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Simulations of Fusion Edge Plasmas by Linear Plasma Devices: Physics and Plasma–material Interactions

Kang In Je,Bae Min-Keun,Park In Sun,Woo Hyun-Jong,Lho Taihyeop,Ahn Jeong-Sun,Chang Doo-Hee,Cho Soon-Gook,Choi Geun-Sik,Choi Heung-Gyun,Choi Yong-Sup,Chung Bo-Hyun,Chung Tae Hun,Do Jeong-Joon,Goo Bon-Cheol,Hong Sung Hoon,Hong Suk-Ho,Jeon Jong-Sik,Joo Sung-Kiu, Jung Seo Jin,Jung Seok-Won,Jung Young-Dae,Jung Yong Ho,Ko Kwang-Cheol,Kim Beom-Sik,Kim Gon-Ho,Kim Hye-Ran,Kim Heung-Su, Kim Jin-Hee,Kim Jong-Il,Kim Jae Yong, Kim Kyung-Cheol, Kim Myung Kyu,Kim Sang-You,Kim Jin-Woo,Kim Yong-Kyun,Kwak Gyea Young,Lee Dong-Han,Lee Heon-Ju,Lee Min Ji,Lee Myoung-Jae,Lee Seung-Hwa,Park Eun-Kyung,Seok Dong Chan, Lee Byoung-Kyu,Noh Seung Jeong,Seo Young-Jun,Shim Yun-Keun,Sun Jong Ho,Oh Byung-Hoon, Oh Cha-Hwan,Oh Hye Taek,Oh Young-Suk,Park Sang Joon,You Hyun Jong, You Hun Suk,Chung Kyu-Sun

Journal of the Korean Physical Society（2022）

Cited 1|Views8
Key words
Linear plasma devices,DiPS-2,KSTAR,PMI (plasma–material interaction),ELM (edge localized mode),Diffusion,Convection
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