We present the results of measuring the heat flux using sensors based on anisotropic
thermoelements and a thin-film resistance sensor for cases of shock-wave reflection from the …

An analysis of main features of unsteady heat flux measuring in shock tubes experiments
with a characteristic process time of~ 1 μs–1 ms using sensors based on anisotropic bismuth …

Thermal measurements were carried out using the sensors on anisotropic thermoelements
during normal shock wave reflection with Mach number M= 3... 5. The method of processing …

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 …

In this paper we carried out experimental study of a heat flux on the shocktube surface
during passage of shock wave using a gradient sensor based on bismuth single crystal. The …

We have measured heat fluxes on the inner (cylindrical and edge) surfaces of a shock tube.
The experiments were performed in gases (air, xenon) heated by a strong shock wave. For …

The surface temperature of a model body of revolution placed in a pulsed supersonic
nitrogen flow is measured with the help of a gradient heat flux sensor. From the measured …

We present the results of comparative measurements of the heat flux to a flat plate in a
supersonic flow at a Mach number of M= 6, which were performed using the two following …

The applicability of the calibration method for heat flux sensors based on anisotropic
bismuth thermoelements and a heterogeneous copper—nickel structure using a reflected …

The work is devoted to the calibration of the developed thermoelectric detectors with
different sensitive elements. A pulsed laser diode with a power of 5 W was used as a …