Add to ORKGWedge immersed-thermistor bolometer measures infrared radiation in the atmosphere. The thermistor flakes are immersed by optical contact on a wedge-shaped germanium lens whose narrow dimension is clamped between two complementary wedge-shaped germanium blocks bonded with a suitable adhesive
Investigators have used infrared devices to accurately measure heated surface temperatures. Several ...
Modified Ulbricht sphere measures stray radiation caused by irregularities in the reflective surface...
We are developing a novel bolometer which uses a fine mesh to absorb radiation. The filling factor o...
Reflectometer accurately measures the reflectance of specimens in the infrared beyond 2.5 microns an...
The optical properties of materials play a key role in spacecraft thermal control. In space, radiant...
Infrared dipole-coupled bolometers receive radiation more efficiently when illuminated through a hig...
Infrared dipole-coupled bolometers receive radiation more efficiently when illuminated through a hig...
The noise characteristics of thermistor bolometers immersed in layers of arsenic/selenium glass unif...
A 3He cryostat which was constructed to cool a germanium bolometer for use as an infrared detector a...
Thermionic emission microscope was designed to operate with metal specimen cathode temperatures of 2...
A new concept for an infrared imaging bolometer is proposed which provides full video (two-dimension...
Contains research objectives and summary of research on five research projects.Joint Services Electr...
The difference between the infrared absorption of the iris and infrared reflectivity of the eyeball ...
The infrared (IR) imaging video bolometer (IRVB) is an imaging bolometer which uses a large (9?cm×9?...
A new method was developed to thermally isolate monolithic antenna-coupled infrared microbolometers ...
Investigators have used infrared devices to accurately measure heated surface temperatures. Several ...
Modified Ulbricht sphere measures stray radiation caused by irregularities in the reflective surface...
We are developing a novel bolometer which uses a fine mesh to absorb radiation. The filling factor o...
Reflectometer accurately measures the reflectance of specimens in the infrared beyond 2.5 microns an...
The optical properties of materials play a key role in spacecraft thermal control. In space, radiant...
Infrared dipole-coupled bolometers receive radiation more efficiently when illuminated through a hig...
Infrared dipole-coupled bolometers receive radiation more efficiently when illuminated through a hig...
The noise characteristics of thermistor bolometers immersed in layers of arsenic/selenium glass unif...
A 3He cryostat which was constructed to cool a germanium bolometer for use as an infrared detector a...
Thermionic emission microscope was designed to operate with metal specimen cathode temperatures of 2...
A new concept for an infrared imaging bolometer is proposed which provides full video (two-dimension...
Contains research objectives and summary of research on five research projects.Joint Services Electr...
The difference between the infrared absorption of the iris and infrared reflectivity of the eyeball ...
The infrared (IR) imaging video bolometer (IRVB) is an imaging bolometer which uses a large (9?cm×9?...
A new method was developed to thermally isolate monolithic antenna-coupled infrared microbolometers ...
Investigators have used infrared devices to accurately measure heated surface temperatures. Several ...
Modified Ulbricht sphere measures stray radiation caused by irregularities in the reflective surface...
We are developing a novel bolometer which uses a fine mesh to absorb radiation. The filling factor o...