Micro/nanostructures play a key role in tuning the radiative properties of materials and have
been applied to high-temperature energy conversion systems for improved performance …

Microwave processing has been gaining popularity owing to its energy saving
characteristics which is majorly assisted by using susceptors like SiC. It is imperative to …

In recent years, the development in measurement techniques of thermal radiative properties
has attracted much attention to cryogenic applications, including space exploration …

Open porosity cellular SiC-based ceramics have a great potential for energy conversion, eg
as solar receivers. In spite of their tolerance to damage, structural applications at high …

The inspiration was obtained from the unique morphology of the columnar cactus prickle-like
structure. Biomimetic fiber with a" double network" capability of reflecting heat radiation was …

Optical and radiative properties of alumina–silica-based ceramic materials are determined
in the spectral range of 3–10 μm as a function of temperature in the range of 150− 650° C …

A computer controlled circular turntable equipped with a blackbody reference and an
integrated axisymmetric heating system based on a CO 2 laser is at the heart of the reported …

A survey of the state of the art in the field of spectral directional emissivity measurements by
using radiometric methods is presented. Individual quantity types such as spectral, band, or …

Traditionally, the nuclear and aerospace industries have been the main drivers behind the
development of high‐temperature materials. These applications demand a high degree of …

The data processing in multispectral thermometry remains a huge challenge due to the
unknown emissivity. In this article, a novel data processing model of multispectral …