Radiometry based on black bodies remains one of the fundamental fields of radiometry.
Black bodies are widely used as standard sources in radiometry of noncoherent optical …

Accurate and precise measurements of physico-mechanical quantities, such as Force,
Torque, Hardness, Pressure, Vacuum and Fluid Flow are extremely important and crucial in …

Abstract High-quality metal (carbide)–carbon eutectic materials based on high-temperature
fixed points (HTFPs) are widely used in radiometry and thermometry as reference standards …

The traceable temperature measurements using the radiation thermometers and thermal
imagers above 1000° C require blackbody fixed points and extrapolation or interpolation of …

In this study, we address the challenge of calibrating radiation thermometers using
blackbody furnaces that employ a metal melting/freezing plateau. Here, we first present the …

Kelvin (K) is SI base unit of thermodynamic temperature. In its 26th meeting held on Nov
2018, General Conference on Weights and Measures (CGPM) has approved the redefinition …

The novel materials of different phase transition temperatures are exploited in thermometry
as defined fixed points to form the International Temperature Scales (ITS). In the high …

This chapter describes the three physico-mechanical metrology streams; temperature and
humidity, optical radiation and acoustic and vibration metrology. Among the seven base SI …

Absolute primary radiometric thermometry is a recently introduced term for an approach to
measuring the thermodynamic temperature of a blackbody using the accurate determination …

In the efforts of redefining the SI units with fundamental constants of nature, kelvin (K), the SI
unit of thermodynamic temperatures (T), was redefined based on the Boltzmann constant (k) …