2026-03-12T02:08:52Z https://fit.repo.nii.ac.jp/oai

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吸着希ガス原子の近隣サイトにおける吸着確率の高まり Enhancement of sticking probability of inert gas atoms impinging near adosorbed atoms キュウチャク キガス ゲンシ ノ キンリン サイト ニ オケル キュウチャク カクリツ ノ タカマリ 大冨, 賢一 ticking probability stochastic trajectory method inert gas copper suface ticking probability stochastic trajectory method inert gas copper suface application/pdf 論文(Article) Sticking probabilities of inert gas atoms are investigated by applying the stochastic trajectory method to a simple one dimensional model. The stochastic equations of motion of the incident inert gas atom and the surface atom are treated under the Markov limit. The sticking probabilities are esti— mated from the micro-canonical sticking probabilities which are obtained by the numerical integration of the stochastic equations of motion. The adsorption energy for the isolate adsorption of Ar atom on copper surface is estimated to be about 750K on the basis of the observed sticking probability. By adding an Ar-Ar interaction potential, the sticking probability at the neighboring sites of an isolate adosorbed atom is estimated about 0.2. However, the obtained value is too small to explain the ob­served coverage dependence of the sticking probability of Ar on copper. The surface diffusion is de­duced to be necessary in order to reproduce the enhancement of the sticking probability near the iso­late adsorbed inert gas atom from some remarks obtained from the one dimensional model. 福岡工業大学 2005-02-15 jpn departmental bulletin paper VoR http://hdl.handle.net/11478/00001574 https://fit.repo.nii.ac.jp/records/607 02876620 福岡工業大学研究論集 RESEARCH BULLETIN OF FUKUOKA INSTITUTE OF TECHNOLOGY 37 2 185 190 https://fit.repo.nii.ac.jp/record/607/files/37(2)-185.pdf application/pdf 446.3 kB