The Institute of Applied Physics observes middle atmospheric trace gases, such as ozone and water vapour, by microwave radiometry. We report on the comparison of measurements using a novel digital Fast Fourier Transform and accousto optical spectrometers. First tests made on ground are presented as well as first experience about the use of such spectrometers under aircraft conditions
Long series of continuous measurements of middle and upper atmospheric constituents are needed to be...
Because of the worldwide growth in air traffic and its increasing effects on the atmospheric environ...
Fourier transform emission spectroscopy can make an important contribution in the observation of the...
Far-infrared emission spectroscopy has beendemonstrated to be a valuable method for remotesensing of...
The far infrared is a spectral domain with increasing importance for remote sensing of the atmospher...
A new ground-based millimeter wave radiometer, SPÉIR, was designed as part of an observation system ...
Water vapor in the atmosphere plays a crucial role in climate and in atmospheric processes. Due to i...
The Far Infrared is a spectral domain with increasing importance for remote Sensing of the atmospher...
Infrared (IR)/microwave limb sounding is a well-established technique for remote sensing of the Eart...
In this contribution, we present a comparison of three digital real-time spectrometers used in passi...
Author Institution: National Institute of Standards and Technology; Edgewood Research, Development, ...
Abstract- Surface-based radiometric measurements of tropospheric parameters have long provided usefu...
Abstract—This contribution is aimed at reviewing the impact of the atmosphere for millimeter and sub...
This paper gives an review, with 8 refs., of the activities on IR Fourier Transform Spectroscopy at ...
The methodology of spectroscopic remote sensing with high-resolution Fourier-transform spectra obtai...
Long series of continuous measurements of middle and upper atmospheric constituents are needed to be...
Because of the worldwide growth in air traffic and its increasing effects on the atmospheric environ...
Fourier transform emission spectroscopy can make an important contribution in the observation of the...
Far-infrared emission spectroscopy has beendemonstrated to be a valuable method for remotesensing of...
The far infrared is a spectral domain with increasing importance for remote sensing of the atmospher...
A new ground-based millimeter wave radiometer, SPÉIR, was designed as part of an observation system ...
Water vapor in the atmosphere plays a crucial role in climate and in atmospheric processes. Due to i...
The Far Infrared is a spectral domain with increasing importance for remote Sensing of the atmospher...
Infrared (IR)/microwave limb sounding is a well-established technique for remote sensing of the Eart...
In this contribution, we present a comparison of three digital real-time spectrometers used in passi...
Author Institution: National Institute of Standards and Technology; Edgewood Research, Development, ...
Abstract- Surface-based radiometric measurements of tropospheric parameters have long provided usefu...
Abstract—This contribution is aimed at reviewing the impact of the atmosphere for millimeter and sub...
This paper gives an review, with 8 refs., of the activities on IR Fourier Transform Spectroscopy at ...
The methodology of spectroscopic remote sensing with high-resolution Fourier-transform spectra obtai...
Long series of continuous measurements of middle and upper atmospheric constituents are needed to be...
Because of the worldwide growth in air traffic and its increasing effects on the atmospheric environ...
Fourier transform emission spectroscopy can make an important contribution in the observation of the...