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聚焦微流控装置内液滴生成与断裂机理：从滴状流到喷射流
  • ISSN号：0009-2509
  • 期刊名称：Chemical Engineering Science
  • 时间：2012.12.24
  • 页码：207-217
  • 相关项目：微通道内气泡聚并、破裂过程的界面演化规律及界面传质机理
作者： Fu, Taotao|Wu, Yining|Ma, Youguang|Li, Hua Z.|
同期刊论文项目
微通道内气泡聚并、破裂过程的界面演化规律及界面传质机理
期刊论文 27
同项目期刊论文
微通道内伴有化学吸收气液两相流的空隙率与压力降
非对称Y型分岔微通道内气泡破裂与分配规律
Critical lengths for the transition of bubble breakup in microfluidic T-junctions
Droplet formation and breakup dynamics in microfluidic flow-focusing devices: From dripping to jetti
微反应器结构对气液二相分布规律的影响
Hydrodynamic feedback on bubble breakup at a T-junction within an asymmetric loop
Bubble coalescence at a microfluidic T-junction convergence: from colliding to squeezing
T型微通道内液滴尺寸的实验测定与关联
Asymmetrical breakup of bubbles at a microfluidic T-junction divergence: feedback effect of bubble c
微通道内液液两相流压力降的测量和关联
Scaling of the bubble formation in a flow-focusing device: Role of the liquid viscosity
Pinch-off mechanism for Taylor bubble formation in a microfluidic flow-focusing device
微通道内伴有化学吸收的气液二相流型
Bubble breakup with permanent obstruction in an asymmetric microfluidic T-junction
Taylor flow and mass transfer of CO2 chemical absorption into MEA aqueous solutions in a T-junction
<span style="font-family:宋体;font-size:16pt;"><strong>聚焦型微流控设备内泰勒气泡生成过程的夹断机理<
T型微流体设备内气泡破裂转变的临界长度
微通道内离子液体/乙醇混合溶液吸收CO2的传质特性
十字聚焦型微通道内弹状液滴在黏弹性流体中的生成与尺寸预测
并行微通道内气液相分配规律