論文- 廣田 真 -
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件数:9件
[2018]
1.Strato-hyperbolic instability: a new mechanism of instability in stably stratified vortices.[Journal of Fluid Mechanics,854,(2018),293-323]Suzuki, Shota and Hirota, Makoto and Hattori Yuji
[2017]
2.An Explosive Scaling Law for Nonlinear Magnetic Reconnection and Its Insensitivity to Microscopic Scales.[Plasma and Fusion Research,12,(2017),1401010-]Makoto Hirota
[2016]
3.Stability boundaries and sufficient stability conditions for stably stratified, monotonic shear flows.[Physics Letters A,380,(2016),1856-1860]Makoto Hirota, Philip J. Morrison
10.1016/j.physleta.2016.03.044
[2015]
4.Magnetohydrodynamic instability excited by interplay between a resistive wall mode and stable ideal magnetohydrodynamic modes in rotating tokamak plasmas.[Physics of Plasmas,22,(2015),082512-]Nobuyuki Aiba, Makoto Hirota
5.Explosive magnetic reconnection caused by an X-shaped current-vortex layer in a collisionless plasma.[Physics of Plasmas,22,(2015),052114-]Makoto Hirota, Yuji Hattori, Philip J. Morrison
6.Excitation of Flow-Stabilized Resistive Wall Mode by Coupling with Stable Eigenmodes in Tokamaks.[Physical Review Letters,114,(2015),065001-]N. Aiba, M. Hirota
10.1103/PhysRevLett.114.065001
[2014]
7.Variational necessary and sufficient stability conditions for inviscid shear flow.[Proceedings of the Royal Society A,470,(2014),20140322-]M. Hirota, P. J. Morrison, Y. Hattori
[2013]
8.Impact of plasma rotation on the linear physics of resistive wall modes in tokamaks.[Plasma Physics and Controlled Fusion,55,(2013)]N. Aiba, J. Shiraishi and M. Hirota
9.Nonlinear variational method for predicting fast collisionless magnetic reconnection.[Nuclear Fusion,53,(2013)]M. Hirota, P. J. Morrison, Y. Ishii, M. Yagi and N. Aiba
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