Application of Magnetohydrodynamic Effect to the Analysis of Electrochemical Reactions 1．MHD Flow of an Electrolyte Solution in an Electrode－Cell with a short Rectangular ChannelRyoichi Aogaki, Takashi Mukaibo, Kazuo Fueki|Denki Kagaku oyobi Kogyo Butsuri Kagaku|1975Cited by 143
Application of Magnetohydrodynamic Effect to the Analysis of Electrochemical Reactions 2．Diffusion Process in MHD Forced Flow of Electrolyte SolutionsRyoichi Aogaki, Takashi Mukaibo, Kazuo Fueki|Denki Kagaku oyobi Kogyo Butsuri Kagaku|1975Cited by 95
Diffusion Process in Viscous Flow of Electrolyte Solution in Magnetohydrodynamic Pump ElectrodesRyoichi Aogaki, Takashi Mukaibo, Kazuo Fueki|Denki Kagaku oyobi Kogyo Butsuri Kagaku|1976Cited by 73
Theory of polarographic maximum current—I. Conditions for the onset of hydrodynamic instability in a liquid metal electrode systemRyoichi Aogaki, Takashi Mukaibo, K. Kitazawa et al.|Electrochimica Acta|1978Cited by 38
Theory of polarographic maximum current—II. Growth or decay rate of the electrochemical and hydrodynamic instabilityRyoichi Aogaki, Takashi Mukaibo, K. Kitazawa et al.|Electrochimica Acta|1978Cited by 23