Unipos website, lunar and planetary mimics (regolith-like materials) Exolith Lab The page of the planetary simulation substance of was added.
We are dealing with Exolith Lab's regolith-like materials for the development of In-Situ Resource Utilization (ISRU) technology and hardware testing for lunar and planetary exploration.
The Center for Lunar and Asteroid Surface Science (CLASS) 's research institute dedicated to regolith, Exolith Lab, conducts pseudo-production and applied research of regolith.
The use of regolith-like materials based on planet samples from the Moon and Mars, developed in collaboration with NASA and Deep Space Industries, makes science, exploration, ISRU and engineering simulations low cost, rational and safe. It leads to what you can do.
Exolith Lab handles a wide variety of products. Please let us know your desired product name and model number when making inquiries.
About the planetary substance database
■ Category category
・ General purpose: Designed to match multiple characteristics (chemistry, minerals, geotechnical engineering)
・ Geotechnical / Physica: Designed to reproduce the characteristics of geotechnical engineering / physics
・ Spectral: Designed to match the reflectance or emission spectrum of the reference material
Magnetic: Designed to duplicate magnetic properties
・ Unknown: Other
■ Types of regolith-simulating substances
・ Lunar Dust and Volatile-Rich Simulants: Lunar dust (moon dust) and volatile substances
・ Lunar Highlands Simulants: Highlands of the Moon
・ Lunar Mare Simulants: Sea of the Moon
・ Martian Simulants: Mars
・ Asteroid Simulants: Asteroid
Phobos Simulants: Phobos (Martian moon)
・ Comet Simulants: Comet
[Example of handling results]
LHS-1 Lunar Highlands Simulant
Lunar highland soil mimetics with a particle size distribution based on Apollo 16 samples
Specification:
Simulant Name: LHS-1 Lunar Highlands Simulant
Simulant Type: General Purpose
Reference Material: Generic Highlands Soil
Bulk Density: 1.30 g / cm3
Particle Size Range: 0-1mm
Mean Particle Size: 94 micron
LMS-1 Lunar Mare Simulant
Medium lunar sea soil mimics with particle size distribution based on Apollo samples
Specification:
Simulant Name: LMS-1 Lunar Mare Simulant
Simulant Type: General Purpose
Reference Material: High Ti Mare Soil
Bulk Density: 1.56 g / cm3
Particle Size Range: 0-1mm
Mean Particle Size: 63 micron
| ■ Click here for product details and inquiries Exolith Lab's planetary mimetics / lunar and planetary mimics (regolith-like materials) Manufacturer (The CLASS Exolith Lab) Website |
