Formation of double emulsion drops with exactly three inner drops at the inner fluid flow rate of 2 mL/h, the middle fluid flow rate of 0.8 mL/h, and the outer fluid flow rate of 6 mL/h. Drops are formed by co-flow coupled with counter-current flow focusing
We successfully encapsulate two, three, and four different inner drops inside double emulsions by me...
We report the controlled breakup of double emulsion droplets as they flow through an orifice of a ta...
We show that a double emulsion (oil in water in oil) can be created starting from a compound droplet...
Formation of double emulsion drops with exactly six inner drops in each outer drop at the inner flui...
Formation of double emulsion drops with four inner drops at Q1=2.4 mL/h, Q2=2 mL/h, and Q3=12 mL/h.T...
<div><div>Supplementary video file 1 for Prediction and control of drop formation modes in microflui...
A simple and robust co-flowing microfluidic device for double emulsion preparation is designed and a...
Supplementary Information files for Prediction and control of drop formation modes in microfluidic g...
Hypothesis - Predicting formation mode of double emulsion drops in microfluidic emulsification is cr...
Water in oil emulsion with drop sizes ranging from 15 to 400 m was produced via drop break-off in a ...
Single-step generation of monodisperse multi-core double emulsion drops in three-phase glass capilla...
Double emulsion formation in a hierarchical flow-focusing channel is systematically investigated usi...
International audienceWe describe a pendant drop method that allows one to produce double emulsions ...
In this study, we present experimental and theoretical analyses of evaporating a double-emulsion dro...
Drop formation is widely encountered in nature and industry through processes such as dripping, emul...
We successfully encapsulate two, three, and four different inner drops inside double emulsions by me...
We report the controlled breakup of double emulsion droplets as they flow through an orifice of a ta...
We show that a double emulsion (oil in water in oil) can be created starting from a compound droplet...
Formation of double emulsion drops with exactly six inner drops in each outer drop at the inner flui...
Formation of double emulsion drops with four inner drops at Q1=2.4 mL/h, Q2=2 mL/h, and Q3=12 mL/h.T...
<div><div>Supplementary video file 1 for Prediction and control of drop formation modes in microflui...
A simple and robust co-flowing microfluidic device for double emulsion preparation is designed and a...
Supplementary Information files for Prediction and control of drop formation modes in microfluidic g...
Hypothesis - Predicting formation mode of double emulsion drops in microfluidic emulsification is cr...
Water in oil emulsion with drop sizes ranging from 15 to 400 m was produced via drop break-off in a ...
Single-step generation of monodisperse multi-core double emulsion drops in three-phase glass capilla...
Double emulsion formation in a hierarchical flow-focusing channel is systematically investigated usi...
International audienceWe describe a pendant drop method that allows one to produce double emulsions ...
In this study, we present experimental and theoretical analyses of evaporating a double-emulsion dro...
Drop formation is widely encountered in nature and industry through processes such as dripping, emul...
We successfully encapsulate two, three, and four different inner drops inside double emulsions by me...
We report the controlled breakup of double emulsion droplets as they flow through an orifice of a ta...
We show that a double emulsion (oil in water in oil) can be created starting from a compound droplet...
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