首页|Excitation of the triplet 2p(4)(P-3)3s(2) autoionizing state of Neon by molecular orbital electron promotion at solid surfaces
Excitation of the triplet 2p(4)(P-3)3s(2) autoionizing state of Neon by molecular orbital electron promotion at solid surfaces
扫码查看
点击上方二维码区域，可以放大扫码查看
原文链接
NSTL
Elsevier
We address the long standing issue of the dominant excitation of the triplet 2p(4)(3P)3s(2) state in the scattering of Neon projectiles from Magnesium, Aluminum and Silicon surfaces, which is not predicted by the Fano-Lichten Molecular orbital promotion model. We measured autoionization spectra from the triplet and the singlet states of Neon excited at Al and Mg surfaces. The measurements show that the triplet excited state is produced locally at the collision site, supporting the physical picture of an Auger rearrangement converting the singlet state into the triplet while the colliding atoms are still coupled in the quasi-molecular system.
AutoionizationMolecular Orbital Electron PromotionSurface ScatteringCHARGE-EXCHANGEGAS ATOMSCOLLISIONSALEMISSIONAL(111)MGNEUTRALIZATIONSCATTERINGIONS
NSTL
Elsevier
