Facile Low-Oxidation Emulsification of Liquid Metal Using Polyvinylpyrrolidone for Highly Viscoelastic Heat Conductive Pastes

Facile Low-Oxidation Emulsification of Liquid Metal Using Polyvinylpyrrolidone for Highly Viscoelastic Heat Conductive Pastes

Low-melting-point metals, known as liquid metals (LMs), have recently attracted significant interest owing to their high conductivity and fluidity. “Emulsification” of LMs into colloidal microdroplets in immiscible carrier fluids confers a variety of unique opportunities in terms of their processabi...

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Bibliographic Details
Main Author: Suji Kim (1807360) (author)
Other Authors: Jiyoon Park (5142071) (author), Yong Hui Pi (20142299) (author), Jun Su Park (16992283) (author), Yern Seung Kim (1385661) (author), Kai Wu (221862) (author), Guihua Yu (1440559) (author), Joohyung Lee (1488208) (author)
Published: 2024
Subjects:
Biophysics
Medicine
Biotechnology
Developmental Biology
Infectious Diseases
Space Science
Biological Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
thermal interface materials
interdroplet percolation network
directed thermal transport
insulating oxide skin
lm droplets coated
highly viscoelastic lm
given lm load
“ emulsification ”
high lm loads
resulting emulsions presents
surface oxide skin
resulting emulsions
oxide layer
high conductivity
etoh emulsions
oxidation emulsification
emulsification efficiency
achieving emulsification
unique opportunities
significantly modifying
resulting pvp
relevant applications
potentially useful
point metals
often deteriorates
markedly increases
liquid metals
interfacial dynamics
free counterparts
facile low
considerable challenge
colloidal microdroplets
applied shear
adsorbed pvps
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