机译:电解质在电解质中焦耳加热下的热再生对流与热电不稳定的模式
Department of Mathematics and Computer Science Kuban State University Krasnodar 350040 Russian Federation;
Laboratory of Micro- and Nanoscale Electro- and Hydrodynamics Financial University under the Government of Russian Federation Krasnodar 350051 Russian Federation Laboratory of General Aeromechanics Institute of Mechanics Moscow State University Moscow 119192 Russian Federation;
Ion-exchange membrane; Thermogravitational convection; Electrokinetic instability; Thermoelectrokinetic instability; Joule heating; Electroconvection; Microchannel;
机译:电负荷参数对具有粘性耗散和焦耳加热的垂直通道中的不相容粘性液体的磁混合对流的影响:两种液体模型。
机译:经历自然对流和电解质分层的电化学电池的焦耳加热
机译:经历自然对流和电解质分层的电化学电池的焦耳加热
机译:外部施加电场对电解质层中形成的双电层的影响及其对焦耳热的贡献
机译:高纬度电离层电场变化对全球热圈焦耳热估算的影响。
机译:具有焦耳热和对流边界条件的水基纳米流体的混合对流蠕变流动
机译:具有粘性耗散和焦耳加热的纳米流体非稳态电mHD混合对流的双分层效应