Abstracts

Final Programme

Speaker

Title

Session

1

R.G. Carter

The use of US candidate embrittlement correlations to predict RPV steel behavior at high fluences.

1

2

R. Chaouadi

The RADAMO experimental program in support of the RPV radiation hardening modeling activities at SCK•CEN.

1

3

M.T. Ericksonkirk

A review of DT30 data for reactor pressure vessel steels obtained at high fluences.

1

4

G.R. Odette

A three feature model of irradiation hardening in RPV steels.

1

5

R. Gérard

Comparison of high fluence surveillance results to RPV embrittlement trend curves

2

6

H. Hein

Review of irradiation surveillance and test reactor data of RPV steels used in German LWR in relation to the flux effect issue.

2

7

N. Soneda/M. Matsukawa

Effect of flux on the embrittlement of highly irradiated RPV steels.

2

8

T. Williams

Evidence of flux and fluence effects from mechanical property and microstructural data on materials irradiated in test reactors over a range of conditions

2

9

M.G. Burke

Characterization of the early stages of solute clustering in A508 Gr4N steels and a 1%Ni-1.3%Mn weld.

3

10

M. Hasegawa

Irradiation-Induced Nanostructural Evolution in RPV Steels Studied by Positron Annihilation and 3D Atom Probe: First and Second Generation RPV Steels

3

11

A. Kimura

An assessment of flux effects on irradiation hardening based on recent experimental results and damage mechanisms

3

12

R.K. Nanstad

Nanocluster Formation and Dissolution in VVER-1000 RPV Steels and Other High-Nickel Steels During High Fluence Neutron Irradiation and Post-Irradiation Annealing

3

13

G.R. Odette

Neutron irradiation dose rate effects of RPV steels: analysis of the IVAR database

3

14

M.T. Ericksonkirk

A New Procedure for Curve-Fitting Charpy V-Notch Energy Transition Data, and its Influence on the Perceived Differences between Fracture Toughness and CVE Data

4

15

W. Server

Attenuation damage through the wall of a reactor pressure vessel.

4

16

H-W. Viehrig

Master Curve Testing of highly irradiated IAEA RPV steels JRQ and JFL.

4

17

A. Chernobaeva

Assessment of the flux effect for VVER-440 RPV materials.

4

Ordered according to session and alphabetical order.