Wind firms ' worries echo those in the solar - power business , which is also booming but where a shortage of polysilicon has hampered growth 风能企业的担心得到了太阳能企业的共鸣，他们也处在蓬勃发展期但多晶硅的短缺制约整个产业的发展壮大。
But the disadvantage of the p - si made with this method is the existing of nickel on the film surface . this will affect the electrical performance of p - si 但此方法中存在的缺点是制备多晶硅中有镍参与，它的存在又会降低多晶硅的电学性能。
In this way , parameters are prone to control , and hydrogenation ion will not escape without high temperature . in the process of hydrogenation by pecvd 并且在后面工艺中没有高温工艺,这样就使得氢化后进入多晶硅的氢不会因为高温而逸出。
I - v testing of a single transistor has been carried out . the p - si film is prepared by ela , and electron mobility is calculated about 30cm2 / v 对用激光晶化法制备的多晶硅薄膜所制备的p - si - tft单管进行了-测试，计算电子迁移率为约30cm ~ 2 v
Prices of polysilicon have shot up in the recent past as solar cell and semiconductor companies scramble to secure supplies of the key ingredient , leading to supply constraints 多晶硅的价格飞涨,太阳能电池片和半导体公司争夺原材料,导致供应紧张
Wind firms ' worries echo those in the solar - power business , which is also booming but where a shortage of polysilicon has hampered growth 风电企业的忧虑反映了太阳能行业的忧虑：尽管太阳能行业正迅猛发展，但由于多晶硅的短缺导致了其发展受到严重阻碍。
In the paper , we introduced how to draw layout based on the standard of 0 . 6 m , 5v cmos given by csc semiconductor ltd and finish the work in candence 芯片版图的设计中采用了绿华半导体公司的0 . 6 m , 5vcmos工艺库,工艺基本特征为多晶硅栅,单层金属布线。
On the basis of metal induced crystallization ( mic ) and ela , we have proposed a new method of metal induced excimer laser annealing ( mi - ela ) 在金属诱导法制备多晶硅和激光晶化法制备多晶硅的基础上，我们提出了一种新的多晶硅晶化法?金属诱导下激光晶化法。
Zhang x d , zhao y , zhu f , et al . fabrication of high growth rate solar - cell - quality c - si : h thin films by vhf - pecvd [ j ] . chinese physics , 2004 , 13 ( 8 ) : 1370 汪六九,朱美芳,刘丰珍,等.热丝化学气相沉积技术低温制备多晶硅薄膜的结构与光电特性[ j ] .物理学报, 2003 , 52 ( 11 ) : 2934 - 2937
The performances of multicrystalline silicon solar cells were improved after porous silicon heavy phosphorous diffusion passivation and low frequency plasma hydrogen passivation 通过多孔硅重磷扩散钝化及低频等离子体氢钝化等多晶硅太阳电池晶界钝化，改善了太阳电池性能。
