This article is a review of literature on heat transfer enhancement research published in
2018 in the English language. A topic search using" heat transfer" in the Web of Science …

The conceptual assessment of the rating conditions of power cables was addressed over
one century ago, with theories based on the physical and heat transfer properties of the …

Electron-phonon (ep) interaction and transport are important for laser-matter interactions, hot-
electron relaxation, and metal-nonmetal interfacial thermal transport. A widely used …

Electronic devices require effective thermal dissipation capacity to maintain the working
temperature in a safe range. Meanwhile, electromagnetic interference shielding (EMI SE) …

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

Thermal transport across the interface between metals and semiconductors is ubiquitous in
micro-and nano-manufacturing devices. The direct simulation of thermal transport in such …

Heat transfer from irradiated metallic nanoparticles is relevant to a broad array of
applications ranging from water desalination to photoacoustics. The efficiency of such …

Optimization of thermal transport across the interface of two different materials is critical to
micro-/nanoscale electronic, photonic, and phononic devices. Although several examples of …

Herein, stacked nanosheets of Au (50 nm) and MgSe (100 nm) are fabricated by the thermal
evaporation technique and welded by pulsed lasers of wavelengths of 1064 nm within few …

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 …