@article{oai:nifs-repository.repo.nii.ac.jp:00011535,
 author = {KENMOCHI, Naoki and MINAMI,  Takashi and ARAI, Shohei and TAKAHASHI,  Chihiro and MIZUUCHI,  Tohru and KOBAYASHI,  Shinji and NAGASAKI,  Kazunobu and NAKAMURA,  Yuji and OKADA,  Hiroyuki and YAMAMOTO,  Satoshi and KONOSHIMA,  Shigeru and OHSHIMA,  Shinsuke and MUKAI,  Kiyofumi and LEE, Hyunyong and ZANG, Linge and NAGAE, Yoko and SHA, Mengyu and OHTANI, Yoshiaki and KASAJIMA, Keijun and HARADA, Tomotaka and WATADA, Hiroto and FUKUSHIMA, Hirofumi and SUGIMOTO, Yukinobu and NAKAMURA, Yuichi and HASHIMOTO, Kohei and SANO,  Fumimichi},
 issue = {Special Issue 1},
 journal = {Plasma and Fusion Research},
 month = {Sep},
 note = {0000-0003-1088-8237, A new laser timing controller for the high time-resolution Nd:YAG Thomson scattering system with two Nd:YAG lasers has been developed to study improved confinement physics in Heliotron J. A PIC-based timing controller synchronizes the timings of laser oscillations with plasma discharges and enables the measurement of plasma profiles with a precision of <1 μs. The timing controller is used for the “soft start” of the system, which protects the optical components against initial unstable laser oscillations. The timing controller is designed to precisely control the delay time of the laser pulse from one laser to another, and to investigate the profile change of electron temperature and density within a short time span (> 80 ns), which is crucial for transport physics studies including spontaneous transitions.},
 title = {Development of a Laser Timing Controller for the High Time-Resolution Nd:YAG Thomson Scattering System in Heliotron J},
 volume = {8},
 year = {2013}
}