Abstract: The most significant results from small scientific satellites and from the space shuttle mission STS-3 regarding body-plasma interactions are presented and discussed. The causes for the above information being meagre and fragmentary are given. The research avenues to be followed in the future in order to correct this situation are mentioned, including practical ways to achieve this goal. 1. GENERAL BACKGROUND The interaction of a spacecraft (satellite, space shuttle, space station) with its environmental space plasma is a fundamental area of research in space plasma physics and in planetary geophysics. The interest in this area stems from both the science and application points of view. From the general scientific point of view, w...
Spacecraft inevitably interact with their environments. Besides the interactions one immediately thi...
Abstract In the White Paper, submitted in response to the European Space Agency (ESA) Voyage 2050 Ca...
Environmental interactions are defined as the response of spacecraft surfaces to the charged-particl...
The most significant results from small scientific satellites and from the space shuttle mission STS...
Results from in—situ measurements relevant to the interaction of bodies in flowing plasmas are revie...
Results from in-situ measurements relevant to the interaction of bodies in flowing plasmas are revie...
A new experimental approach is discussed in general terms, that can be adopted in the Shuttle/Spacel...
Attempts to gain an understanding of spacecraft plasma dynamics via experimental investigation of th...
The solar system includes a number of non-magnetic objects. These include comets, Venus, Mars and th...
Space is playing a rapidly expanding role in the conduct of the Air Force mission. Larger, more comp...
A brief review of early laboratory investigations of bodies in flowing, rarefied plasmas is given to...
The interactions of a spacecraft with the surrounding, streaming plasma were determined by the follo...
In the White Paper, submitted in response to the European Space Agency (ESA) Voyage 2050 Call, we pr...
A brief review of early laboratory investigations of bodies in flowing, rarefied plasmas is given to...
Within our solar system, the planets, moons, comets and asteroids all have plasma interactions. The ...
Spacecraft inevitably interact with their environments. Besides the interactions one immediately thi...
Abstract In the White Paper, submitted in response to the European Space Agency (ESA) Voyage 2050 Ca...
Environmental interactions are defined as the response of spacecraft surfaces to the charged-particl...
The most significant results from small scientific satellites and from the space shuttle mission STS...
Results from in—situ measurements relevant to the interaction of bodies in flowing plasmas are revie...
Results from in-situ measurements relevant to the interaction of bodies in flowing plasmas are revie...
A new experimental approach is discussed in general terms, that can be adopted in the Shuttle/Spacel...
Attempts to gain an understanding of spacecraft plasma dynamics via experimental investigation of th...
The solar system includes a number of non-magnetic objects. These include comets, Venus, Mars and th...
Space is playing a rapidly expanding role in the conduct of the Air Force mission. Larger, more comp...
A brief review of early laboratory investigations of bodies in flowing, rarefied plasmas is given to...
The interactions of a spacecraft with the surrounding, streaming plasma were determined by the follo...
In the White Paper, submitted in response to the European Space Agency (ESA) Voyage 2050 Call, we pr...
A brief review of early laboratory investigations of bodies in flowing, rarefied plasmas is given to...
Within our solar system, the planets, moons, comets and asteroids all have plasma interactions. The ...
Spacecraft inevitably interact with their environments. Besides the interactions one immediately thi...
Abstract In the White Paper, submitted in response to the European Space Agency (ESA) Voyage 2050 Ca...
Environmental interactions are defined as the response of spacecraft surfaces to the charged-particl...