Japanese Meeting

Meeting on ITER Relevant Diagnostic Developments in Japan combined with the
Meeting on Priority Research Area "Advanced Diagnostics for Burning Plasmas"

Sendai, 4 September 2006

M. Sasao	Welcome and announcement from the local organizer
M. Sasao	Overview of recent activities of the priority research area "Advanced Diagnostics for Burning Plasmas"
M. Sasao	Recent progress on the beam neutralization alpha particle diagnostic systems
T. Nishitani	Development of neutron detector with the digital signal processing technique
T. Iguchi	New concept of time-of-flight neutron spectrometers for ITER DT burning plasma diagnostics
K. Ochiai	Development of TOF Neutron Measurement
J. Kaneko	Synthesis and evaluation of CVD diamond single crystals for a neutron energy spectrometer
Y. Nakao (pres. M. Nakamura) + K. Ochiai	On energetic particle diagnostics based on gamma-ray measurement
M. Nishiura	Investigation of the installation of ITER lost alpha detector
B. J. Peterson	Recent progress in the development of imaging bolometers and future plans
T. Kondoh	Development of CO₂ laser for collective Thomson scattering diagnostics
T. Ozaki	Pellet Charge Exchange Measurement in LHD & ITER
N. Yoshida	Surface Damage of First Wall and Divertor in LHD by He Plasma Discharge
H. Hojo	Microwave Diagnostic Study Aiming for Burning Plasmas
K. Kawahata	Progress in the Short Wavelength Far-Infrared Laser Diagnostics for Burning Plasma
T. Hatae	Advanced Thomson Scattering Diagnostic and Design of Edge Thomson Scattering System for ITER
M. Sato	Evaluation of ECE spectra on the oblique propagation and application to electron temperature measurement in a reactor grade tokamak
H. Ogawa	Design of Impurity Influx Monitor (Divertor) for ITER
T. Yamaguchi	Consideration of the viewing chord geometry for the ITER poloidal polarimeter
K. Sato	Progress in Design of ITER Upper Port Plug
Y. Kawano	Report of New Diagnostics in JT-60U
K. Hanada (pres. Y. Kusama)	Current profile estimation using Hard X-ray measurement along the top and bottom identical line of sight in the TRIAM-1M tokamak