...
机译:温度梯度在流体流体界面内衬微通道内的散装散装流量
Physical Intelligence Department Max Planck Institute for Intelligent Systems Stuttgart 70569 Germany;
Physical Intelligence Department Max Planck Institute for Intelligent Systems Stuttgart 70569 Germany;
Physical Intelligence Department Max Planck Institute for Intelligent Systems Stuttgart 70569 Germany;
Physical Intelligence Department Max Planck Institute for Intelligent Systems Stuttgart 70569 Germany;
Physical Intelligence Department Max Planck Institute for Intelligent Systems Stuttgart 70569 Germany;
Physical Intelligence Department Max Planck Institute for Intelligent Systems Stuttgart 70569 Germany;
lab-on-a-chip; Marangoni flow; microfluidics; thermal gradients; thermocapillary;
机译:温度梯度在流体流体界面内衬微通道内的散装散装流量
机译:熵生成的数值研究预测微通道内纳米流体流量的不缩探:褐色扩散,剪切速率和粘度梯度的影响
机译:通道表面润湿性和温度梯度对单个微通道沸腾流动模式的影响
机译:考虑颗粒内的温度梯度,在颗粒分散的两相流中的热传递
机译:大气水气溶胶接口:热力学模型和具有流体接口的双相微流。
机译:温度梯度驱动培养皿和多孔板中的径向流体流动
机译:斯托克斯中的粒子运动在平面流体-流体界面附近流动。第2部分。线性剪切和轴对称应变流
机译:用于射束能量推进的高温氢气换热器内单个微通道的数值分析