Microfluidics and Lab on Chip
共流微流控中的液滴脱离时间和液滴体积
Droplet detachment time and droplet volume in co-flow microfluidicsA study of the dynamics of water-in-oil droplet formation in glass capillary co-flow microfluidic devices, demonstrating that droplet volume is governed by competing inertial and shear forces rather than detachment time alone. / 研究玻璃毛细管共流微流控装置中水包油液滴形成的动力学，证明液滴体积由竞争性惯性力和剪切力决定，而不仅仅是脱离时间。
- Knowledge type
- 工艺技术
- First proposed or discovered
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- Turkey Farm member
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- 农场主
- Last updated
- 2026-11-15 17:06:21
Sub-knowledge points
Droplet detachment time scales with flow rate in single-parameter systemsDecoupling of detachment time and droplet volume in multi-parameter fluidicsVolume-mass conservation within 11% prediction accuracy
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Main parameters and performance indicators
inner flow rate: Volumetric flow rate of the dispersed phaseouter flow rate: Volumetric flow rate of the continuous phaseorifice diameter: Characteristic dimension for scaling dimensionless parameters
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Related literature
ranked by community starsDroplet detachment time and droplet volume in co-flow microfluidicsOpen source
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1 recordsRecord title: Droplet detachment time and droplet volume in co-flow microfluidics.
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