Add to ORKGThe Experiment 5 Antenna deployment problem onboard Helios A, the failure analysis, and changes in design, test, and operation which led to a successful deployment of both antennas during the early Helios B mission phase are described
Space antennas with a helical geometry are an advantageous choice for many applications, for instanc...
Except in the near Earth phase of GIOTTO's mission to Comet Halley, the HGA (high gain antenna) on b...
The development of the pointing gimbal in the high-gain antenna system (HGAS) of the Solar Dynamics ...
On April 11, 1991, the Galileo spacecraft executed a sequence that would open the spacecraft's High ...
Helios is the German-American solar probe which comes within 0.31 Astronomical Units of the sun. A s...
spacecraft’s High Gain Antenna, The antenna’s launch restraint had been released just after launch, ...
To determine if a pressure-suited deployment of the Array E (Apollo 17) Antenna Aiming Mechanism wou...
In the field of space travel, space communications has always presented a slew of obstacles and hurd...
A deployment strategy for a 4 m long, ultra-light, high-gain, helical Antenna made from fiber-compos...
Antenna radiation patterns for Saturn I /Sa-5/ launch vehicle very high frequency telemetry system a...
A document discusses concepts for the design of an antenna to be deployed from a spacecraft for meas...
CLUSTER is a scientific space mission to in-situ investigate the Earth's plasma environment by means...
A deployment actuator mechanism was developed to drive a two-axis gimbal assembly and a high-gain an...
International Telemetering Conference Proceedings / October 15-17, 1974 / International Hotel, Los A...
The Aquarius Instrument s large radar reflector dish needed to be stowed for launch, and then deploy...
Space antennas with a helical geometry are an advantageous choice for many applications, for instanc...
Except in the near Earth phase of GIOTTO's mission to Comet Halley, the HGA (high gain antenna) on b...
The development of the pointing gimbal in the high-gain antenna system (HGAS) of the Solar Dynamics ...
On April 11, 1991, the Galileo spacecraft executed a sequence that would open the spacecraft's High ...
Helios is the German-American solar probe which comes within 0.31 Astronomical Units of the sun. A s...
spacecraft’s High Gain Antenna, The antenna’s launch restraint had been released just after launch, ...
To determine if a pressure-suited deployment of the Array E (Apollo 17) Antenna Aiming Mechanism wou...
In the field of space travel, space communications has always presented a slew of obstacles and hurd...
A deployment strategy for a 4 m long, ultra-light, high-gain, helical Antenna made from fiber-compos...
Antenna radiation patterns for Saturn I /Sa-5/ launch vehicle very high frequency telemetry system a...
A document discusses concepts for the design of an antenna to be deployed from a spacecraft for meas...
CLUSTER is a scientific space mission to in-situ investigate the Earth's plasma environment by means...
A deployment actuator mechanism was developed to drive a two-axis gimbal assembly and a high-gain an...
International Telemetering Conference Proceedings / October 15-17, 1974 / International Hotel, Los A...
The Aquarius Instrument s large radar reflector dish needed to be stowed for launch, and then deploy...
Space antennas with a helical geometry are an advantageous choice for many applications, for instanc...
Except in the near Earth phase of GIOTTO's mission to Comet Halley, the HGA (high gain antenna) on b...
The development of the pointing gimbal in the high-gain antenna system (HGAS) of the Solar Dynamics ...