Stapperfend.space
regolith knowledge hub
Main
Database
Modelling
Wiki
About
Detailed off
Light
Log in
Register
Main
Database
Modelling
Wiki
About
Detailed off
Light
Log in
Register
Discover
Simulants
Methods & Measurements
CLDS-i | Lunar Simulant Atlas
Simulants
CLDS-i
lunar dust simulant
Overview
Literature
Properties
Methods & measurements
Applications
Applications
5
Lunar environment analysis
1 source for this simulant
3 methods
Lunar surface charging under solar wind and magnetotail plasma
Electrostatic charging | Lunar environment analysis
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Lunar surface potential under solar wind
Electrostatic charging | Lunar environment analysis
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Lunar surface potential under extreme conditions
Electrostatic charging | Lunar environment analysis
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Lunar mission safety
1 source for this simulant
7 methods
Triboelectrification between materials and simulated lunar dust
Electrostatic charging | Lunar mission safety
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Charging of lunar rover wheels
Electrostatic charging | Lunar mission safety
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Charging of Apollo spacesuits
Electrostatic charging | Lunar mission safety
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Charge dissipation times under illumination and dark conditions
Electrostatic discharge | Lunar mission safety
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Charge transfer risks for astronauts
Electrostatic discharge | Lunar mission safety
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Charging of lunar rovers in shaded regions
Electrostatic charging | Lunar mission safety
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Charge transfer in ESD-sensitive components
Electrostatic discharge | Lunar mission safety
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Material charging behavior
1 source for this simulant
1 method
Teflon charging under different environmental conditions
Electrostatic charging | Material charging behavior
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Thermal effects on charging
1 source for this simulant
1 method
Triboelectrification at different temperatures
Electrostatic charging | Thermal effects on charging
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Unspecified application
1 source for this simulant
8 methods
Charging potential variation with speed
Experimental
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Charging potential under different environments
Experimental
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Triboelectrification characteristics of Teflon rover wheel
charging behavior
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Surface potential measurement under vacuum and UV exposure
charging behavior
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Triboelectrification characteristics at different temperatures
Comparative study
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Surface potential measurement at different temperatures
Experimental measurement
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Surface potential measurement at 50 C
Experimental measurement
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment
Surface potential measurement at 20 C
Experimental measurement
1 source for this simulant
Triboelectrification of dielectric material in the lunar environment