Regenerative Soot-III: Role of the kinetic and potential sputtering in the regeneration of the soot
arXiv:1609.04229 · doi:10.1063/1.1354661
Abstract
We have used the photoemission spectroscopy of the graphite hollow cathode sooting discharge to identify the roles played by the kinetic and potential sputtering, respectively. Our indicators are the relative densities of the sputtered carbon C, the Ne metastable atoms, and the ionized components (Ne+) of the regenerative sooting plasma. We find that the metastable atoms are the main agents for the regeneration of the soot.
6 pages, 3 figures
References in corpus (3)
- Evolution of clusters in energetic heavy ion bombarded amorphous graphite-III: Photo-emission and velocity analysis of sputtered carbon clusters
- Regenerative Soot: A cusp field, graphite hollow cathode, carbon cluster ion source
- Regenerative Soot-I: Carbon cluster formation in regenerative sooting plasmas