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钝化膜抗γ辐照的研究 被引量:2

The Study of Passivated Thin Film Resist γ Radiation
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摘要 研究了几种不同的钝化膜的γ辐照特性,初步揭示出单纯的SiO2膜不具备抗γ辐照的能力,厚度为100nm涂有聚酰亚胺的SiO2膜当辐照剂量小于106拉德(Si)时具有良好的抗γ辐照作用。同时指出了四甲基氢氧化胺对SiSiO2界面也有影响。 The γ radiation specific property of some different passivated thin films is studied, the result indicates that simple SiO 2 film can't resist γ ray, and that SiO 2 film which thickness is 100nm with polyimide can resist γ ray when the radiation dosage is lower than 10 6 rad(Si). It is indicated that tetramechy ammonium hydroxide can affect Si SiO 2 interface also.
作者 张济龙
出处 《半导体杂志》 1997年第4期17-20,共4页
关键词 钝化膜 半导体器件 抗电子辐射 passivated thin film interface Flat band Voltage
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  • 2[2]Dowell JD.Irradiation tests of photo&odes for the ATLAS SCT readout.Nuclear Instruments and Methods in Physics Research A,1999;424(12):224-230
  • 3[3]Chadton D G.Radiation haxdnegs and lifetime studies of photodiodes for the optical readout of the ATLAs semiconductor tracker.Nuclear Instruments and Methods in Physics Research A,2001;456(24):135-140
  • 4[4]Ohyama H.,Takakura K.,ShigakiK.et al.Radiation damage of Si photodiodes by high-temperature irradiation.Microelectronic Engineering,2003;66(4):536-541
  • 5[7]Komhunov F P.,Bogatymv Yu V.,Lastovsky S B.et al.Vacuum,2003;13(70):97-200
  • 6[8]Hazdra P.Domehner H.Nuclear instruments and Methods in physics research B.2003;201:513-519.
  • 7刘国维,谢孟贤编.半导体工艺原理(下),国防工业出版社,1980.P100.
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