The lamps and reflectors used for infrared radiation simulation tests at ESTEC did not allow researchers to predict the intensity needed for test conditions with the desired accuracy. This was due to poor reproducibility of the polar diagrams, the unknown contribution of the radiation in the long wavelength range in vacuum, imperfections in the quartz bulbs, and misalignment of the lamp in the reflector. When using a 1000 W coiled spiral quartz lamp with a diffuse reflector, these shortcomings are overcome. Due to the good reproducibility, an overall accuracy within plus or minus 2 percent should be obtained
Design and testing of ellipsoidal mirror reflectometer, and interferometer spectrometer measurement ...
Infrared radiation measurements in space environment simulator using integral equation
Reflectometer accurately measures the reflectance of specimens in the infrared beyond 2.5 microns an...
The verification and certification of new structural material concepts for advanced high speed fligh...
A research and development program of the Infra-Red Test has been conducted by the French Space Agen...
Spectral irradiance measurements of tungsten and carbon filament lamps for energy standards and accu...
Equations governing the incident heat flux distribution beneath a lamp-reflector system were develop...
The Swedish Institute of Space Physics (IRF) at Kiruna focuses on research activities in the ionosph...
A 400 kilowatt argon arc lamp for a solar simulator has been designed, operated, and evaluated. The ...
The performance of the infrared (IR) rig used for the thermal balance testing of the Olympus S/C the...
A quantitative evaluation of a self-emitting far IR scene simulator is performed. The simulation sys...
The energy balance of a lamp varies with the thermal and optical characteristics of the reflector. T...
A preliminary analysis was made on the solar simulator lamp array. It is an array of 405 tungsten ha...
A satellite is being integrated and tested by BISEE (Beijing Institute of Spacecraft Environment Eng...
Measurement of spectral emission from solar simulators - photoelectric photometr
Design and testing of ellipsoidal mirror reflectometer, and interferometer spectrometer measurement ...
Infrared radiation measurements in space environment simulator using integral equation
Reflectometer accurately measures the reflectance of specimens in the infrared beyond 2.5 microns an...
The verification and certification of new structural material concepts for advanced high speed fligh...
A research and development program of the Infra-Red Test has been conducted by the French Space Agen...
Spectral irradiance measurements of tungsten and carbon filament lamps for energy standards and accu...
Equations governing the incident heat flux distribution beneath a lamp-reflector system were develop...
The Swedish Institute of Space Physics (IRF) at Kiruna focuses on research activities in the ionosph...
A 400 kilowatt argon arc lamp for a solar simulator has been designed, operated, and evaluated. The ...
The performance of the infrared (IR) rig used for the thermal balance testing of the Olympus S/C the...
A quantitative evaluation of a self-emitting far IR scene simulator is performed. The simulation sys...
The energy balance of a lamp varies with the thermal and optical characteristics of the reflector. T...
A preliminary analysis was made on the solar simulator lamp array. It is an array of 405 tungsten ha...
A satellite is being integrated and tested by BISEE (Beijing Institute of Spacecraft Environment Eng...
Measurement of spectral emission from solar simulators - photoelectric photometr
Design and testing of ellipsoidal mirror reflectometer, and interferometer spectrometer measurement ...
Infrared radiation measurements in space environment simulator using integral equation
Reflectometer accurately measures the reflectance of specimens in the infrared beyond 2.5 microns an...