孤立硅双原子键振动频率的测定:尺寸效应的新用途
Elucidating Si–Si Dimmer Vibration from the Size-Dependent Raman Shift of Nanosolid Si
combination of the recently developed BOLS correlation [Sun, Phys. Rev B 72m 134301 (2005)] and the new freedom of size has allowed us to elucidate information about the vibration frequency of an isolated Si-SI dimer by match prediction to the measured size dependence of Raman Optical red shift of Si.
combination of the recently developed BOLS correlation [Sun, Phys. Rev B 72m 134301 (2005)] and the new freedom of size has allowed us to elucidate information about the vibration frequency of an isolated Si-SI dimer by match prediction to the measured size dependence of Raman Optical red shift of Si.
孙长庆、C. M. Li、L. K. Pan
物理学晶体学
Raman nanostructure
Raman nanostructure
孙长庆,C. M. Li,L. K. Pan.孤立硅双原子键振动频率的测定:尺寸效应的新用途[EB/OL].(2006-04-26)[2025-05-28].http://www.paper.edu.cn/releasepaper/content/200604-374.点此复制
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