Martian Analog (MGS-1 M)

Practical significance

The MGS-1 analog is a mineralogical standard for basaltic soils on Mars, developed based on quantitative mineralogy from the MSL Curiosity rover.

Origin

The MGS-1 (Mars Global Simulant) is made by sourcing individual minerals, including a proper treatment of the X-ray amorphous component. It was developed by the University of Central Florida.

Main constituent
Plagioclase
Particle size Mie: reff (μm)
1.6
Particle size Mie: veff
0.75
Particle size

The sample was processed at the Instituto de Cerámica y Vidrio (CSIC-ICV) to produce a narrow particle size distribution centered at 3-4 micrometers.

Size distribution plot:
Size distribution MGS-1 M
Size distribution table
size_MGS1M_6.txt
Color
Gray
SEM/TEM images:
MGS-1 M SEM Images
Scattering matrix (1) wavelength in nm
488.00 nm
Scattering matrix (1) table
matrix_MGS1M_488nm.txt
Scattering matrix (1) plot:
Scattering matrix elements MGS-1 M - 488 nm
Scattering matrix (2) wavelength in nm
640.00 nm
Scattering matrix (2) table
matrix_MGS1M_640nm.txt
Scattering matrix (2) plot:
Scattering matrix elements MGS-1 M - 640 nm
Angle range (deg)
[3,177]
Reference/s
Martikainen et al., 2024