

Oaks, A. Po 1-79

Oba, A. Po 2-52, Po 3-08

Oberkofler, M. I22

Obitz, C. P2, O62

Obuhov, A. Po 2-70, Po 4-70

Ochiai, K. P9, I31

Odette, G. R. I82, Po 1-22, Po 1-91, Po 2-81, Po 3-77, Po 3-83, P5, P8

Ogorodnikova, O. O89

Ogura, S. Po 1-100

Oh, P. Y. Po 4-51

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Ou, W. Po 3-38

Oveisi, E. O65

Oxley, M. P. Po 4-81

Oya, M. Po 4-82

Oya, Y. I31, O51, O87, Po 1-41, Po 3-93, Po 4-82

Oyaidzu, M. I31, Po 1-96, Po 3-93

Ozawa, K. I41, I52, O83, Po 3-25, Po 3-31

Ozkan, F. Po 3-63

PPala, Z. Po 2-48

Panayotis, S. P1, T3

Pang, L. Po 2-73

Panicker, A. Po 3-84

Papamichail, K. Po 4-67

Pareige, C. O15

Pareja, R. Po 1-70, Po 3-15, Po 4-49, Po 4-50

Parente, P. Po 1-70

Parish, C. M. I52, I54, O56, Po 3-53, Po 3-81, Po 4-81

Park, C. Po 2-23

Park, J. Y. Po 2-10, Po 3-17, Po 3-24, Po 4-06, Po 4-09

Park, J. –S. Po 3-25

Park, Y. –H. Po 3-56

Pastor, J. Y. Po 3-29, Po 4-25

Pathak, H. Po 2-61

Ohnuki, S. Po 2-77, Po 2-89, Po 3-04, Po 3-24, Po 3-51, Po 3-69

Ohnuma, M. Po 1-14, Po 3-82

Ohriner, E. Po 3-30

Ohta, M. I31

Ohtsuka, S. Po 1-14, Po 2-03, Po 2-18, Po 3-16, Po 3-95, Po 4-18, Po 4-19

Oijerholm, J. O62

Oka, H. Po 1-14, Po 2-03, Po 3-16

Okano, H. Po 2-43

Okita, T. Po 1-87, Po 2-65, Po 2-87, Po 3-87, Po 4-86

Okonogi, K. Po 1-95

Okubo, N. I13, Po 2-80, Po 4-12

Okuda, T. Po 4-18, Po 4-19

Okumura, Y. P9

Olevsky, E. A. Po 2-16

Olshansky, E. D. Po 4-53

Olsson, P. I42

Omura, T. O64

Onaka, M. Po 4-37

Onitsuka, T. O24, Po 4-07

Oono, N. O32, Po 2-18, Po 3-18, Po 3-82, Po 3-95, Po 3-100, Po 4-18

Ordas, N. Po 3-29, Po 4-14

Orlov, N. I36

Ortiz, C. J. I42, Po 1-88, Po 3-05

Osaki, H. Po 4-47

Pawel, S. J. Po 2-14

Peillon, S. Po 3-92

Peng, L. I14, Po 2-34, Po 2-68, Po 3-86

Perez, D. O84

Perez-Bergquist, A. G.

Po 3-53

Perrin, B. Po 4-20

Pestchanyi, S. Po 4-46

Petersson, P. Po 4-42

Petrov, R. Po 4-03

Petuhov, M. A. Po 4-53

Peñalva, I. Po 3-05

Pieters, G. Po 3-92

Pilloni, L. Po 4-08

Pint, B. A. Po 2-21, Po 2-96

Pintsuk, G. I34, P2, Po 1-46, Po 3-29, Po 3-41, Po 3-50, Po 3-61, Po 4-26, Po 4-42

Piozin, E. O22

Pippan, R. O46

Pitcher, E. O63

Pitts, R. A. T3

Po, G. Po 2-91

Podkovyrov, V. L. Po 3-43

Poitevin, Y. Po 3-10

Pokrovsky, A. Po 4-60

Polvi, J. Po 2-85, Po 3-85

Ponkratov, Y. Po 1-93, Po 1-99, Po 2-45, Po 2-95, Po 3-40, Po 4-92

Porton, M. Po 1-64

Porosnicu, C. Po 4-42

Pospieszczyk, A. Po 3-48

Progolaieva, V. O.

Po 2-71

Proville, L. I42, Po 1-92

Puccini, M. Po 2-59

Putrik, A. B. Po 3-43

Puype, A. Po 4-03

Q

Qin, S. Po 1-44

Qu, D. D. Po 2-31

Qu, S. Po 2-83

Quintana, M. O33

R

Radiguet, B. I42

Rännar, L. –E. Po 3-60

Raffray, R. A. T3

Rahman, R. Po 1-59

Raiman, S. Po 4-100

Ramirez, B. Po 2-91

Rams, J. Po 1-69

Ranjan, M. Po 1-59

Raole, P. M. Po 1-59

Rapp, J. Po 2-44

Rasinski, M. I22, I24, O91

Raval, J. Po 2-61

Rayjada, P. A. Po 1-59

Rebac, T. Po 3-14

Reinhart, M. I24, Po 4-43

Reiser, J. I11, I34, O13, O82, P2

7170

Auth

or In

dex

Auth

or In

dex

Ryazanov, A. I. Po 1-49, Po 3-68, Po 4-53

SSabau, A. O47

Safi, E. O66, Po 3-85

Sagara, A. Po 1-45

Saito, M. Po 1-83, Po 2-101

Sakamoto, K. P9

Sakasegawa, H. I13, I21, O56, Po 2-52, Po 3-08, Po 3-19, Po 4-10, Po 4-11, Po 4-12

Sakurada, S. I31, O51, O87, Po 1-41

Sakuraya, S. Po 2-77

Saleh, T. I82, O33

Samaille, F. Po 1-36, Po 2-47

Samata, H. Po 4-56

Samolyuk, G. D. Po 4-15, Po 4-27, Po 4-81

Sanchez, F. J. Po 2-64, Po 2-69, Po 4-22

Sand, A. E. I42, I62, O79, Po 2-66

Sang, X. Po 4-81

Sarbu, C. Po 3-29

Sato, E. O32

Sato, K. Po 1-77, Po 4-07, Po 4-93

Sato, M. Po 2-65

Sato, Y. I63

Satoh, Y. Po 1-18, Po 2-52, Po 3-08, Po 3-72, Po 4-10

Satou, M. Po 1-97, Po 2-101, Po 3-09

Ren, J. Po 1-40

Rhee, C. –K. O21

Ribis, J. O31

Riccardi, B. P2

Richou, M. Po 2-47

Riesch, J. I12, I34, Po 3-26, Po 3-49

Riesch, M. P2

Rieth, M. P2, P6, I34, I42, K2, O13, O42, O82, Po 1-21, Po 1-65, Po 1-66, Po 3-50, Po 4-02, Po 4-14, Po 4-26, Po 4-71

Riley, D. O55

Roberts, S. G. I32, I34, I62, Po 4-71

Robertson, C. I42

Roche, K. O77

Rodney, D. Po 4-91

Rogozhkin, S. I36

Roldán, M. Po 1-69, Po 2-69

Rolli, R. Po 3-55

Romanov, V. A. Po 3-71

Romazanov, J. O66

Romero, T. O33

Roosendaal, T. Po 3-23

Roszell, J. P. Po 4-38

Rousseau, B. Po 3-92

Rowcliffe, A. O41

Roy, P. Po 4-100

Rubel, M. K2, Po 4-42

Rud, A. D. Po 2-71

Ruset, C. Po 2-41

Ruzhytskyi, V. V. Po 2-79

Savoin, B. Po 4-49, Po 4-50

Sawa, A. Po 3-04

Sawa, Y. Po 3-42

Sborcia, C. Po 2-61

Scepanovic, M. Po 1-70

Schaeublin, R. O65, Po 4-69, Po 4-90

Schendzielorz, H.

Po 4-20

Schmid, K. Po 4-40

Schneider, H. –C.

Po 1-84, Po 4-71

Schut, H. Po 2-42

Schwarz-Selin-ger, T.

I22, I24, O91, Po 3-47, Po 3-74, Po 4-40

Schweer, B. Po 3-94

Schönen, S. Po 3-26

Scionti, G. O63

Sefta, F. Po 2-88

Seifert, H. –P. Po 2-05

Seils, S. I36

Sekio, Y. Po 2-03

Selby, A. P. O72

Semenov, E. V. Po 1-49, Po 4-53

Sergey, R. P5

Sergienko, G. O45, Po 3-48, Po 3-94, Po 4-43

Serizawa, H. Po 1-16, Po 2-52, Po 3-08

Serruys, Y. O31, Po 4-67

Setyawan, W. O72, O77

Seubert, A. Po 4-20

Sevryukov, O. N. Po 1-25

Shan, Y. Po 2-01, Po 2-02, Po 4-13

Shen, J. J. Po 1-18, Po 3-72

Shen, T. Po 2-73, Po 3-33

Shen, Z. Po 3-60

Shestakov, V. Po 1-99, Po 2-95, Po 4-92

Shi, J. Y. Po 3-86

Shi, L. Po 3-44

Shi, Q. Po 2-02

Shi, S. Po 3-82

Shibata, H. Po 3-36

Shield, M. Po 2-88

Shih, C. Po 2-53

Shikama, T. Po 2-53

Shimada, M. Po 4-82

Shimoda, K. O83

Shin, K. I. Po 4-04

Shinozuka, K. Po 3-19

Shizukawa, Y. Po 3-95

Short, M. O85

Siefken, U. Po 4-31

Sietsma, J. Po 4-03

Silva, C. Po 3-81

Simeone, D. Po 2-66

Simon, F. Po 3-10

Sinelnikov, D. Po 1-48

Sircar, A. Po 1-59

Sivak, A. B. Po 4-65

Sivak, P. A. Po 4-65

Skinner, C. H. Po 4-38

Snead, L. L. I21, I23, I34, I41, I52, I54, O41, O47, O75, O82, O83, Po 1-65, Po 1-66, Po 1-82, Po 3-11, Po 4-05

7372

Auth

or In

dex

Auth

or In

dex

Suzuki, H. Po 3-09

Suzuki, N. Po 4-95

Swaminathan, N. Po 1-56

T

Tada, K. Po 4-93

Takabatake, T. Po 4-44

Takagi, I. Po 4-37

Takahashi, K. Po 2-77

Takayama, T. Po 2-19

Takeuchi, T. Po 3-36

Takizawa, K. Po 1-71

Taller, S. Po 4-72, Po 4-100

Tamiya, R. Po 1-77

Tan, L. I21, I54, O56, P6, Po 3-11, Po 3-21

Tan, X. Po 4-28

Tanagawa, H. Po 2-04

Tanaka, H. Po 3-62

Tanaka, T. O87, Po 4-95

Tang, Q. Q. Po 1-24

Tang, W. O23, Po 3-21

Tang, Z. Po 2-83

Tanigawa, H. I13, I21, I41, Po 1-16, Po 2-23, Po 2-52, Po 3-08, Po 3-09, Po 3-19, Po 3-25, Po 3-31, Po 3-70, Po 4-10, Po 4-11, Po 4-12, P6

Taniike, A. Po 4-56

Tanno, T. Po 1-14, Po 2-03, Po 3-16

Tavassoli, F. P6, Po 1-64

Soisson, F. I42

Sokolov, M. I82

Song, D. K. Po 3-91

Song, G. O61

Song, J. P. Po 2-50

Spatig, P. I14

Speliotis, Th. Po 4-67

Spilker, B. Po 3-41, Po 4-46

Spitsyn, A. V. Po 1-94, Po 2-93

Spätig, P. Po 2-05, Po 3-15

Staltsov, M. S. Po 2-16, Po 3-71

Stan, T. Po 3-83

Steffens, J. I22, O91

Stephen, G. O43

Steudel, I. Po 2-39, Po 4-43

Stihl, C. I71, Po 4-80

Stoller, R. E. O72, I21, I53, Po 1-53, Po 2-66, Po 3-02, T5, Po 4-27

Stubbins, J. F. I33, Po 1-72, Po 1-79, Po 3-17

Sublet, J.-C. O78

Suchkov, A. N. Po 1-25

Sugimoto, M. Po 3-62

Sugiyama, K. I22, O91, Po 3-93, Po 4-39

Sun, Z. Po 1-40

Suo, J. Po 1-98, Po 3-03

Surovitskiy, S. V. Po 1-39

Suzudo, T. Po 2-66, Po 4-64, Po 4-88

Suzuki, A. Po 1-85, Po 1-100, Po 3-62

Suzuki, E. Po 3-69

Taylor, C. M. Po 4-82

Tazhibayeva, I. Po 1-93, Po 2-45, Po 3-40, Po 4-92

Team, F. Po 4-63

Tejado, E. Po 3-29

Terai, T. Po 1-85, Po 1-100, Po 3-62

Terentyev, D. I42, I81, Po 1-76, Po 2-72, Po 2-74, Po 3-91

Terra, A. Po 3-94

Thomas, N. Po 3-10

Thompson, M. O55

Thomson, J. K. Po 1-66

Tillack, M. I72

Tissot, O. O15

Toader, O. Po 4-100

Toffolon, C. O22

Tokitani, M. Po 1-41, Po 1-45, Po 4-44

Tokunaga, K. O47, O48, Po 4-47

Tolstolutskaya, G. D,

Po 2-79, Po 3-79

Tomura, K. Po 4-18

Torimaru, T. O32, Po 3-18, Po 3-95, Po 3-100

Tong, Z. Po 1-75

Tougou, K. Po 3-82

Toyama, T. O51, Po 2-53, Po 3-93, Po 4-93

Toyoshima, K. Po 2-28

Tran, M. Q. T1

Tripathi, J. K. Po 2-32, Po 3-73

Trocellier, P. O31, Po 4-68

Tschopp, M. A. Po 3-86

Tsisar, V. Po 4-34

Tsuchida, H. Po 1-77

Tsuchiya, B. Po 4-47

Tsuchiya, K. Po 3-36

Tsuji, Y. Po 3-62

U

Ueda, Y. O47, Po 4-82

Uehara, T. Po 3-36

Uemura, Y. I31, O51, O87, Po 1-41

Ukai, S. O32, Po 2-18, Po 3-100, Po 3-18, Po 3-82, Po 3-95, Po 4-18, Po 4-19, P5

Ullah, M. Po 4-66

Unezhev, V. N. Po 1-49, Po 4-53

Unocic, K. A. I54, Po 2-21, Po 2-96

Unterberg, B. I22, I24, I34, O45, O91, Po 4-43

Usami, H. Po 3-31

Ushida, H. Po 2-57, Po 4-99

Utili, M. Po 2-25

Utin, Y. Po 2-61

Uytdenhouwen, I.

Po 3-74, O76

V

Vadym, M. Po 1-39

Vaghela, N. P. Po 1-59

Valli, M. Po 1-52, Po 4-52

van de Sanden, R.

O49

van Eden, S. O49

7574

Auth

or In

dex

Auth

or In

dex

van Renterghem, W.

O76, Po 1-101

van Coevering, G.

O81

Varma, V. Po 2-44

Vaßen, R. Po 2-31

Ventelon, L. I42, Po 4-91

Ventrella, A. Po 3-23

Verger, J. –M. Po 1-36

Victoria, M. P4, I14

Vieh, C. I14

Vila, R. O42, Po 2-64, Po 2-69, Po 3-05

Vilémová, M. Po 2-48, Po 4-32

Vincent, S. O22

Vitolo, S. Po 2-59

Vladimirov, P. V. I36, I71, Po 1-81, Po 3-55, Po 3-57, Po 4-57, Po 4-79, Po 4-80

von Toussaint, U. I22

Vostřák, M. O26

Voyevodin, V. V, Po 2-79, Po 3-79

Vrel, D. Po 3-92

Vybyvanets, V. I. Po 4-53

W

Wagner, J. I36

Wakai, E. Po 1-83, Po 2-63, Po 3-62, Po 4-62, P9

Wan, F. R. P7, Po 3-58

Wang, B. Po 4-01

Wang, H. Po 3-59, Po 3-80,

Wang, H. Y. P7, Po 3-58

Wikman, S. O62, O93, P2, Po 2-61, Po 3-60

Willaime, F. I42, Po 1-92, Po 2-66, Po 4-91

Williams, A. M. Po 3-81

Wiltner, A. Po 4-31

Wirth, B. D. I23, O72, O75, O77, O81, Po 1-42, Po 1-43, Po 2-06, Po 2-88, Po 2-90

Wirtz, M. I34, O26, O45, O76, Po 1-39, Po 2-31, Po 2-39, Po 3-41, Po 3-74, Po 4-43, P2

Woo, C. H. Po 3-65

Wu, Y. C. Po 1-24, Po 3-39, Po 4-28

Wu, Y. O61, Po 2-94, Po 3-12, Po 4-59, Po 4-63

Wu, Y. I82, Po 2-81, Po 3-77, Po 3-83

Wulf, S.-E. Po 2-97, Po 3-98

Wurster, S. O46

X

Xia, M. I14, Po 4-48

Xia, Y. Po 1-23

Xiang, L. Po 4-30

Xiang, X. Po 3-97, Po 4-01

Xiao, X. Z. Po 1-76, Po 3-91

Xiao Gang, C. Po 1-23

Xie, R. Po 4-16, Po 4-17

Xin, J. Po 1-90, Po 2-13, Po 3-12

Xu, D. O81, Po 2-90

Wang, J. Po 1-23. Po 2-50, Po 2-73, Po 2-92, Po 1-44

Wang, J. –L. Po 1-44

Wang, K. I14, Po 2-09

Wang, N. Po 1-89

Wang, P. Po 4-100

Wang, P. H. P7, Po 3-07, Po 3-58

Wang, S. Po 2-77, Po 2-89

Wang, W. Po 2-01, Po 2-02, Po 2-12, Po 4-13

Wang, X. Po 3-97

Wang, Y. Po 1-98

Wang, Y. O61, Po 3-32

Wang, Y. B. Po 2-49

Was, G. S. O81, Po 1-73, Po 4-72, Po 4-100

Watanabe, H. I31, O25, Po 1-41, Po 2-35, Po 2-43

Watanabe, K. Po 3-62, Po 4-62

Watanabe, Y. Po 3-70

Weber, T. Po 1-46, Po 3-27

Weber, W. J. Po 2-66, Po 4-66

Wegener, T. O12, Po 1-51

Wie, K. Po 2-73

Wei, R. Po 3-34

Wei, Y. Po 4-13

Weissgärber, T. Po 1-19

Wen, H. Po 3-65

Wendel, M. Po 1-53

Wendland, B. I12

Wepf, R. O65

Widdowson, A. Po 4-42

Wident, P. O22

Xu, G. Po 2-12

Xu, H. T5

Xu, Q. Po 1-77, Po 2-34, Po 4-93

Xu, W. Po 1-40

Xu, Y. P Po 2-92

Xu, Z. Po 3-07

Xue, X. Po 1-23

Y

Yabuuchi, K. O54, O64, Po 1-20, Po 2-17, Po 2-19, Po 2-40, Po 2-99, Po 3-31, Po 4-19, Po 4-75, Po 4-88, Po 4-94

Yagi, J. Po 3-62

Yagodzinskyy, Y. N.

Po 1-81

Yajima, M. Po 3-93

Yamada, T. Po 2-36, Po 3-28

Yamaguchi, T. Po 4-94

Yamamoto, K. I63

Yamamoto, M. Po 1-45

Yamamoto, R. Po 2-57, Po 4-99

Yamamoto, T. I82, Po 1-91, Po 2-81, Po 3-77, P5, P8

Yamamoto, Y. O41, Po 1-66, Po 4-05, Po 3-88

Yamauchi, Y. Po 1-41, Po 4-82

Yamazaki, M. I63, Po 3-75

Yan, Q. Z. Po 1-37, Po 2-46, Po 3-32

Yan, W. Po 2-01, Po 2-02

7776

Auth

or In

dex

Auth

or In

dex

Yang, H. G. P7, Po 2-98, Po 3-08, Po 3-58, Po 4-10, Po 4-98

Yang, K. Po 2-01, Po 2-02, Po 4-13

Yang, L. Po 3-087

Yang, Q. Po 4-63

Yang, Q. X. Po 1-40

Yang, S. Po 3-34

Yang, W. Po 1-37

Yang, Y. Po 1-87, Po 3-87

Yang, Z. Po 1-42, Po 1-89

Yano, T. Po 3-52, Po 3-66

Yano, Y. Po 1-14, Po 2-03, Po 3-16

Yao, C. Po 2-73

Yao, Z. Po 2-22

Yaroshevskay, A. D.

Po 3-43

Yasuda, H. Po 2-52, Po 3-72

Yasterbkov, A. A. Po 4-53

Ye, M. Y. Po 3-86

Yeliseyeva, O. Po 4-34

Yi, X. I62, O79

Yokomine, T. Po 3-62

Yoneda, S. Po 4-18

Yoon, J. S. Po 2-51, Po 4-04

Yoshida, K. Po 3-52, Po 3-66

Yoshida, N. I31, O51, Po 1-41, Po 1-45, Po 2-43, Po 4-44

Yoshihashi, S. Po 2-63, Po 3-62

Yoshiie, T. Po 1-77

You, J. H. I34, O44, Po 4-85, P2

Youyun, L. Po 4-30

Yu, C. Po 3-03

Yu, G. Po 1-37

Yu, J. Po 4-59

Yu, J. H. Po 3-37

Yu, S. Po 4-63

Yu, X. O23

Yu, Y. Po 2-50

Yuan, X. M. Po 2-98, Po 4-98

Yuan, Y. Po 1-44, Po 2-42, Po 3-44

Yuji, H. Po 2-98

Yuping, X. Po 2-92

Yuta, F. Po 1-57

Yuyama, K. I31, O51, O87

Z

Zacchia, F. O93, Po 2-61

Zakharov, L. E. Po 1-40

Zaluzhnyi, A. I36

Zan, X. Po 3-39, Po 4-28

Zanini, L. O63

Zaurbekova, Z. Po 1-93, Po 2-45, Po 3-40, Po 4-92

Zaw, A. K. Po 3-71

Zayachuk, Y. I32

Zhai, N. Po 3-51

Zhai, X. Po 2-11

Zhai, Y. O53, Po 3-13

Zhan, Q. Po 2-98, Po 4-98

Zhang, B. Po 2-12

Zhang, B. Po 1-60

Zhang, C. Po 3-35, Po 4-23

Zhang, C. Po 1-75

Zhang, C. Po 1-89

Zhang, C. H. Po 2-92

Zhang, G. O92, Po 3-17, Po 3-97

Zhang, H. Po 4-23

Zhang, J. O53, Po 3-13, Po 3-39

Zhang, K. J. Po 2-22, Po 2-100

Zhang, T. Po 1-60

Zhang, W. Po 1-23

Zhang, W. W. Po 1-23, Po 3-38

Zhang, X. Po 3-32

Zhang, X. F. Po 4-48

Zhang, X. G. Po 4-48

Zhang, Y. Po 1-44, Po 1-98, Po 3-03, Po 3-44, Po 4-66

Zhang, Z. Po 3-35

Zhang, Z. X. O54, Po 4-75

Zhao, P. I12

Zhao, W. Po 4-98

Zhao, W. W. Po 2-98

Zhao, X. Y. Po 3-42

Zhao, X. Po 3-51

Zhao, Y. Po 2-09, Po 2-11

Zhemkov, I. Yu. Po 4-70

Zheng, G. Y. Po 2-50

Zheng, M. Po 1-90, Po 2-13

Zheng, P. F. P7, Po 3-34, Po 3-58

Zhitlukhin, A. M. Po 3-43

Zhong, Y. Po 3-60

Zhong, Z. H. Po 1-24

Zhou, H. S. Po 2-92

Zhou, K. Po 3-35

Zhou, T. Po 1-98, Po 3-03, Po 4-84

Zhou, Z. O92, P7, Po 2-22, Po 3-17

Zhou, Z. J. Po 3-58

Zhu, H. Po 2-73

Zhu, X. L. Po 3-44

Zhu, X. X. Po 2-98, Po 4-28

Zhu, X.-Y. Po 3-39

Zhu, Y. Po 2-73

Zhu, Z. O86, O86, Po 3-59, Po 4-59, Po 4-84

Zhurba, V. I. Po 2-71, Po 3-78

Zi, M. O86

Zinkle, S. J. I54, P4, Po 2-53, Po 2-66, Po 3-53

Zmitko, M. Po 3-10

Zolnikov, K. P. Po 2-75

Zuo, G. Z. Po 1-40

Zushi, H. Po 4-37

7978

Notes

82

LEGENDE

1 Ausstieg der FahrgästeTouren 1,2,3,5

2

c

BusparkplatzTouren 1,2,3,5

b

3 BusparkplatzTour 4

a

Welcome ReceptionOn Monday 12 October 2015 at 19:00h the ICFRM-17 welcome reception will take place in the Coronation Hall of Aachen which is famous for its Rethel frescoes. The coronation Hall also houses replicas of the medieval imperial crown and the other imperial regalia.

Address: Town Hall | Markt | 52062 Aachen | Germany

Conference DinnerOn Thursday 15 October at 19:30h the ICFRM-17 conference dinner will take place 30 meters below the surface in La Caverne de Geulhem. La Caverne de Geulhem is an ancient underground limestone quarry in the South Limburg Hills. Shuttle buses will take you to the dinner location after the Maastricht excursion or directly from the Eurogress (in case you do not join one of the excursions).

Address: La Caverne | Wolfsdriesweg 8a | 6325 PM Valkenburg a/d Geul | The Netherlands

Excursions to MaastrichtYou find the information about your booked excursion in your conference bag and on our information board next to the registration desk. The buses to Maastricht (The Netherlands) will leave from the EUROGRESS on Thursday afternoon 16:30h immediately after Poster Session 4 (please pay attention to the excursion signs when boarding the bus). For the excursions 1, 2, 4 and 5 (City Walk, Beer Brewery De Keyzer, Fortress Walk/Waldeck Bastion and Maastrichtse Highlights Tour) buses will take you first to the boarding and alighting coach stop on the Maasboulevard. From there you can walk to the meeting point of each excursion. The general meeting point for the excursions City Fortress Walk/Waldeck Bastion and Maastrichtse Highlights Tour is the Hotel StayOkay, Maasboulevard 101 and it is reachable within a walking distance of 3 minutes. If you visit the Beer Brewery De Keyzer, please follow the way marked in the map and you will reach the brewery (Museum Stoombierbrouwerij de Keyzer, Wycker

Bus Arrivals/Departures and Meeting Points:

Social Program

Grachtstraat 26) within 10 minutes. The buses will pick you up after the excursion at the bus stop on the Maasboulevard at 19:00h and take you to the conference dinner to La Caverne de Geulhem. For the excursion 3 to Fort Sint Pieter and the Caves Noord, buses will take you directly to the meeting point and pick you up from there after the excursion. (Chalet Bergrust, Luikerweg 71). For all those who will not take part in one of the above mentioned excursions, buses will leave at 18:45h from the EUROGRESS and take you to the conference dinner at La Caverne de Geulhem.

Bus Arrival, Departure and Meeting Point for

Tour 3: Fort Sint Pieter and Caves Noord

Museum Stoombierbrouwerij de Keyzer, Wycker Grachtstraat 26 Meeting Point for:

Tour 2: Beer brewery De Keyzer

Hotel StayOkay, Maasboulevard 101 – Meeting Point for: Tour 1: City Walk

Tour 4: Fortress Walk and Casemates Waldeck Bastion

Tour 5: Maastrichtse Highlights Tour

b

c

a

Arrival and Departure of Buses for Tour 1, 2, 4 and 5