Add to ORKGAttempts made to establish the viability of the polarimeter as a ground based remote probe of atmospheric aerosols under varying meteorological conditions are reported. Extension radiometer data are also given and a comparison was made with polarimeter data to determine if one could complement/supplement the other. The analyses show that the two instruments are complementary devices and any information obtained from one will greatly facilitate the analysis of the other. Detailed results are given in graphical form
Abstract. Although solar radiation initially is unpolarized when entering the Earth’s atmosphere, it...
AbstractAll-sky distributions of the polarized radiance are measured using an automated fish-eye cam...
Optical measurements of the sky background during the twilight period are the effective tool for the...
Recently, polarimetry has been used to enhance classical photometry to infer aerosol optical propert...
In this paper we show how measurements made by a simple handheld polarimeter in conjunction with aut...
International audiencePolarimetry is one of the most promising types of remote sensing for improved ...
Although aerosols (and their interactions with clouds) are widely known to be one of the most uncert...
AEROPOL infrared polarimeter was built for measurements microns between 1.1 and 3.5 microns, with a ...
The inversion problem, I.E., determining the atmospheric turbidity from polarimetry of radiation eme...
Radiative Transfer Models for Aerosol Remote Sensing Signals with Polarization This project is an in...
A survey is reported of methods for sounding the atmospheric temperature profile by remote measureme...
Advanced remote sensing techniques and inversion methods for the measurement of characteristics of a...
In early 2013, three airborne polarimeters were flown on the high altitude NASA ER-2 aircraft in Cal...
The Plankton, Aerosol, Clouds, ocean Ecosystem (PACE) mission presents new opportunities and new cha...
The Plankton, Aerosol, Clouds, ocean Ecosystem (PACE) mission presents new opportunities and new cha...
Abstract. Although solar radiation initially is unpolarized when entering the Earth’s atmosphere, it...
AbstractAll-sky distributions of the polarized radiance are measured using an automated fish-eye cam...
Optical measurements of the sky background during the twilight period are the effective tool for the...
Recently, polarimetry has been used to enhance classical photometry to infer aerosol optical propert...
In this paper we show how measurements made by a simple handheld polarimeter in conjunction with aut...
International audiencePolarimetry is one of the most promising types of remote sensing for improved ...
Although aerosols (and their interactions with clouds) are widely known to be one of the most uncert...
AEROPOL infrared polarimeter was built for measurements microns between 1.1 and 3.5 microns, with a ...
The inversion problem, I.E., determining the atmospheric turbidity from polarimetry of radiation eme...
Radiative Transfer Models for Aerosol Remote Sensing Signals with Polarization This project is an in...
A survey is reported of methods for sounding the atmospheric temperature profile by remote measureme...
Advanced remote sensing techniques and inversion methods for the measurement of characteristics of a...
In early 2013, three airborne polarimeters were flown on the high altitude NASA ER-2 aircraft in Cal...
The Plankton, Aerosol, Clouds, ocean Ecosystem (PACE) mission presents new opportunities and new cha...
The Plankton, Aerosol, Clouds, ocean Ecosystem (PACE) mission presents new opportunities and new cha...
Abstract. Although solar radiation initially is unpolarized when entering the Earth’s atmosphere, it...
AbstractAll-sky distributions of the polarized radiance are measured using an automated fish-eye cam...
Optical measurements of the sky background during the twilight period are the effective tool for the...