1. Evaluation of Excitation Conditions of ITG Modes in the PANTA
- Author
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MIWA, Yudai, KASUYA, Naohiro, SASAKI, Makoto, INAGAKI, Shigeru, ITOH, Kimitaka, YAGI, Masatoshi, FUJISAWA, Akihide, NAGASHIMA, Yoshihiko, LESUR, Maxime, KOBAYASHI, Tatsuya, YAMADA, Soutarou, YAMASHITA, Tetsuo, OTSUBO, Satoshi, KAKIGAWA, Shinsuke, MITSUZONO, Tomohiro, FUJINO, Hirofumi, ITOH, Sanae-I., MIWA, Yudai, KASUYA, Naohiro, SASAKI, Makoto, INAGAKI, Shigeru, ITOH, Kimitaka, YAGI, Masatoshi, FUJISAWA, Akihide, NAGASHIMA, Yoshihiko, LESUR, Maxime, KOBAYASHI, Tatsuya, YAMADA, Soutarou, YAMASHITA, Tetsuo, OTSUBO, Satoshi, KAKIGAWA, Shinsuke, MITSUZONO, Tomohiro, FUJINO, Hirofumi, and ITOH, Sanae-I.
- Abstract
To study the nonlinear saturation mechanism in turbulent plasmas, we plan to obseve ion temperature gradient (ITG) modes in the Plasma Assembly for Nonlinear Turbulence Analysis (PANTA). Linear growth rates of ITG modes in the linear device are analyzed to determine their excitation conditions using a three-field fluid model to describe the ion motion. Parameter scans of the linear growth rate show the threshold for ITG mode excitation, and the typical plasma parameters of the PANTA are found in the unstable domain., source:https://doi.org/10.1585/pfr.8.2403133
- Published
- 2022