Porous medium had the advantages of high porosity, large specific surface area and three
dimensional micro-nano cross scale transfixion, which had been widely used in the fields of …

The obtainment of spectral radiation characteristics of semitransparent materials mainly
includes the use of a theoretical method or experimental method. As the experimental …

This paper presents a single Monte-Carlo algorithm used to solve transient conductive and
radiative heat transfers in three-dimensional porous media. The complete methodology …

This study focuses on the development of heat transfer/thermal energy storage particles for
direct irradiation solid particle solar receivers to improve the efficiency by enhancing solar …

Heat recovery is crucial in the energy sector, especially for industries operating at high
temperatures. One way to achieve high-efficiency heat recovery is to use porous materials in …

The temperature-dependent absorption coefficient and thermal conductivity of a quartz
window are obtained through experimental tests at a wide range of temperatures. A Fourier …

High emissivity coatings with sol as the binder have the advantages of room temperature
curing, good thermal shock resistance, and high emissivity; however, only silica sol has …

Driven by the goal of creating exceptionally strong and lightweight thermal insulators to
enable the operation of a vacuum airship on Venus, conditions where ceramic truss lattice …

This study has compared different methods to predict the simultaneous effects of conductive
and radiative heat transfer in a polymethylmethacrylate (PMMA) sample. PMMA is a type of …

针对激光加热试样的瞬态过程, 建立各向异性材料的传热模型, 讨论不同激光功率及试样厚度下,
加热时长, 光斑直径等参数对典型材料温升的影响, 通过分析确定激光参数及样件尺寸的合理 …