Passive microwave measurements of the sea surface were made for determining surface wind speeds from the NP3A aircraft (NASA-927). Observations were made at frequencies of 1.4, 10.6, and 31.4 GHz during NASA mission 119, undertaken off Bermuda in the vicinity of Argus Island sea tower during January 1970. Passive microwave observations from Argus Island ocean showed that the surface roughness effect, dependent on wind speed, is also dependent on observational frequency, increasing with increasing frequency. The roughness effect appears to be dominant for wind speeds less than 30 to 40 knots (2)
The investigation in a laboratory controlled environment was of the structure of the water surface a...
Airborne microwave radiometer measurements of thermal radiances over sea surface
Foam on the ocean surface significantly increases the brightness temperatures measured by microwave ...
The application of passive microwave techniques from airborne and surface platforms for oceanography...
Measuring brightness temperatures and microwave emission of wind driven sea surfac
Microwave radiometer experiments were undertaken to measure the thermal emission from artificially g...
An extensive aircraft underflight program was conducted along the Skylab groundpath for the purpose ...
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...
WindSat, the first polarimetric microwave radiometer on orbit, and the NPOESS Conical Microwave Imag...
WindSat, the first polarimetric microwave radiometer on orbit, and the NPOESS Conical Microwave Imag...
A mathematical model is developed for the apparent temperature of the sea at all microwave frequenci...
An improved model of the effects of sea state on microwave signature has been developed which incorp...
Predicted brightness temperatures and theoretical models of ocean surface and atmosphere with passiv...
The S-193 Radscat made extensive measurements of many sea conditions. Measurements were taken in a t...
The investigation in a laboratory controlled environment was of the structure of the water surface a...
Airborne microwave radiometer measurements of thermal radiances over sea surface
Foam on the ocean surface significantly increases the brightness temperatures measured by microwave ...
The application of passive microwave techniques from airborne and surface platforms for oceanography...
Measuring brightness temperatures and microwave emission of wind driven sea surfac
Microwave radiometer experiments were undertaken to measure the thermal emission from artificially g...
An extensive aircraft underflight program was conducted along the Skylab groundpath for the purpose ...
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...
WindSat, the first polarimetric microwave radiometer on orbit, and the NPOESS Conical Microwave Imag...
WindSat, the first polarimetric microwave radiometer on orbit, and the NPOESS Conical Microwave Imag...
A mathematical model is developed for the apparent temperature of the sea at all microwave frequenci...
An improved model of the effects of sea state on microwave signature has been developed which incorp...
Predicted brightness temperatures and theoretical models of ocean surface and atmosphere with passiv...
The S-193 Radscat made extensive measurements of many sea conditions. Measurements were taken in a t...
The investigation in a laboratory controlled environment was of the structure of the water surface a...
Airborne microwave radiometer measurements of thermal radiances over sea surface
Foam on the ocean surface significantly increases the brightness temperatures measured by microwave ...