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1.北京师范大学低能核物理研究所
2.江西大学
纸质出版日期:1987-01
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张通和, 何树声, 卢殿通, 等. As通过SiO2在硅中反冲氧的计算及其对剩余缺陷的影响[J]. 核技术, 1987,10(1):43-47,63,64.
Tonghe Zhang, Shusheng He, Diantong Lu, et al. The calculation of recoil oxygen by As implanted through SiO2 and the effects of residual defects[J]. Nuclear techniques, 1987, 10(1): 43-47,63,64.
通过SiO
2
而将As、P和B注入到硅中去的方法通常是制备MOS电路和双极电路的重要掺杂手段。这种方法的优点在于可防止离子对硅单晶表面的溅射、污染和减少辐射损伤。
The recoil oxygen profiles which were caused by As ions implanted through the film of SiO
2
were calculated. The energies of the ions are 50 keV
100 keV and 140 keV. The thicknesses of SiO
2
are 200 Å
450 Å and 650 Å respectively. The recoil oxygen profiles of B
+
implanted through 200 Å thickness of SiO
2
were calculated too. The results observed were compared with the calculations
and they matched well.
The calculation proved that total oxygen in Si was maximum when the d=R
p
was used in As ion implantation. But when the condition d≥3R
p
was used. the total oxygen in Si of ion implantation was very little and negligible.
G. Fisher et al. , Radiation Effects , 38 , 41 ( 1978 ).
L. A. Christel and J. F. Gibbons . Nucl. Instr. Meth. , 182/183 , 187 ( 1981 ).
G. Gres Marti and Sigmund , ibid , 180 , 1 , 211 ( 1981 ).
Yasuo Wada and Norikazn Hashimoto , J. Electrochem. Soc. Solide State Science and Technology , 127 , 2 , 461 ( 1980 ).
R. A. Moline and A. G. Cullis , Applied Physics Letters , 26 , 10 , 551 ( 1975 ).
P. Sigmund , Physical Review , 184 , 2 , 283 ( 1969 ).
北京师大低能核物理研究所 编 , 注入离子原理和技术 , 北京出版社 , 1982 年,第 332 页。
曾庆城 , 物理学报 , 30 , 2 , 249 ( 1981 )。
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