The study is devoted to assessing the applicability of the manufactured thermoelectric
sensor for functioning in shock tubes to measure instantaneous heat fluxes occurring in …

This work is related to the flow of an electro-conducting micropolar fluid presenting
thermoelectric properties effect in the presence of a magnetic field. The electro-conducting …

The problem of flight safety of high-speed aircrafts is primarily related to the reliability of
engines, which, in turn, depends on the correct understanding of the processes of ignition …

A novel transient heat flux sensor (THFS) was developed to measure the heat flux of an
explosive driven shock tube. The working principle of the THFS is based on the transverse …

Certain configurations of anisotropic single crystal materials can generate a thermoelectric
voltage orthogonal to an induced temperature gradient. This phenomenon is known as the …

Measuring the heat flux in the furnace of industrial boilers is an urgent task in the power
industry. Installing the measuring instruments directly into the furnace is a laborious and …

The gradient heat flux sensor made of a bismuth single crystal is calibrated. The volt–watt
sensitivity of the sensor is determined and the method of data processing based on the 1D …

The possibility of using a thermoelectric detector (TD) to measure the ignition delay time of a
combustible mixture behind the front of a reflected shock wave is demonstrated. This device …

In this work, a transverse heat flux sensor built from alternating layers of K-Type
thermocouple materials is presented. In the first step, the sensor is calibrated in radiation …

We have calculated the fields of temperature and electric potential in the model of a thermal
sensor based on anisotropic thermoelements in the nonstationary thermal regime. It is …