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8篇 您的检索式:作者名="Ted Guo"
    题名 作者 年代 出处 被引量
1Crystallization behavior of sprayformed and melt-spun A189La6Ni5 hybrid composites with amorphous and nanostructured phases显示文摘Ted Guo M L Tcao Chi YA 2005Materials Science and Engineering A2005,404,:1
2Tribological behavior of a- luminum/SiC/nickel-coated graphitehybrid composites显示文摘Ted Guo M L Tsao Chi-Y A 2002Mate- rials Science and Engineering2002,333,:1
3A unified stability analysis of meshless particle methods 显示文摘Belytschko Ted Guo Yong Liu Wing Kam 2000International Journal for Numerical Methods in Engineering2000,48,:1
4Tribological behavior of self-lubricating aluminium/SiC/ graphite hybrid composites synthesized by the semi-solid powder-densification method显示文摘Ted? Guo M L Tsao C Y A 2000Composite Science and Technology2000,60,:1
5A unified stability analysis of meshless particle methods 显示文摘Ted Belytschko Yong Guo Wing Kam Liu Shao Ping Xiao 2000International Journal for Numerical Methods in Engineering2000,48,:1
6Tribological behavior of aluminum/ SiC/nickel-coated graphite hybrid composites 显示文摘Ted Guo M L Chi-YA Tsao 2002Materials Science and Engineering2002,,333:1
7The effect of wind averaging time on wind erosivity estimation显示文摘Zhongling Guo Ted M. Zobeck John E. Stout Keli Zhang 2012Earth Surf Process Landforms2012,,7:1
8Pyramid size control and morphology treatment for high-efficiency silicon heterojunction solar cells显示文摘This paper investigates the formation process of surface pyramid and etching characteristics during the texturing process of mono-crystalline silicon wafers. It is found that there is an etch rate transition point in alkaline anisotropic etching when{100} plane-dominated etch turns to {111} plane-dominated etch, and the pyramid size has a strong linear correlation with the etch amount at the transition point. Several techniques were developed to control the pyramid size by monitoring and adjusting the etching amount. A wide range of average pyramid sizes were successfully achieved, from 0.5 to 12 μm. The experiments of the pyramid size on the light reflectance, the minority carrier lifetime(MCLT), and the performance of silicon heterojunction(SHJ)solar cells were carried out and analyzed. A desirable range of pyramid sizes was empirically determined by our investigation. In order to reduce the density states on the texturing surface, the wet-chemical smoothing treatment was also investigated. The smoothing treatment improves the passivation quality and the performance of the solar cells. Through pyramid size control and morphology treatment, together with the amorphous silicon(a-Si:H) deposition improvement, and electrode optimization, high performance of SHJ solar cells has been achieved, up to conversion efficiency 23.6%.Xiaorang Tian Peide Han Guanchao Zhao Rong Yang Liwei Li Yuan Meng Ted Guo 2019Journal of Semiconductors2019,40,3:0
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