Add to ORKGThis viewgraph presentation reviews surface contaminants, solar wind radiation damage, and Silicon substrate damage analysis from the GENESIS sample return mission
The Genesis mission was the only mission returning pristine solar material to Earth since the Apollo...
The samples returned to Earth by the Genesis mission of NASA’s Discovery Program contain a record o...
Total reflection X-ray fluorescence spectrometry (TXRF) was used to analyze residual surface contami...
The Genesis Discovery Mission passively allowed solar wind (SW) to implant into substrates during ex...
Since 2005 the Genesis science team has experimented with techniques for removing the contaminant pa...
In order to recognize, localize, characterize and remove particle and thin film surface contaminatio...
The Genesis mission collected solar wind and brought it back to Earth in order to provide precise kn...
The Genesis mission collected solar wind for 27 months at Earth-Sun L1 on both passive and active co...
To maximize the scientific return of Genesis Solar Wind return mission it is necessary to characteri...
The Genesis mission collected solar wind and brought it back to Earth in order to provide precise kn...
Total reflection X-ray fluorescence spectrometry (TXRF) was used to analyze residual surface contami...
NASA's Genesis Mission launched from Cape Canaveral in August of 2001 with the goal of collecting so...
The majority of surface particles were found to be < 5 microns in diameter with increasing numbers c...
The Genesis mission, launched in August 2001, is collecting samples of the solar wind and will retur...
The Genesis mission collected solar wind and brought it back to Earth in order to provide precise kn...
The Genesis mission was the only mission returning pristine solar material to Earth since the Apollo...
The samples returned to Earth by the Genesis mission of NASA’s Discovery Program contain a record o...
Total reflection X-ray fluorescence spectrometry (TXRF) was used to analyze residual surface contami...
The Genesis Discovery Mission passively allowed solar wind (SW) to implant into substrates during ex...
Since 2005 the Genesis science team has experimented with techniques for removing the contaminant pa...
In order to recognize, localize, characterize and remove particle and thin film surface contaminatio...
The Genesis mission collected solar wind and brought it back to Earth in order to provide precise kn...
The Genesis mission collected solar wind for 27 months at Earth-Sun L1 on both passive and active co...
To maximize the scientific return of Genesis Solar Wind return mission it is necessary to characteri...
The Genesis mission collected solar wind and brought it back to Earth in order to provide precise kn...
Total reflection X-ray fluorescence spectrometry (TXRF) was used to analyze residual surface contami...
NASA's Genesis Mission launched from Cape Canaveral in August of 2001 with the goal of collecting so...
The majority of surface particles were found to be < 5 microns in diameter with increasing numbers c...
The Genesis mission, launched in August 2001, is collecting samples of the solar wind and will retur...
The Genesis mission collected solar wind and brought it back to Earth in order to provide precise kn...
The Genesis mission was the only mission returning pristine solar material to Earth since the Apollo...
The samples returned to Earth by the Genesis mission of NASA’s Discovery Program contain a record o...
Total reflection X-ray fluorescence spectrometry (TXRF) was used to analyze residual surface contami...