Add to ORKGThe application of passive microwave techniques from airborne and surface platforms for oceanography measurements is discussed. The program is designed to determine: (1) the optimum system parameters, (2) measurement techniques, and (3) the physical phenomena to enable unambiguous all-weather determination of the sea surface properties of sea roughness, surface wind fields, temperature, salinity, sea ice, and pollution. The advantages and disadvantages of the airborne and fixed station operations are examined
Airborne microwave radiometer measurements of thermal radiances over sea surface
The investigation in a laboratory controlled environment was of the structure of the water surface a...
This article reviews the current state-of-the-art and future prospects of the microwave techniques f...
Passive microwave measurements of the sea surface were made for determining surface wind speeds from...
Predicted brightness temperatures and theoretical models of ocean surface and atmosphere with passiv...
In order to demonstrate the feasibility of the microwave radiometers to be carried aboard the Nimbus...
The microwave characteristics of calm, rough, and foam-covered ocean surfaces were studied, and a te...
Application of active and passive microwave remote sensing to the study of ocean pollution is discus...
Spaceborne microwave remote sensors provide perspectives of the earth surface and atmosphere which a...
Spaceborne microwave remote sensors provide perspectives of the earth surface and atmosphere which a...
A mathematical model is developed for the apparent temperature of the sea at all microwave frequenci...
An extensive aircraft underflight program was conducted along the Skylab groundpath for the purpose ...
An improved model of the effects of sea state on microwave signature has been developed which incorp...
A rationale is developed for the use of active microwave sensing in future aerospace applications pr...
The all weather, global determination of sea surface temperature (SST) has been identified as a requ...
Airborne microwave radiometer measurements of thermal radiances over sea surface
The investigation in a laboratory controlled environment was of the structure of the water surface a...
This article reviews the current state-of-the-art and future prospects of the microwave techniques f...
Passive microwave measurements of the sea surface were made for determining surface wind speeds from...
Predicted brightness temperatures and theoretical models of ocean surface and atmosphere with passiv...
In order to demonstrate the feasibility of the microwave radiometers to be carried aboard the Nimbus...
The microwave characteristics of calm, rough, and foam-covered ocean surfaces were studied, and a te...
Application of active and passive microwave remote sensing to the study of ocean pollution is discus...
Spaceborne microwave remote sensors provide perspectives of the earth surface and atmosphere which a...
Spaceborne microwave remote sensors provide perspectives of the earth surface and atmosphere which a...
A mathematical model is developed for the apparent temperature of the sea at all microwave frequenci...
An extensive aircraft underflight program was conducted along the Skylab groundpath for the purpose ...
An improved model of the effects of sea state on microwave signature has been developed which incorp...
A rationale is developed for the use of active microwave sensing in future aerospace applications pr...
The all weather, global determination of sea surface temperature (SST) has been identified as a requ...
Airborne microwave radiometer measurements of thermal radiances over sea surface
The investigation in a laboratory controlled environment was of the structure of the water surface a...
This article reviews the current state-of-the-art and future prospects of the microwave techniques f...