Polymer composites have essential applications in electronics due to their versatility, stable
performance, and processability. However, with the increasing miniaturization and high …

Polyolefin, in particular polyethylene, with various types such as low-density, linear low-
density, and high-density polyethylene offers exceptional features including reshapability …

To obtain high energy storage dielectric materials with high thermal conductivity for
electronic devices, we designed and constructed three-dimensional (3D) BN-BT/PVDF …

Passive radiative cooling (RC) can remove heat without any external energy. Nonetheless, it
would bring redundant heating energy consumption under low temperature. In this work …

Passive and active wearable heaters have received widespread attention due to their
efficient utilization of solar energy and all-weather heating capabilities, but the current …

Research on mechanically advanced materials for biological applications involving load-
bearing is in progress. Within this scope, this study is the first to propose the fabrication of …

Passive-cooling building materials can achieve cooling without external energy
consumption, which is an energy-saving and environmentally friendly cooling method …

Energy saving and environmental protection are the development themes in today's world,
and exploring new cooling technologies that consume less energy or no energy at all to …

Textiles with cooling functions that can facilitate local cooling of a microenvironment provide
a promising strategy for addressing heat-related public health threats. Combining passive …

High loading of thermally conductive fillers for enhancing thermal conductivity (TC) conflicts
with proper rheological viscosity in excellent thermal interface materials (TIMs), which …