Influence of Atomic Oxygen Exposure on Friction Behavior of 321 Stainless Steel

Author:

Liu Y.,Yang J.,Ye Z.,Dong S.,Zhang L.,Zhang Z.

Publisher

Springer Berlin Heidelberg

Reference12 articles.

1. Banks BA, Miller SKR (2006) Overview of space environment effects on materials and GRC’S test capabilities. NASA CP 214383, vol 1, pp 485–505

2. Tagawa M (2008) Atomic oxygen-induced polymer degradation phenomena in simulated LEO space environments: how do polymers react in a complicated space environment? Acta Astronaut 62:203–211

3. Peters PN, Gregory JC, Christl LC, Raikar GN (1991) Effects on LDEF exposed copper film and bulk. LDEF first post-retrieval symposium, NASA CP-3134, pp 755–762

4. Raikar GN, Gregory JC, Christl LC, Peters PN (1993) The interaction of atomic oxygen with copper: an XPS, AES, XRD, optical transmission and stylus profilometry study. LDEF second post-retrieval symposium, NASA CP 3194, pp 1169–1186

5. Christl LC, Gregory JC (1991) Measurements of Erosion characteristics for metal and polymer surfaces using profilometry. LDEF first post-retrieval symposium, NASA CP-3134, pp 723–735

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