Performance of solar reflectors when applied to storage of cryogenic propellants in space
Performance of solar reflectors in cryogenic propellant storage applications in space
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Performance of solar reflectors in cryogenic propellant storage applications in space
Noise temperature reduction technique for passive paraboloidal reflector
Noise temperature measurement of reflector antenna with solid state radiometer
Modified horn reflector antenna with Cassegrain feeding and secondary hyperbolic subreflector
Vacuum ultraviolet coatings, microcircuitry welding, metal polishing, absolute spectral response system, parabolic reflectors, and soldering to electrodeposited metals
Performance analysis of double-reflector system for collecting solar energy - applicability to solar Brayton cycle power system
High accuracy nonspherical reflectors fabricated for millimeter and submillimeter wavelength region
Two-channel monopulse reflector antenna system with multimode logarithmic spiral feed
Optical radar system using corner reflector on lunar surface
Polarization and absorption effects on Fraunhofer diffraction patterns of corner reflector
Plate study associated with reflector dynamics of Rosman I antenna
Solar radiation pressure perturbations on large planar reflector satellite orbit
In this paper we present a peer-to-peer sensor network architecture using space-division optical retro-reflector to provide energy efficient communication services for in-situ science applications.
Shallow paraboloidal shells of revolution are common components for reflectors, mirrors, etc. This study is to investigate the micro-control actions and distributed control effectiveness of precision paraboloidal shell structures laminated with segmented actuator patches.
This paper describes the reflector antenna system for the High altitude MMIC sounding radiometer (HAMSR) on a remotely piloted aircraft.
The high-frequency limit of reflector antennas is usually governed by the magnitude of the surface error. Whereas little can be done for the high-spatial frequency portion of this error, there are various techniques that can be employed to compensate for large-scale surface errors due to gravity induced distortions for spacecraft antennas.
This paper presents the design and RF characterization of 94.1 GHz Cassegrain dual-reflector antenna for the proposed Cloud Profiling Radar (CPR) instrument.
This paper presents the design and performance evaluation of a lightweight, composite material, elliptical-aperture, parabolic-reflector antenna.