Vanadium oxide films are widely employed as thermal detectors in uncooled infrared
detection systems due to their high temperature coefficient of resistance near room …

A synthesis method has been developed for preparation of vanadium oxide thermometer
thin film for microbolometer application. The structure presented is a 95-nm thin film …

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 …

We present the design, fabrication, and characterization of an infrared (IR) polarization
sensing detector with a wide dynamic range and sub-wavelength dimensions. The detector …

The development of thermo-optic modulator elements for midwave infrared (MWIR) and
longwave infrared (LWIR) electro-optic systems, and the development of resistive …

In this work, the effect of annealing time on structural, optical, and thermal properties of V x O
y used as functional material in microbolometer applications is studied. A suitable thermal …

This paper reports on a semiconducting resistor material based on vanadium sesquioxide
(V2O3) with electrical resistivity and temperature coefficient of resistance (TCR) appropriate …

Abstract Structure-property correlation in vanadium oxide nanoscale thin films used in
uncooled thermal detectors is a crucial question for device performance. The purpose of this …