Add to ORKGA procedure is described for determining the noise equivalent difference temperature for infrared electro-optical instruments. The instrumentation required, proper measurements, and methods of calculation are included
The steady-state temperature of a single node which dissipates energy by radiation only is discussed...
Radiosonde temperature measurements are subject to errors, not the least of which is the effect of l...
A consecutive night and day flight and measurements on the ground, were made in the region of Voves,...
The Thermal Infrared Multispectral Scanner (TIMS) is a NASA aircraft scanner providing six channel s...
A minicomputer controlled radiant test facility is described which was developed and calibrated in a...
Various mathematical models for infrared radiation absorption spectra for atmospheric gases are revi...
A simple algorithm and computer program were developed for determining the actual surface temperatur...
A study task is reported which is directed towards developing a conceptual design of a small, lightw...
The thermal infrared emission of Venus measured by Venera-9 and Venera-10 is analyzed. The emission ...
Microwave radiometric remote sensing feasibility study - Vol. 2 - computer printout
Direct comparisons of operational products derived from measurements of radiance by satellites to me...
Existing microwave radiometer technology now provides a suitable method for remote determination of ...
The CTS maps the Earth's surface with a resolution of 0.1 km from an altitude of 18km with 60km side...
A digital, fiber optic temperature sensor using a variable Fabry-Perot cavity as the sensor element ...
The author had identified the following significant results. Repeated looks at surfaces that maintai...
The steady-state temperature of a single node which dissipates energy by radiation only is discussed...
Radiosonde temperature measurements are subject to errors, not the least of which is the effect of l...
A consecutive night and day flight and measurements on the ground, were made in the region of Voves,...
The Thermal Infrared Multispectral Scanner (TIMS) is a NASA aircraft scanner providing six channel s...
A minicomputer controlled radiant test facility is described which was developed and calibrated in a...
Various mathematical models for infrared radiation absorption spectra for atmospheric gases are revi...
A simple algorithm and computer program were developed for determining the actual surface temperatur...
A study task is reported which is directed towards developing a conceptual design of a small, lightw...
The thermal infrared emission of Venus measured by Venera-9 and Venera-10 is analyzed. The emission ...
Microwave radiometric remote sensing feasibility study - Vol. 2 - computer printout
Direct comparisons of operational products derived from measurements of radiance by satellites to me...
Existing microwave radiometer technology now provides a suitable method for remote determination of ...
The CTS maps the Earth's surface with a resolution of 0.1 km from an altitude of 18km with 60km side...
A digital, fiber optic temperature sensor using a variable Fabry-Perot cavity as the sensor element ...
The author had identified the following significant results. Repeated looks at surfaces that maintai...
The steady-state temperature of a single node which dissipates energy by radiation only is discussed...
Radiosonde temperature measurements are subject to errors, not the least of which is the effect of l...
A consecutive night and day flight and measurements on the ground, were made in the region of Voves,...