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Journal Article 12

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2014 3

2013 5

2010 1

2008 1

2000 1

1999 1

Keywords

microwave radiometer 3

scanning microwave radiometer 3

HY-2 satellite 2

calibration and validation 2

microwave remote sensing 2

system design 2

ACMR 1

Backus-Gilbert algorithm 1

FY-3A 1

HY-2 1

HY-2A 1

Particle Swarm Optimization (PSO) 1

altimeter 1

antenna 1

calibration 1

cold shy calibration 1

coordinate system 1

efficiency coefficient of coordination 1

electromagnetic wave 1

geolocation 1

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System design of microwave radiometer of HY-2A satellite

Li Yanming,Jiang Min,Yu Rui,Chen Wenxin

Strategic Study of CAE 2013, Volume 15, Issue 7, Pages 39-43

Abstract: The microwave radiometer is one of the four microwave payloads of the satellite, which is mainly usedThe microwave radiometer is a conical scanning radiometer, real time calibration with cold sky and warm

Keywords： microwave radiometer system design antenna microwave receiver

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Geolocation method of HY-2 satellite microwave radiometer

Wu Kuiqiao,Lin Mingsen,Guo Zhenyu

Strategic Study of CAE 2014, Volume 16, Issue 6, Pages 21-26

Abstract:

Using cone scanning method, microwave radiometer of HY-2 satellite measuresThis article represents one geolocation method applied to the microwave radiometer of HY-2 satelliteThe image of microwave radiometer was geolocationed with this method, and the result was evaluated at

Keywords： HY-2 satellite geolocation coordinate system

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Critical technique and scientific topic on fully polarized microwave radiometer remote sensing sea surface

Wang Zhenzhan,Jiang Jingshan,Liu Jingyi,Yin Xiaobin

Strategic Study of CAE 2008, Volume 10, Issue 6, Pages 76-86

Abstract: and scattering model is develoked for remote sensing wind vector using passive polarimetric microwave radiometerThe calibration errors and main specifications of polarimetric radiometer,which have significant influences

Keywords： polarimetric microwave radiometer wind vector retrieval calibration

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Study on retrieval algorithm of ocean parameters for the HY-2 scanning microwave radiometer

Wang Zhenzhan,Bao Jinghua,Li Yun,Shen Hua

Strategic Study of CAE 2014, Volume 16, Issue 6, Pages 70-82

Abstract: water vapor content，atmospheric liquid water content and rain rate for the HY-2 scanning microwave radiometer

Keywords： HY-2 satellite scanning microwave radiometer ocean parameter retrieval algorithm

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of cold sky calibration and geophysical parameters retrieval for HY-2A satellite scanning microwave radiometer

Zhou Wu,Lin Mingsen,Li Yanmin,Wang Zhenzhan and Huang Lei

Strategic Study of CAE 2013, Volume 15, Issue 7, Pages 75-80

Abstract:

HY-2A scanning microwave radiometer cold shy calibration method and GeophysicalAccording to HY-2A satellite scanning microwave radiometer on observation and scanning design principlegeometry, the earth's signal into cold reflector based on the earth observation data of microwave radiometerradiative transfer model, HY-2A scanning microwave radiometer model theory brightness temperature undergeophysical parameters, compared to international microwave radiometer data, and the product accuracy

Keywords： scanning microwave radiometer multiple linear regression multi satellites cross over cold shy calibration

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In-orbit calibration and validation of atmospheric correction microwave radiometer on HY-2A satellite

Wang Zhenzhan,Zhang Dehai,Zhao Jin and Li Yun

Strategic Study of CAE 2013, Volume 15, Issue 7, Pages 44-52

Abstract:

Atmospheric correction microwave radiometer (ACMR) is one of the mainThe calibrated antenna temperatures were compared with the similar space-borne microwave radiometer on

Keywords： HY-2A ACMR calibration and validation

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FY-3A/MWHS data calibration and validation analysis

Gu Songyan,Wang Zhenzhan,Li Jing,Zhang Shengwei and Zhang Li

Strategic Study of CAE 2013, Volume 15, Issue 7, Pages 92-100

Abstract:

In this paper, the method for FY-3A/MWHS calibration in-orbit has been introduced. Radiometric calibration of FY-3A/MWHS on orbit has been performed based on the T/V test results and surface lab performances test results. It is confirmed that the system of radiometric calibration for MWHS is successful, and performs well on orbit. The variations among space views and warm target views in the interval of scan lines are generally within 20 counts. And the temperature fluctuation of warm target is within 0.5 K in a single pass. Due to the accuracy of the nonlinearity parameters, the radiance calibration of MWHS agrees well with NOAA-17/AMSU-B. The brightness temperature differences between FY-3 MWHS and NOAA-17/AMSU-B at simultaneous cross overpass points are less than 1.5 K. That is the foundation of quantitative application for the data of FY-3A/MWHS in numerical weather prediction(NWP). The method of calibration and validation for FY-3A/MWHS will be a good demo for the other passive microwave sounder in the future.

Keywords： FY-3A microwave radiometer calibration and validation receiver non-linearity

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Near range millimeter wave synthetic aperture radiometer passive range measurement

Wang Benqing,Li Xingguo

Strategic Study of CAE 2010, Volume 12, Issue 3, Pages 95-99

Abstract:

The Particle Swarm Optimization (PSO) is an evolutionary computation, which not only can search solutions randomly and fully, but also is convenient to be carried out. Hence, the article focuses on the application of PSO to the multiple-objective coordination optimization of project, looking forward to seeking best solutions easily and quickly. After introducing the basic theory of the algorithms and its several versions, the article aims at the efficiency coefficient of quality, cost, time and resource subsystem, and set up a multiple optimization coordination model. In the following part, the article introduces how to apply PSO to solve the project coordination optimization problem in detail. The numeric example followed indicates that PSO can solve the multiple-objectives coordination optimization problem of project exactly and quickly.

Keywords： Particle Swarm Optimization (PSO) project management efficiency coefficient of coordination multiple optimization coordination model numeric example

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China Microwave Remote Sensing Technology Facing to 21st Century

Jiang Jingshan

Strategic Study of CAE 1999, Volume 1, Issue 2, Pages 78-82

Abstract:

Microwave Remote Sensing has developed rapidly during last decades, and become a leading method in remote sensing techniques, since its unique features, capability to penetrate clouds and to some extent rain due to its independence from the sun as a source of illumination and other important properties different from visible and IR frequency bands. Microwave remote sensing became a key means for obtaining information from ocean, atmosphere and land in global scale. The frequency range using for microwave remote sensing is extending to millimeter and submillimeter bands.To meet the wide requirements, China enhanced the microwave remote sensing research during last two decades and has got many achievements.In this paper, the microwave remote sensing activities, its achievement, and the state of the arts are described, some strategic suggestions in future development given. Some concepts of space borne system are discussed, and the research areas to which should give priority to develop in national R&D plan suggested. A new concept of remote sensing —a comprehensive electromagnetic sensing system has been suggested to improve remote sensing capability.

Keywords： microwave remote sensing space technology electromagnetic wave radar scatterometer altimeter radiometer

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Microwave temperature sounding （MWTS） for FY-3 meteorology satellite

Chen Wenxin,Chi Jidong,Li Yanming and Li Hao

Strategic Study of CAE 2013, Volume 15, Issue 7, Pages 88-91

Abstract: text-align: justify;">The microwave temperature sounding (MWTS) is a multi-channel passive microwave radiometer

Keywords： meteorology satellite microwave radiometer system design

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Study on channcl resolution matching algorithm for HY-2 satellite

Huang Lei,Zhou Wu,Li Yanmin

Strategic Study of CAE 2014, Volume 16, Issue 6, Pages 65-69

Abstract:

Accuracy Satellite Scanning Microwave Radiometer ocean parameters retrievalDue to the limitation of spaceborne radiometer antenna design and feedhorn arrangement, each channelBased on the HY-2 Scanning microwave radiometer antenna pattern and imaging geometry, we simulate the

Keywords： scanning microwave radiometer HY-2 resolution matching Backus-Gilbert algorithm