Add to ORKGThe Deep Space Network (DSN) 64-meter antenna in Australia has been calibrated prior to its upgrading to a 70-meter configuration in preparation for the Voyager Neptune encounter in August 1989. The S-band (2285 MHz) and X-band (8420 MHz) antenna area efficiency and system noise temperature calibrations were carried out during December 1986 and January 1987 to establish a baseline system performance for this station
From 1991 to 1993 the fractional frequency stability of the operational Radio Science System was mea...
This article reports on the analysis of the Ka-band Antenna Performance Experiment tipping-curve dat...
A design for a noise-adding radiometer will be included as part of the reimplementation of the Parke...
The Deep Space Network (DSN) 64-meter antenna in Spain (DSN 63) has been calibrated prior to its upg...
The efficiency and noise temperature characteristics of the DSN 64 m antenna network prior to its up...
From August 1982 through November 1984, X-band downlink (8.4-GHz) system noise temperature measureme...
The measured Deep Space Network (DSN) 70-meter antenna performance at S- and X-bands is compared wit...
Aperture efficiency measurements made during 1988 on the three 70-m stations (DSS-14, DSS-43, and DS...
The results of preliminary 32 GHz calibrations of the 70 meter antenna at Goldstone are presented. M...
The Very Large Array (VLA) is being equipped to receive telemetry from Voyager 2 during the Neptune ...
The performance of X-band (8.5-GHz) and 32-GHz telemetry links is compared on the basis of the total...
Two models are provided of the Deep Space Network (DSN) 70 m antenna performance at Ka-band (32 GHz)...
This work describes the development of new automated antenna calibration in-strumentation for the De...
This article describes measurements made at all three Deep Space Network 70-m S-band polarization di...
Models that show the effects of weather on noise temperature and attenuation of deep space telemetry...
From 1991 to 1993 the fractional frequency stability of the operational Radio Science System was mea...
This article reports on the analysis of the Ka-band Antenna Performance Experiment tipping-curve dat...
A design for a noise-adding radiometer will be included as part of the reimplementation of the Parke...
The Deep Space Network (DSN) 64-meter antenna in Spain (DSN 63) has been calibrated prior to its upg...
The efficiency and noise temperature characteristics of the DSN 64 m antenna network prior to its up...
From August 1982 through November 1984, X-band downlink (8.4-GHz) system noise temperature measureme...
The measured Deep Space Network (DSN) 70-meter antenna performance at S- and X-bands is compared wit...
Aperture efficiency measurements made during 1988 on the three 70-m stations (DSS-14, DSS-43, and DS...
The results of preliminary 32 GHz calibrations of the 70 meter antenna at Goldstone are presented. M...
The Very Large Array (VLA) is being equipped to receive telemetry from Voyager 2 during the Neptune ...
The performance of X-band (8.5-GHz) and 32-GHz telemetry links is compared on the basis of the total...
Two models are provided of the Deep Space Network (DSN) 70 m antenna performance at Ka-band (32 GHz)...
This work describes the development of new automated antenna calibration in-strumentation for the De...
This article describes measurements made at all three Deep Space Network 70-m S-band polarization di...
Models that show the effects of weather on noise temperature and attenuation of deep space telemetry...
From 1991 to 1993 the fractional frequency stability of the operational Radio Science System was mea...
This article reports on the analysis of the Ka-band Antenna Performance Experiment tipping-curve dat...
A design for a noise-adding radiometer will be included as part of the reimplementation of the Parke...