In this paper, we present the results of simulating heat propagation processes in the
thermoelectric detection pixel after absorbing single photons of UV radiation with energies …

The results of computer simulation of heat distribution processes taking place after
absorption of single photons of 1 eV-1 keV energy in three-layer sensor of the thermoelectric …

The results are presented of the computer modeling of the processes of heat propagation in
the single layer detection pixel of the thermoelectric single photon detector after the …

Single crystals of cerium hexaboride obtained by floating zone and flux methods are
investigated. The influence of the growth method on the chemical composition over the …

The processes of heat propagation in a four-layer detection pixel of thermoelectric single-
photon detector after the absorption of photon of the 0.8 eV energy are investigated by the …

The results of computer modeling of the thermoelectric single-photon detector are
presented. We observe the processes of heat distribution after absorption of a photon of 0.1 …

The results are presented of the computer simulation of heat distribution in the W/(La, Ce) B
6/W multi-layer sensor of the thermoelectric detector after the absorption of single photons …

The results of computer simulation of the processes of heat propagation inside the multilayer
sensor of thermoelectric detector after absorbing the single photons with the energies 1 keV …

Using modeling and computer simulation techniques, we conducted a comprehensive
analysis of heat propagation processes and noise determination in a nanoscale three-layer …

The results of computer simulation of heat distribution processes taking place after the
absorption of single photons of 1–1000 eV energy in the three-layer detection pixel of the …