RESULTS OF LIQUID WATERPATH AND WATER CONTENT AND MIXING RATIO BY MEANS OF MICROWAVE RADIOMETER “MICRORADKOM” MADE IN CAO

RESULTS OF LIQUID WATERPATH AND WATER CONTENT AND MIXING RATIO BY MEANS OF MICROWAVE RADIOMETER “MICRORADKOM” MADE IN CAO

The application of "Mikroradkom" microwave radiometer developed in CAO to the study of the fine thermodynamic processes occurring in the cloud in different seasons is discussed. The equations offered by the authors of the work make it possible to study in details all the effect of the phas...

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Bibliographic Details
Main Authors: A. G. Gorelik, E. N. Kadygrov, T. A. Tochilkina
Format: Article
Language:Russian
Published: Moscow State Technical University of Civil Aviation 2016-11-01
Series:Naučnyj Vestnik MGTU GA
Subjects:
models of waves scattering
fluctuations
meteorological radar
intensity of backscattering
Online Access:https://avia.mstuca.ru/jour/article/view/183
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spelling doaj-f0fa55c442de4eadb20d79fd9a01ad052021-07-28T21:00:32ZrusMoscow State Technical University of Civil Aviation Naučnyj Vestnik MGTU GA2079-06192542-01192016-11-01222120126183RESULTS OF LIQUID WATERPATH AND WATER CONTENT AND MIXING RATIO BY MEANS OF MICROWAVE RADIOMETER “MICRORADKOM” MADE IN CAOA. G. Gorelik0E. N. Kadygrov1T. A. Tochilkina2ФГБУ «ЦАО»ФГБУ «ЦАО»ФГБУ «ЦАО»The application of "Mikroradkom" microwave radiometer developed in CAO to the study of the fine thermodynamic processes occurring in the cloud in different seasons is discussed. The equations offered by the authors of the work make it possible to study in details all the effect of the phase state and microstructure of the cloud transformation during ongoing processes in it within a wide range of time scales. The application of modern highly sensitive radiometric equipment and in-depth analysis of the information offered on the basis of the relations mentioned allow us to make deeper insight into the geophysical factors and processes that affect the formation of self-radiation of the atmosphere.https://avia.mstuca.ru/jour/article/view/183models of waves scatteringfluctuationsmeteorological radarintensity of backscattering
collection DOAJ
language Russian
format Article
sources DOAJ
author A. G. Gorelik
E. N. Kadygrov
T. A. Tochilkina
spellingShingle A. G. Gorelik
E. N. Kadygrov
T. A. Tochilkina
RESULTS OF LIQUID WATERPATH AND WATER CONTENT AND MIXING RATIO BY MEANS OF MICROWAVE RADIOMETER “MICRORADKOM” MADE IN CAO
Naučnyj Vestnik MGTU GA
models of waves scattering
fluctuations
meteorological radar
intensity of backscattering
author_facet A. G. Gorelik
E. N. Kadygrov
T. A. Tochilkina
author_sort A. G. Gorelik
title RESULTS OF LIQUID WATERPATH AND WATER CONTENT AND MIXING RATIO BY MEANS OF MICROWAVE RADIOMETER “MICRORADKOM” MADE IN CAO
title_short RESULTS OF LIQUID WATERPATH AND WATER CONTENT AND MIXING RATIO BY MEANS OF MICROWAVE RADIOMETER “MICRORADKOM” MADE IN CAO
title_full RESULTS OF LIQUID WATERPATH AND WATER CONTENT AND MIXING RATIO BY MEANS OF MICROWAVE RADIOMETER “MICRORADKOM” MADE IN CAO
title_fullStr RESULTS OF LIQUID WATERPATH AND WATER CONTENT AND MIXING RATIO BY MEANS OF MICROWAVE RADIOMETER “MICRORADKOM” MADE IN CAO
title_full_unstemmed RESULTS OF LIQUID WATERPATH AND WATER CONTENT AND MIXING RATIO BY MEANS OF MICROWAVE RADIOMETER “MICRORADKOM” MADE IN CAO
title_sort results of liquid waterpath and water content and mixing ratio by means of microwave radiometer “microradkom” made in cao
publisher Moscow State Technical University of Civil Aviation
series Naučnyj Vestnik MGTU GA
issn 2079-0619
2542-0119
publishDate 2016-11-01
description The application of "Mikroradkom" microwave radiometer developed in CAO to the study of the fine thermodynamic processes occurring in the cloud in different seasons is discussed. The equations offered by the authors of the work make it possible to study in details all the effect of the phase state and microstructure of the cloud transformation during ongoing processes in it within a wide range of time scales. The application of modern highly sensitive radiometric equipment and in-depth analysis of the information offered on the basis of the relations mentioned allow us to make deeper insight into the geophysical factors and processes that affect the formation of self-radiation of the atmosphere.
topic models of waves scattering
fluctuations
meteorological radar
intensity of backscattering
url https://avia.mstuca.ru/jour/article/view/183
work_keys_str_mv AT aggorelik resultsofliquidwaterpathandwatercontentandmixingratiobymeansofmicrowaveradiometermicroradkommadeincao
AT enkadygrov resultsofliquidwaterpathandwatercontentandmixingratiobymeansofmicrowaveradiometermicroradkommadeincao
AT tatochilkina resultsofliquidwaterpathandwatercontentandmixingratiobymeansofmicrowaveradiometermicroradkommadeincao
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