In this paper, a gas detection system with an environmental compensation algorithm based
on nondispersive infrared (NDIR) technology was designed. The prepared infrared …

Infrared-absorbing gold black has been selectively patterned onto the active surfaces of a
vanadium-oxide-based infrared bolometer array. Patterning by metal lift-off relies on …

We demonstrate nondestructive, three-dimensional, microscopic, infrared (IR) spectral in-
situ imaging of an extraterrestrial sample. Spatially resolved chemical composition and …

We present a design for a low-noise bolometer linear array based on the temperature-
dependent conductivity of a VO x-Au film. Typical thin film bolometers must compromise …

Gold black coatings are deposited through a stencil shadow mask to produce infrared-
absorbing patterns with sub-mm lateral dimensions. Such dimensions match the …

Gold black is a highly porous, extremely fragile, infrared-absorbing film used primarily as a
coating for bolometers. Long term stability of its absorbance is a significant practical …

Patterned highly absorbing gold black film has been selectively deposited on the active
surfaces of a vanadium-oxide-based infrared bolometer array. Patterning by metal lift-off …

The exceedingly fragile nature of thermally grown Au-black coating makes handling and
patterning a critical issue. Infrared absorption characteristics of near atmospheric, N 2 …

Using vanadium oxide (VO x) thin film as active layer, microbolometer with gold black
absorber was fabricated due to the high mid-infrared (8-14μm) absorption property of gold …

Large direct currents can flow through REBa 2 Cu 3 O 7− δ (REBCO) wires without energy
loss because of zero resistance. However, they suffer from alternating current (AC) loss. To …