A study of the design, development and fabrication details of a transmitter for a microwave refractometer is presented. Atmospheric, radio frequency, refractive index is to be measured rapidly and directly up to altitudes of the order of 200,000 feet. Requirements for the transmitter with regard to its weight, volume and environment are indeed stringent since it is proposed to package the transmitter in a ogive configuration and elevate it to these altitudes utilizing a rocket propulsion system
Many atmospheric research aircraft use a standard canister design to mount instruments, as this sign...
Observations of high-resolution data on radio refractivity were obtained by the airborne microwave ...
Present applications of microwave remote sensing systems are spread out widely. One topic for using ...
103-107In a troposcatter system, the received power is determined by the intensity and scale of the ...
The design definition of a microwave power reception and conversion system for use on high altitude ...
AbstractThe measuring accuracy of atmospheric refractivity directly affects the precision of radar r...
The paper describes a new approach to microwave radiometer design. The approach implies simultaneous...
Propagation related parameters are used for design and frequency planning of microwave networks. Atm...
A preliminary design study examined the feasibility of using microwave resonator measurements to imp...
International Telemetering Conference Proceedings / May 18-20, 1965 / Sheraton Park Hotel, Washingto...
Contains research objectives.National Science Foundation (Grant AST79-20984)National Aeronautics and...
The conceptual design of a ground-based microwave power transmission system is described. This syste...
International Telemetering Conference Proceedings / May 18-20, 1965 / Sheraton Park Hotel, Washingto...
Range measuring systems are limited in accuracy by uncertainties in the atmospheric refraction corre...
Accurately measuring low level microwave signals over a large dynamic range presents many problems t...
Many atmospheric research aircraft use a standard canister design to mount instruments, as this sign...
Observations of high-resolution data on radio refractivity were obtained by the airborne microwave ...
Present applications of microwave remote sensing systems are spread out widely. One topic for using ...
103-107In a troposcatter system, the received power is determined by the intensity and scale of the ...
The design definition of a microwave power reception and conversion system for use on high altitude ...
AbstractThe measuring accuracy of atmospheric refractivity directly affects the precision of radar r...
The paper describes a new approach to microwave radiometer design. The approach implies simultaneous...
Propagation related parameters are used for design and frequency planning of microwave networks. Atm...
A preliminary design study examined the feasibility of using microwave resonator measurements to imp...
International Telemetering Conference Proceedings / May 18-20, 1965 / Sheraton Park Hotel, Washingto...
Contains research objectives.National Science Foundation (Grant AST79-20984)National Aeronautics and...
The conceptual design of a ground-based microwave power transmission system is described. This syste...
International Telemetering Conference Proceedings / May 18-20, 1965 / Sheraton Park Hotel, Washingto...
Range measuring systems are limited in accuracy by uncertainties in the atmospheric refraction corre...
Accurately measuring low level microwave signals over a large dynamic range presents many problems t...
Many atmospheric research aircraft use a standard canister design to mount instruments, as this sign...
Observations of high-resolution data on radio refractivity were obtained by the airborne microwave ...
Present applications of microwave remote sensing systems are spread out widely. One topic for using ...