Recently, emerging phonon phenomena have been discovered and rapidly developed,
which have become an active hot research topic. In this review article, we present state-of …

The anisotropic heat conduction in solids is attractive for diverse applications such as
thermal management and thermal insulation. With highly anisotropic materials, the heat flow …

The application of self-adaptive dielectrics (SADs) is a promising approach to enhancing the
insulation performance as well as downsizing of most high voltage apparatus. Beside …

The thermal management on low-dimensional materials requires a fundamental
understanding of phonon couplings, which dominates thermal transport. In this mini-review …

Polymer-based self-adaptive dielectrics are considered promising materials to meet the
growing insulation needs of flexible electronic devices and high-voltage DC cables …

As nanostructured devices become prevalent, interfaces often play an important role in
thermal transport phenomena. However, interfacial thermal transport remains poorly …

In heat conduction through a homogenous nanomaterial, various phonons may exhibit
diverse temperatures even at the same location at a steady state, known as the local phonon …

The miniaturization of devices makes interfacial resistance to heat dissipation more and
more obvious. Therefore, it is important to study interfacial thermal transport systematically. A …

As modern electronics shrink into nano-scale with increasing power consumption, thermal
management inevitably becomes an important issue. Contrary to the conventional view of a …

With device dimensions shrinking toward nanoscale sizes, an accurate understanding and
modeling of the thermal energy transfer mechanisms at metal–nonmetal interfaces becomes …