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Influence of Kinetic Energy for Initial Adsorption Probability of O2 Molecules on Si(001) Surfaces and SiO Desorption Yield
O2分子のSi(001)表面への初期吸着とSiO脱離に及ぼす運動エネルギーの影響
2002
Hyomen Kagaku
O2分子のSi(001)表面への初期吸着とSiO脱離に及ぼす運動エネルギーの影響
Relative initial adsorption probabilities of O2 molecules on Si(001) surfaces at room temperature and Si 18 O desorption yield at a surface temperature region from 900 K to 1300 K have been measured as a function of O2 incident energy up to 3.3 eV. Although the adsorption probability showed the minimum at 0.3 eV and to be constant at incident energy over 1 eV, the SiO desorption yield at surface temperatures over 1000 K increased with increasing the incident energy due to the induced-oxidation
doi:10.1380/jsssj.23.519
fatcat:t7q7i5z255ffpkashicb6hfrsy