The interaction of the micrometeoroid complex with the lunar surface is evidenced by numerous glass-lined microcraters on virtually every lunar surface exposed to space. Such craters range in size from less than .1 micron to approximately 2 sq cm diameter. Using small scale laboratory cratering experiments for calibration, the observed crater-sized frequency distributions may be converted into micrometeoroid mass distributions. These lunar mass distributions are in essential agreement with satellite data. Some physical properties of micrometeoroids may be deduced by comparing lunar crater geometries with those obtained in laboratory experiments. The proponderance of circular outlines of lunar microcraters necessitates equidimensional, if no...
The following topics are addressed: (1) the frequency of encountering boulders that represent hazard...
Hartmann [1] first coined the word “mega-regolith ” to de-scribe that part of the lunar crust that h...
The lunar surface is characterized by a collisionally evolved regolith resulting from meteoroid bomb...
Monte Carlo-based computer calculations, as well as analytical approaches utilizing probabilistic ar...
About 5000 microcraters on seven lunar rocks recovered during the Apollo 12 mission have been system...
Since return of the first Apollo lunar samples, the definition of the primary cosmic dust impact mic...
Micrometeorites, ancient planetesimal debris from the early intense bombardment, and debris of recen...
The physical properties of the lunar regolith were originally inferred from remotely sensed data, fi...
The peak of the mass flux of impactors striking the lunar surface is made up of objects approximatel...
The evolution of the lunar regolith under solar wind and micrometeorite bombardment is discussed as ...
Landscape evolution on the Moon is driven by a relatively small number of physical mechanisms, makin...
The mathematical, statistical, and computational approaches used in the investigation of the interre...
We have observed the presence of a previously undescribed microtopography in several regions on the ...
The top few millimeters of a surface exposed to space represents a physically and chemically active ...
Three types of meteoritic material are found on the moon: micrometeorites, ancient planetesimal debr...
The following topics are addressed: (1) the frequency of encountering boulders that represent hazard...
Hartmann [1] first coined the word “mega-regolith ” to de-scribe that part of the lunar crust that h...
The lunar surface is characterized by a collisionally evolved regolith resulting from meteoroid bomb...
Monte Carlo-based computer calculations, as well as analytical approaches utilizing probabilistic ar...
About 5000 microcraters on seven lunar rocks recovered during the Apollo 12 mission have been system...
Since return of the first Apollo lunar samples, the definition of the primary cosmic dust impact mic...
Micrometeorites, ancient planetesimal debris from the early intense bombardment, and debris of recen...
The physical properties of the lunar regolith were originally inferred from remotely sensed data, fi...
The peak of the mass flux of impactors striking the lunar surface is made up of objects approximatel...
The evolution of the lunar regolith under solar wind and micrometeorite bombardment is discussed as ...
Landscape evolution on the Moon is driven by a relatively small number of physical mechanisms, makin...
The mathematical, statistical, and computational approaches used in the investigation of the interre...
We have observed the presence of a previously undescribed microtopography in several regions on the ...
The top few millimeters of a surface exposed to space represents a physically and chemically active ...
Three types of meteoritic material are found on the moon: micrometeorites, ancient planetesimal debr...
The following topics are addressed: (1) the frequency of encountering boulders that represent hazard...
Hartmann [1] first coined the word “mega-regolith ” to de-scribe that part of the lunar crust that h...
The lunar surface is characterized by a collisionally evolved regolith resulting from meteoroid bomb...