Flexible Microfluidic Devices for Tunable Formation of Double Emulsion

Flexible Microfluidic Devices for Tunable Formation of Double Emulsion

Double emulsions are highly structured dispersion systems that generate double-layered droplets. Double emulsions offer an effective platform for encapsulating liquid samples. Multilayer protection, controlled release of encapsulated materials, and stability make double emulsions superior to single...

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Bibliographic Details
Main Author: Uditha Roshan (20841937) (author)
Other Authors: Ajeet Singh Yadav (6458549) (author), Xiaoyue Kang (20110030) (author), Du Tuan Tran (20841940) (author), Amith Mudugamuwa (20841943) (author), Jun Zhang (48506) (author), Nam-Trung Nguyen (2821847) (author)
Published: 2025
Subjects:
Genetics
Molecular Biology
Biotechnology
Ecology
Developmental Biology
Plant Biology
Computational Biology
Space Science
Biological Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
experimental results showed
encapsulating liquid samples
adjusting channel dimensions
high encapsulation efficiency
applying ∼ 16
flexible microfluidic devices
tunable core size
controlling core size
generate monodisperse double
double emulsions offer
core size
monodisperse double
generate double
tunable formation
high precision
core volume
concept flexible
∼ 84
∼ 23
microfluidic emulsification
microfluidic device
double emulsions
double emulsion
widely used
time tunability
straightforward method
small range
single emulsions
shell volume
shell thickness
promising method
multilayer protection
layered droplets
generated within
fluid properties
fluid phases
flow rates
facile method
environmental sciences
encapsulated materials
emulsion sizes
emulsion droplets
effective platform
drastically altering
device strain
device design
controlled release
controlled adjustment
based microfluidics
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