Fluorescent thermometers display great advantages over conventional analytical methods in
terms of its high sensitivity, fast response, simple operation, high spatial resolution, non …

This work reports on the modification of electrical properties of amorphous vanadium oxide
(a-VO x) thin film thermistor by growth temperature and its effects on the performances of a …

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

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 …

Amorphous VO x films without a hysteretic phase transition are stable with respect to thermal
cycling and are highly demanded as sensitive elements for resistive infrared …

This paper presents the feasibility of non-stoichiometric TiO x thin films as an active material
for bolometer application. The TiO x films have been deposited on glass substrate by DC …

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 …

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

The synthesized 10 wt% cerium oxide-doped vanadium pentoxide nano-particles are
deposited in the form of thin films on a glass substrate by e-beam evaporation to study their …