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Drop Tower Experiment to Study the Capillary Flow in Symmetrical and Asymmetrical Channels: Experimental Set-up and Preliminary Results

机译：Drop Tower实验研究对称和不对称通道中的毛细管流动：实验设置和初步结果

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Xiao Liang Chen; Yuan Gao; Qiu Sheng Liu;
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1. Drop Tower Experiment to Study the Capillary Flow in Symmetrical and Asymmetrical Channels: Experimental Set-up and Preliminary Results [J] . Chen Xiao Liang, Gao Yuan, Liu Qiu Sheng Microgravity science and technology . 2016,第5期

机译：滴塔实验研究对称和非对称通道中的毛细管流动：实验设置和初步结果
2. Drop Tower Experiment to Study the Effect of Microgravity on Friction Behavior: Experimental Set-up and Preliminary Results [J] . Yong Duan, Shengguan Qu, Chao Yang, Microgravity science and technology . 2020,第6期

机译：跌落塔实验研究微匍匐对摩擦行为的影响：实验设置和初步结果
3. Numerical simulation and experimental study on the effect of symmetric and asymmetric bionic flow channels on PEMFC performance under gravity [J] . Liu Shihua, Chen Tao, Xie Yi, International journal of hydrogen energy . 2019,第56期

机译：重力作用下对称和不对称仿生流道对PEMFC性能影响的数值模拟和实验研究
4. EXPERIMENTAL INVESTIGATION ON THE CORRELATIONS OF THE HOLDUP AND THE FRICTIONAL PRESSURE DROP OF GAS-LIQUID TWO-PHASE FLOW IN A FLAT CAPILLARY RECTANGULAR CHANNEL [C] . Hideo Ide, Tohru Fukano American Society of Mechanical Engineers(ASME) Heat Transfer/Fluids Engineering Summer Conference 2004(HT/FED 2004) vol.3; 20040711-15; Charlotte,NC(US) . 2004

机译：扁平毛细矩形通道内气液两相流滞留率与摩擦压降相关性的实验研究
5. Experimental study on two-phase flow regimes and frictional pressure drop in mini- and micro-channels. [D] . Pehlivan, Korhan Kaan. 2003

机译：微通道和微通道中两相流态和摩擦压降的实验研究。
6. Red blood cell phase separation in symmetric and asymmetric microchannel networks: effect of capillary dilation and inflow velocity [O] . Francesco Clavica, Alexandra Homsy, Laure Jeandupeux, -1

机译：对称和不对称微通道网络中的红细胞相分离：毛细管扩张和流入速度的影响
7. Red blood cell phase separation in symmetric and asymmetric microchannel networks: effect of capillary dilation and inflow velocity [O] . Clavica Francesco, Homsy Alexandra, Jeandupeux Laure, 2016

机译：对称和不对称微通道网络中的红细胞相分离：毛细管扩张和流入速度的影响
8. The Two-dimensional Subsonic Flow of an Inviscid Fluid about an Aerofoil of Arbitrary Shape Part I. Incompressible Flow about a Symmetrical Aerofoil in a Channel or Free Stream. Part II. Incompressible Flow about an Asymmetric Aerofoil in a Free Stream. Part III. The Influence Factor Method of Calculating Incompressible Flow. Part IV. Compressible Flow. [R] . L. C. WOODS 1953

机译：关于任意形状翼型的Inviscid流体的二维亚音速流动。关于通道或自由流中对称翼型的不可压缩流动。第二部分。关于自由流中不对称翼型的不可压缩流动。第三部分。计算不可压缩流动的影响因素法。第四部分。可压缩流动。

Drop Tower Experiment to Study the Capillary Flow in Symmetrical and Asymmetrical Channels: Experimental Set-up and Preliminary Results

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