Add to ORKGFundamental qunatities for the design of active and passive space-borne microwave remote sensing systems are discussed. Synthetic aperture radars and conical scanning radiometers are primarily considered. Plots of important dependencies are given and the fundamental limitations are illustrated
Near-space, defined as the region between 20 km and 100 km, offers many new capabilities that are no...
Many geophysical parameters can be determined with the aid of a passive microwave sensor. To achieve...
Der Artikel beschreibt Verfahren und Anwendungsmoeglichkeiten der Mikrowellenradiometrie anhand expe...
The radiometry section describes the passive remote sensing activities of the microwaves sensors gro...
Microwave radiometry deals with the measurement of the natural thermally caused electromagnetic radi...
The security of persons or sensitive infrastructures is of increasing importance. Passive microwave ...
343-358The unique potentials of microwaves in remote sensing and the various types of microwave sens...
Aperture synthesis is applied to passive microwave remote sensing of the earth in an effort to attai...
Microwaves in the range of 1-300 GHz are used in many respects for remote sensing applications. The ...
The presentation outlines the restrictions and requirements of passive microwave sensors for spacebo...
The capabilities of active microwave devices operating from space (typically, radar, scatterometers,...
International terrorism has reached a level where adequate countermeasures to protect the population...
In order to reveal the differences between military and vivil applications of remote sensing common ...
This paper will describe a new exciting concept for using microwave systems for Earth remote sensing...
Present applications of microwave remote sensing systems are spread out widely. One topic for using ...
Near-space, defined as the region between 20 km and 100 km, offers many new capabilities that are no...
Many geophysical parameters can be determined with the aid of a passive microwave sensor. To achieve...
Der Artikel beschreibt Verfahren und Anwendungsmoeglichkeiten der Mikrowellenradiometrie anhand expe...
The radiometry section describes the passive remote sensing activities of the microwaves sensors gro...
Microwave radiometry deals with the measurement of the natural thermally caused electromagnetic radi...
The security of persons or sensitive infrastructures is of increasing importance. Passive microwave ...
343-358The unique potentials of microwaves in remote sensing and the various types of microwave sens...
Aperture synthesis is applied to passive microwave remote sensing of the earth in an effort to attai...
Microwaves in the range of 1-300 GHz are used in many respects for remote sensing applications. The ...
The presentation outlines the restrictions and requirements of passive microwave sensors for spacebo...
The capabilities of active microwave devices operating from space (typically, radar, scatterometers,...
International terrorism has reached a level where adequate countermeasures to protect the population...
In order to reveal the differences between military and vivil applications of remote sensing common ...
This paper will describe a new exciting concept for using microwave systems for Earth remote sensing...
Present applications of microwave remote sensing systems are spread out widely. One topic for using ...
Near-space, defined as the region between 20 km and 100 km, offers many new capabilities that are no...
Many geophysical parameters can be determined with the aid of a passive microwave sensor. To achieve...
Der Artikel beschreibt Verfahren und Anwendungsmoeglichkeiten der Mikrowellenradiometrie anhand expe...