In this study, vanadium oxide (VxOy) semiconducting resistive thermometer thin films were
developed, and their temperature-dependent resistive behavior was examined. Multilayers …

In this paper, we study the resistance versus temperature characteristics of Ge 1-x Sn x thin
film alloys to assess the possibility of using them for temperature sensing layers in …

Herein, the prospect of using amorphous Si1–x Sn x alloys as alternative temperature‐
sensing active materials in microbolometers is evaluated by studying their temperature …

This paper proposes a readout integrated circuit (ROIC) with high precision and high
linearity based on the standard capacitive transimpedance amplifier (CTIA) structure. A high …

In this article, the V2O5 films' temperature stratification theoretical model was built, and then
the films were deposited on single crystal diamond substrates using homogenizing …

In this study, an experimental investigation was conducted to explore Ge1–xPbxOy as a
candidate material for temperature-sensing layers in uncooled microbolometers. RF and DC …

Uncooled microbolometers use ultra-thin metal or dielectric layer to absorb the incoming
longwave infrared (LWIR) radiation. This is due to the fact that thermometer layers in …

Abstract vanadium pentoxide films (V2O5) were deposited on sapphire substrates under
four different oxygen partial pressures by magnetron sputtering. Then the films' crystallinity …

A novel scheme of optical readout based on thermo-optic cavity coupled plasmonic
scattering for infrared imaging sensor is proposed to lessen the complex and bulky of …

Many transition metal oxides exhibit a Metal-Insulator Transition (MIT). This is an interesting
phenomenon where the material undergoes a structural phase transition, and the electronic …