DESC磁気平衡結果を用いたW7-Xボロメータ計測のトモグラフィー開発
Development of tomography for W7-X bolometer with DESC-computed equilibrium
宗近洸洋 1)、
筒井広明 1)、
Byron Jay Peterson 2)3)、
向井清史 2)3)、
河村学思 2)3)、
Gabriele Partesotti 4)、
Felix Reimold 4)
- 東工大、
- NIFS、
- 総研大、
- Max Planck IPP
MUNECHIKA Koyo 1)、
TSUTSUI Hiroaki 1)、
Byron Jay Peterson 2)3)、
MUKAI Kiyofumi 2)3)、
KAWAMURA Gakushi 2)3)、
Gabriele Partesotti 4)、
Felix Reimold 4)
- Tokyo Tech.、
- NIFS、
- SOKENDAI、
- Max Planck IPP
Bolometry is an important measurement for plasma confinement devices to estimate the radiation loss from plasmas. In particular, it is used to elucidate the mechanism of radiative collapse as well as impurity transport. And tomography technique is often used to reconstruct a spatial radiation profile. We focus on the bolometer system installed in W7-X and develop a tomography system using DESC-computed magnetic flux surfaces which is 3-D MHD equilibrium solver.
bolometer, tomography, Wendelstein 7-X