Extract from introduction: There are a number of contexts in which space hardware may interact mechanically with the solid material present in a low-gravity environment at the surface of an asteroid or comet, possibly penetrating to some depth and yielding useful information. These contexts range from low-speed scenarios, such as passive free-fall to the surface, to hypervelocity impact. Such penetrating devices may be classed as penetrators, anchors, impactors, 'moles', etc
In the invited article, we review observations on changes in meteorite texture relevant to the early...
We discuss penetrator deployment systems and Mass Spectrometer (MS) based instrumentation that offer...
The second part of this special issue on asteroid and space debris science and technology collects n...
We compare measurements made by two impact penetrometers of different sizes and with different tip s...
The high inertia, i.e. high mass and low speed, of a landing spacecraft has the potential to drive a...
We compare measurements made by two impact penetrometers of different sizes and with different tip s...
The dynamic behaviour of projectiles impacting planetary surfaces can be measured to derive mechanic...
We investigate essential aspects of penetrometer design required to measure particle properties on a...
The asteroid and cometary impact hazard has long been recognised as an important issue requiring ris...
The dynamic behaviour of projectiles impacting planetary surfaces can be measured to derive mechanic...
In order to improve our understanding of landing on small bodies and of asteroid evolution, we use o...
Book description: It is known that large asteroids and comets can collide with the Earth with severe...
In recent years the exploration of planetary bodies by surface probes has entered a new phase of int...
Despite their very low surface gravities, the surfaces of asteroids and comets are covered by granul...
Because cometary surfaces are likely to be far colder and of a different composition than planetary ...
In the invited article, we review observations on changes in meteorite texture relevant to the early...
We discuss penetrator deployment systems and Mass Spectrometer (MS) based instrumentation that offer...
The second part of this special issue on asteroid and space debris science and technology collects n...
We compare measurements made by two impact penetrometers of different sizes and with different tip s...
The high inertia, i.e. high mass and low speed, of a landing spacecraft has the potential to drive a...
We compare measurements made by two impact penetrometers of different sizes and with different tip s...
The dynamic behaviour of projectiles impacting planetary surfaces can be measured to derive mechanic...
We investigate essential aspects of penetrometer design required to measure particle properties on a...
The asteroid and cometary impact hazard has long been recognised as an important issue requiring ris...
The dynamic behaviour of projectiles impacting planetary surfaces can be measured to derive mechanic...
In order to improve our understanding of landing on small bodies and of asteroid evolution, we use o...
Book description: It is known that large asteroids and comets can collide with the Earth with severe...
In recent years the exploration of planetary bodies by surface probes has entered a new phase of int...
Despite their very low surface gravities, the surfaces of asteroids and comets are covered by granul...
Because cometary surfaces are likely to be far colder and of a different composition than planetary ...
In the invited article, we review observations on changes in meteorite texture relevant to the early...
We discuss penetrator deployment systems and Mass Spectrometer (MS) based instrumentation that offer...
The second part of this special issue on asteroid and space debris science and technology collects n...