To develop a better understanding of the techniques involved in studying the electrostatic characteristics of the Martian regolith simulant obtained from NASA Johnson Space Center, several experimental determinations were made with a number of simple setups. A brief description of these determinations will be made in this report. These determinations will serve as the basis for the development of future experimental methods
[1] The intense dust devils and dust storms on Mars are believed to generate large electrostatic fie...
International audienceWe have designed a facility to measure near-infrared reflectance spectra of ma...
NASA’s Viking and Mars Pathfinder missions each used onboard instruments to determine the compositio...
Regolith and dust cover the surfaces of the Solar Systems solid bodies, and thus constitute the visi...
International audienceIn support of the InSight mission in which two instruments (the SEIS seismomet...
The lunar landing was an enormous step in humanity’s exploration of space. At last we’re nearly read...
Conducted at a civil engineering lab at Clemson University, this research project complements a rece...
The preliminary results of a prototype Wheel Electrometer System (WES) are presented that show that ...
Studies of the voltage (charge) decay behavior of the JSC Mars-1 Martian Regolith simulant are prese...
Electrical discharges in Martian analogue materials have previously been generated by agitation of t...
Abstract: Wave velocity measurements were performed on Fontainebleau sand samples used as a Martian ...
There is evidence that water-ice exists on a number of bodies in the solar system. As ice deposits m...
The lunar landing was an enormous step in humanity’s exploration of space. At last we’re nearly read...
This report documents summer research efforts in an attempt to develop an electrochemical method of ...
Returning to the Moon and going on to Mars will require the use of local resources to bring launch m...
[1] The intense dust devils and dust storms on Mars are believed to generate large electrostatic fie...
International audienceWe have designed a facility to measure near-infrared reflectance spectra of ma...
NASA’s Viking and Mars Pathfinder missions each used onboard instruments to determine the compositio...
Regolith and dust cover the surfaces of the Solar Systems solid bodies, and thus constitute the visi...
International audienceIn support of the InSight mission in which two instruments (the SEIS seismomet...
The lunar landing was an enormous step in humanity’s exploration of space. At last we’re nearly read...
Conducted at a civil engineering lab at Clemson University, this research project complements a rece...
The preliminary results of a prototype Wheel Electrometer System (WES) are presented that show that ...
Studies of the voltage (charge) decay behavior of the JSC Mars-1 Martian Regolith simulant are prese...
Electrical discharges in Martian analogue materials have previously been generated by agitation of t...
Abstract: Wave velocity measurements were performed on Fontainebleau sand samples used as a Martian ...
There is evidence that water-ice exists on a number of bodies in the solar system. As ice deposits m...
The lunar landing was an enormous step in humanity’s exploration of space. At last we’re nearly read...
This report documents summer research efforts in an attempt to develop an electrochemical method of ...
Returning to the Moon and going on to Mars will require the use of local resources to bring launch m...
[1] The intense dust devils and dust storms on Mars are believed to generate large electrostatic fie...
International audienceWe have designed a facility to measure near-infrared reflectance spectra of ma...
NASA’s Viking and Mars Pathfinder missions each used onboard instruments to determine the compositio...