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Lunar Dust Mitigation for the Potential LORE Science Payload
Roman V. Kruzelecky
,
Brahim Aissa
, Jonathan Lavoie
, Emile I. Haddad
, Wes Jamroz
, Edward Cloutis
, Daniel Therriault
MPB Communications
University of Winnipeg
Ecole Polytechnique of Montreal
Research output
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Contribution to conference
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›
peer-review
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Keyphrases
Scientific Payloads
100%
Lunar Dust Mitigation
100%
Lander
50%
Mechanical Assembly
25%
Soil Mechanics
25%
Carbon Nanotubes Technologies
25%
Optical Assembly
25%
Optical Fiber Probe
25%
Subsurface Geophysics
25%
Dust Shields
25%
Protection Requirements
25%
Lunar Origin
25%
Lunar Highlands
25%
SELENE
25%
Lunar Resources
25%
Physics
Lunar Dust
100%
Landers
66%
Porosity
33%
Electrical Resistivity
33%
Soil Mechanics
33%
Wear (Damage)
33%
Absorptance
33%
Lunar Maria
33%
Lunar Highlands
33%
Lunar Origin
33%
Lunar Soil
33%
Engineering
Wear (Damage)
33%
Protection Requirement
33%
Fiber Optic Probe
33%
Material Science
Soil Mechanics
33%