IISS2009

Abstracts of Invited Lecturers

P. Andrew	Key issues relating to erosion, dust production and tritium retention in ITER
R. Causey	Fuel Retention in Fusion Reactors
W. Fundamenski	Power and particle exhaust in tokamaks
K. Krieger	Material transport in the frame of PS
M. Kobayashi	Modelling of divertor plasma transport in stochastic magnetic boundary
A. Kukushkin	Two-dimensional modelling of edge and divertor processes physics for ITER
A. Loarte	Physics of transient power loads on plasma facing components in ITER
D. Majeski	Liquid lithium issues
M. Merola	Design of ITER facing components
D. Naujoks	General Criteria and Operation Limits of a Steady-State Fusion Reactor with Respect to Plasma-Material Interaction
R. Neu	Benefits and challenges of the use of High-Z Plasma Facing Materials in Fusion Devices
K. Ohya	Integrated Numerical simulations and modeling of erosion and deposition on plasma facing wall
S. Pitcher	Edge and Divertor measurement challenges in ITER
R. Pitts	Key plasma-wall interaction physics issues for ITER
J. Roth	Erosion Processes due to energetic particle-surface interaction
L. Snead	The Effect of Neutron Irradiation on Candidate First Wall and Diverter Materials
J. Strachan	A Study of Impurity Sources, Contamination, and Migration
T. Takizuka	Modeling and simulation of SOL-divertor plasmas
T. Tanabe	Tritium issues in plasma wall interactions
E. Tsitrone	General Overview of Plasma Surface Interaction
G. Tynan	PMI of Mixed Materials in ITER
Y. Ueda	Material Mixing of tungsten with low Z materials

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