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Liquid film transport around Taylor bubble in a microchannel with gas cavities
Microchannel Gas-liquid Taylor flow Gas cavity Liquid film
2023/3/1
In Taylor flow, the low velocity in liquid film around the bubbles limits the mass transfer between the bubble body and liquid phase. To overcome this deficiency, a cross-junction Microchannel with ga...
Fiber Laser Mode Locked by Carbon Nanotubes-N-methyl- 2-Pryrrolidone Solution in Fiber Microchannel
Lasers fiber Mode-locked lasers
2015/5/21
We demonstrated an Erbium-doped picosecond fiber laser mode locked by carbon nanotube in N-methyl-2-pryrrolidone solvent in an in-fiber micro-channel.
Fiber Laser Mode Locked by Carbon Nanotubes-N-methyl- 2-Pryrrolidone Solution in Fiber Microchannel
Lasers fiber Mode-locked lasers
2015/5/21
We demonstrated an Erbium-doped picosecond fiber laser mode locked by carbon nanotube in N-methyl-2-pryrrolidone solvent in an in-fiber micro-channel.
Analytic solution of liquid flow in rectangular PDMS-GLASS microchannel with wall slip and electro-viscous effects
Microchannel Electric double layer Wall slip
2010/9/15
In microfluidic system flow slip velocity on solid wall can be the same order of magnitude as the characteristic velocity in microchannel. This paper presents an analytic solution of pressure-driven l...
MONODISPERSE ATTOLITER DROPLET FORMA-TION USING A NANO-MICROCHANNEL INTERFACE
Droplet Attoliter Nano-microchannel Interface
2016/12/2
We demonstrate the production of sub-micrometer diameter monodisperse droplets by using a nano-micro channel interface. A perfectly steady nanoscopic liquid filament can be formed by a geometric confi...
基于微通道乳化技术的单分散大豆分离蛋白乳状液制备Preparation of Monodispersed Emulsion Stabilized by Isolated Soybean Protein Based on Microchannel Emulsification Technique
单分散 大豆分离蛋白 微通道乳化技术
2009/8/11
以大豆分离蛋白为乳化剂，采用微通道乳化技术制备单分散乳状液，研究乳状液粒子的成粒特性。结果表明：当大豆分离蛋白的pH值为6～8时，微通道乳化技术能够成功制备单分散的乳状液，但是随着pH值的增大，粒子的单分散性增强。当pH值为7时，单分散乳状液的粒子平均粒径为43.4μm，变异系数为4.3％。大豆分离蛋白的微通道乳化特性与其等电点相关，当pH值低于等电点时，蛋白质分子的正电性与微通道板的负电性相互作...
Interfacial tension controlled W/O and O/W 2-phase flows in microchannel
Interfacial tension controlled W/O O/W 2-phase flows microchannel
2016/12/2
In microfluidic systems, interfacial tension plays a predominant role in determining the two-phase flow behavior due to the high surface area to volume ratio. We investigated the influence of both sol...