With the increasing demands for artificial intelligence, robotics, electronic skin, healthcare,
and energy storage/conversion, the research focus on flexible electronics has started to shift …

Rigid PI foams with highly interconnected open-cell structures are successfully prepared by
an oil-in-oil emulsion-templating strategy. The physical properties, such as microstructure …

Large amounts of relatively expensive small-molecule surfactants, between 6 and 25%, are
typically required for the formulation of oil/water high or medium internal phase emulsion …

Emulsion-templated porous polymers have attracted broad attention due to their great
application prospects in many fields. However, scaling up the emulsion-templated technique …

Porous polymers with hydrophilicity and oleophobicity are promising for removing water
from various oil–water mixtures (including emulsions), but the preparation of such polymers …

Emulsion-templated, hydrophilic-oleophobic porous materials are promising for various
applications, but their relatively weak mechanical properties of the resulting materials hinder …

A facile synthetic chemical strategy was descripted to produce porous poly (ϵ-
caprolactone)(PCL) towards to a highly selective, reusable and degradable oil absorbent …

Phase change material-encapsulated, emulsion-based monolithic composites are promising
for latent heat storage, because of their pre-designable external shape, extremely high heat …

Hydrophilic-oleophobic porous materials, especially those fabricated from one-pot emulsion
templating, are promising for removing water from oil-water mixtures, but the relatively dense …

Flexible epoxy foams were successfully prepared by curing medium internal phase
emulsions (MIPEs) with a continuous organic phase containing epoxy resin and hardener …