Arkivism
Passive Charge Dissipating Work Function Matching Coating for Reducing Adhesion of Lunar Dust
Public domain

Passive Charge Dissipating Work Function Matching Coating for Reducing Adhesion of Lunar Dust

NASA / GRC · 2025-01-29 · photograph (digital archive)

From the collection of NASA Image and Video Library. Free to download, adapt and use — no permission needed.

About this work

Sylvie Crowell who works in the Environmental Effects and Coatings Branch at NASA Glenn Research Center performs ball milling and particle size analysis on some lunar dust simulant on January 29, 2025.

NASA Image and Video Library’s own description
Subjects
NASA/GRC/Sara Lowthian-Hanna
Credit linePassive Charge Dissipating Work Function Matching Coating for Reducing Adhesion of Lunar Dust. NASA/GRC, 2025-01-29. Public domain. ID: GRC-2025-C-00400.
Open in Explore View at source

Similar works

Passive Charge Dissipating Work Function Matching Coating for Reducing Adhesion of Lunar DustPassive Charge Dissipating Work Function Matching Coating for Reducing Adhesion of Lunar Dust Passive Charge Dissipating Work Function Matching Coating for Reducing Adhesion of Lunar DustPassive Charge Dissipating Work Function Matching Coating for Reducing Adhesion of Lunar Dust Passive Charge Dissipating Work Function Matching Coating for Reducing Adhesion of Lunar DustPassive Charge Dissipating Work Function Matching Coating for Reducing Adhesion of Lunar Dust jsc2024e006099jsc2024e006099 Photos for OSTEM Web Feature - Angie HuertaPhotos for OSTEM Web Feature - Angie Huerta SpaceX CRS-25 DynaMos Payload PackagingSpaceX CRS-25 DynaMos Payload Packaging