System aspects of filter radiometer optics used to sense planetary atmospheres are described. Thus the lenses, dichroic beamsplitters and filters in longwave channels of the Mars Observer PMIRR Pressure Modulator Infrared radiometer instrument are assessed individually, and as systems at 20.7µm, 31.9µm, 47.2µm wavelength. A window filter and a longwave calibration filter of the SCARAB earth observer instrument are assessed similarly
The development of a sensitive filter radiometer for the Atmospheric Radiation Measurement (ARM) Pro...
The High Resolution Dynamics Limb Sounder is described, with particular reference to the atmospheric...
The design and manufacture of the band-defining filters and their associated dichroic beam splitter ...
Cooled infrared filters have been used in pressure modulation and filter radiometry to measure the d...
Infrared filters and coatings have been employed on many sensing radiometer instruments to measure t...
This article considers the possibility of using additional infrared radiometry compensators "transpa...
An analysis is presented of the Pressure Modulator Infrared Radiometer (PMIRR) capabilities along wi...
The Planetary Fourier Spectrometer (PFS) on board the Mars-94 missionis an infrared spectrometer opt...
Infrared (IR) radiometry technology is an important method for characterizing the IR signature of ta...
This thesis is concerned with a project to apply the method of pressure modulation radiometry to mea...
Motivated by the detection of infrared absorption bands from atmospheric cluster ions in laboratory ...
All sensors systems designed to acquire quantitative data undergo radiometric calibration. The types...
FTIR spectrometry is a powerful tool to investigate the atmosphere and surface composition of planet...
ABSTRACT Astronomical arrays operating at (sub)millimeter wavelengths are seriously compromised by r...
One class of commercially available imaging infrared radiometers using cooled detectors is sensitive...
The development of a sensitive filter radiometer for the Atmospheric Radiation Measurement (ARM) Pro...
The High Resolution Dynamics Limb Sounder is described, with particular reference to the atmospheric...
The design and manufacture of the band-defining filters and their associated dichroic beam splitter ...
Cooled infrared filters have been used in pressure modulation and filter radiometry to measure the d...
Infrared filters and coatings have been employed on many sensing radiometer instruments to measure t...
This article considers the possibility of using additional infrared radiometry compensators "transpa...
An analysis is presented of the Pressure Modulator Infrared Radiometer (PMIRR) capabilities along wi...
The Planetary Fourier Spectrometer (PFS) on board the Mars-94 missionis an infrared spectrometer opt...
Infrared (IR) radiometry technology is an important method for characterizing the IR signature of ta...
This thesis is concerned with a project to apply the method of pressure modulation radiometry to mea...
Motivated by the detection of infrared absorption bands from atmospheric cluster ions in laboratory ...
All sensors systems designed to acquire quantitative data undergo radiometric calibration. The types...
FTIR spectrometry is a powerful tool to investigate the atmosphere and surface composition of planet...
ABSTRACT Astronomical arrays operating at (sub)millimeter wavelengths are seriously compromised by r...
One class of commercially available imaging infrared radiometers using cooled detectors is sensitive...
The development of a sensitive filter radiometer for the Atmospheric Radiation Measurement (ARM) Pro...
The High Resolution Dynamics Limb Sounder is described, with particular reference to the atmospheric...
The design and manufacture of the band-defining filters and their associated dichroic beam splitter ...