The analysis of data from the cosmic dust experiment on three NASA missions is discussed. These missions were Mariner IV, OGO III, and Lunar Explorer 35. The analysis effort has included some work in the laboratory of the physics of microparticle hypervelocity impact. This laboratory effort was initially aimed at the calibration and measurements of the different sensors being used in the experiment. The latter effort was conducted in order to better understand the velocity and mass distributions of the picogram sized ejecta particles
The Meteoroid Sciences Branch at the Manned Spacecraft Center (MSC) examined the Surveyor 3 televisi...
Development and characteristics of electrostatic analyzers and solid state particle detector
Engineering analyses on Surveyor lunar dust particle detector instrumentation, and ground support eq...
Summaries of papers presented at the Workshop on Micrometeorite Capture Experiments are compiled. Th...
Use of Pioneer 7 and 8 cosmic dust detectors in Apollo 17 lunar ejecta and micrometeorite experiment...
Scientific and programmatic progress toward the development of a cosmic dust collection facility (CD...
Direct measurements of the space density of cosmic dust particles in the vicinity of the earth have ...
Two experiments, within the French Cooperative Payload (FRECOPA) and devoted to the detection of cos...
The objectives of the Lunar Ejecta and Meteorites Experiment (LEAM) were to measure the long-term va...
Experiments on Apollo missions 15, 16, and 17 were utilized in an attempt to learn about the induced...
The Apollo 12 lunar module (LM) landing near the Surveyor 1lI spacecraft at the end of 1969 has rema...
Cosmic rays and astrophysical plasmas, NASA spacecraft experiment activities, and gamma rays are dis...
"Direct measurements of the space density of cosmic dust particles in the vicinity of the earth have...
Rate of meteoroid penetration of thin beryllium copper detector measured in near-lunar environment b...
The National Aeronautics and Space Administration (NASA) has established the Constellation Program. ...
The Meteoroid Sciences Branch at the Manned Spacecraft Center (MSC) examined the Surveyor 3 televisi...
Development and characteristics of electrostatic analyzers and solid state particle detector
Engineering analyses on Surveyor lunar dust particle detector instrumentation, and ground support eq...
Summaries of papers presented at the Workshop on Micrometeorite Capture Experiments are compiled. Th...
Use of Pioneer 7 and 8 cosmic dust detectors in Apollo 17 lunar ejecta and micrometeorite experiment...
Scientific and programmatic progress toward the development of a cosmic dust collection facility (CD...
Direct measurements of the space density of cosmic dust particles in the vicinity of the earth have ...
Two experiments, within the French Cooperative Payload (FRECOPA) and devoted to the detection of cos...
The objectives of the Lunar Ejecta and Meteorites Experiment (LEAM) were to measure the long-term va...
Experiments on Apollo missions 15, 16, and 17 were utilized in an attempt to learn about the induced...
The Apollo 12 lunar module (LM) landing near the Surveyor 1lI spacecraft at the end of 1969 has rema...
Cosmic rays and astrophysical plasmas, NASA spacecraft experiment activities, and gamma rays are dis...
"Direct measurements of the space density of cosmic dust particles in the vicinity of the earth have...
Rate of meteoroid penetration of thin beryllium copper detector measured in near-lunar environment b...
The National Aeronautics and Space Administration (NASA) has established the Constellation Program. ...
The Meteoroid Sciences Branch at the Manned Spacecraft Center (MSC) examined the Surveyor 3 televisi...
Development and characteristics of electrostatic analyzers and solid state particle detector
Engineering analyses on Surveyor lunar dust particle detector instrumentation, and ground support eq...