The results of the simulation of heat propagation processes in the multilayer detection pixel
of a single-photon thermoelectric detector consisting of heat sink (Bi-2223), thermoelectric …

The processes of heat propagation in a three-layered detection pixel of a thermoelectric
single-photon detector, consisting of an absorber (W), a thermoelectric sensor (La0. 99Ce0 …

The processes of heat propagation in five-layer detection pixels of the thermoelectric single-
photon detector after absorption of 0.8–1000 eV energy photons are investigated by the …

The results of modelling of heat propagation processes in the five-layer detection pixel of a
thermoelectric single-photon detector after absorption of several photons are presented. We …

In this paper, we propose the design of detection pixels for single-photon detectors,
consisting of absorber and heat sink (Bi-2223), thermoelectric sensors (CeB6), and an …

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 …

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

Processes of heat propagation in thermoelectric detection pixels that occur after absorption
of UV single photons with the energy of 3.1–7.1 eV (400–175 nm) were studied by computer …

Using computer simulation, the processes of heat propagation were studied and noise was
determined in a three-layer detection pixel of a thermoelectric single-photon detector …

In this study, we present the results of computer simulations of heat propagation and noise
determination in a micron-sized three-layer thermoelectric detection pixel. The investigation …