@article{oai:repo.qst.go.jp:00047809,
 author = {瀬戸, 春樹 and 矢木, 雅敏 and 相羽, 信行 and 松山, 顕之 and D., Dudson Benjamin and Xu, Xueqiao and 瀬戸 春樹 and 矢木 雅敏 and 相羽 信行 and 松山 顕之},
 journal = {Plasma and Fusion Research},
 month = {Dec},
 note = {Impacts of electron inertia with an electron skin depth (ESD) longer than the realistic value used in early
numerical studies on non-ideal ballooning modes (NIBMs) are numerically investigated by a linearized 3-field
reduced MHD model. In this paper, 4 different ESDs d∗ = 0, d , √10d , 10d are used for a resistivity dependence  eeee
  study of the growth rate of NIBMs, where de = c0 ε0me/nee2 is the real ESD and de∗ = 10de corresponds to an order of ESD used in a numerical study on collisionless ballooning mode (CBM) reported in [Kleva and Guzdar Phys. Plasmas 6, 116 (1999)]. In the case with the real ESD de∗ = de, a transition from resistive ballooning mode (RBM) to CBM occurs in the edge relevant resistivity regime, while the electron inertia effect is overestimated and the growth rate is almost independent of resistivity in the cases with de∗ = √10de and 10de. These results indicate that the real ESD is one of key factors for the edge stability and turbulence analysis.},
 pages = {1203122-1--1203122-3},
 title = {Non-Ideal Ballooning Mode Instability with Real Electron Inertia},
 volume = {11},
 year = {2016}
}