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9篇 您的检索式:作者名="XIE Aigen"
    题名 作者 年代 出处 被引量
1The formulas for the secondary electron yield at high incident electron energy from gold and alumi-num显示文摘Xie Aigen Li Chuanqi Wang Tiebang 2009Modern Physics Letters B2009,23,19:1
2The formula for the secondary electron yield at high incident electron energy from silver andcopper显示文摘Xie Aigen Zhao Haofeng Song Biao 2009Nucl Instrum Meth in Phys Res Sect B2009,267,5:1
3A universal formula for secondary electron yield from metals显示文摘Xie Aigen Yao Yijun Su J 2010Nucl Instrum Meth in Phys Res SectB2010,268,15:1
4The Formulas for theSecondary Electron Yield at High Incident Electron Energyfrom Gold and Aluminum显示文摘Xie Aigen Li Chuanqi Wang Tiebang 2009Modern Physics Letters2009,23,19:1
5The Formula forthe Secondary Electron Yield at High Incident Electron Ener-gy from Silver and Copper显示文摘Xie Aigen Zhao Haofeng Song Biao 2009Nucl InstrumMethods in PhysRes Sect2009,267,5:1
6A Universal Formula forSecondary Electron Yield from Metals显示文摘Xie Aigen Yao Yijun Su J 2010Nucl InstrumMethods in Phys Res Sect2010,268,15:1
7A Universal Form:a for Secondary Electron Yield from Metals 显示文摘Xie Aigen Yao Yijun Su J 2010Nucl Instrum Methods in Phys Res Sect2010,268,15:1
8The formula for the secondary electron yield at high incident electron energy from silver and copper显示文摘Xie Aigen Zhao Haofeng Song Biao 2009Nucl Inst and Meth in Phys Res B2009,267,10:1
9Microstructure, Photoluminescent Properties and Application of ZnO Films Grown on Al Foils显示文摘To obtain safety working before long-term early warning, we proposed a process for the preparation of luminescent films on metal substrate to detect the wear life. ZnO films were prepared on aluminum(Al) foils by the magnetron sputtering technique. The microstructure, tribological properties and photoluminescence(PL) spectra of ZnO films before and after the friction test were investigated. The microstructure of ZnO films grown on Al foils exhibited a closely packed hexagonal cone shape. ZnO films were grown along the orientation perpendicular to the substrate. The tribometric tests revealed that the average friction coefficient of ZnO films was lower and more stable than that of the substrate. The results of PL spectra indicated that the effect of Al element on ZnO films led to shifts of the defect related visible band. The luminescent center of ZnO films shifted from the emission peak at 510 nm before the friction to 647 nm after the friction, indicating that the green light shifted into the red light as the friction occurred. The visible light was helpful to understanding the failure characteristics during the friction and wear, and provide an early indicator of the impending failure.吴红艳 ZHAO Jiayu XIE Aigen XU Linhua ZHONG Kun SHEN Tongtong 2015Journal of Wuhan University of Technology(Materials Science)2015,30,2:0
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