Abstract: The purpose of program is researching the green laseramorphous silicon (a-si) solar cells materialprocessing system and the technology of processing. Thea-si cells absorption spectrum peak due to lightwavelength is near 0.55 $mu@m region, which is veryclosed to 0.53 $mu@m wavelength, the second harmonicgeneration of 1.06 $mu@m Nd:YAG laser. Using nonlinearcrystal frequency doubled and Q-switch modulatingtechnology, we can obtain more than 10 W 0.53 $mu@mlaser power.!3
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机译：摘要：该程序的目的是研究绿色激光非晶硅（a-si）太阳能电池材料处理系统和处理技术。由于光波长而导致的Thea-si细胞吸收光谱峰值接近0.55μm@ m区域，非常接近0.53μm@m波长，是1.06μm@mNd：YAG激光器的二次谐波。使用非线性晶体倍频和Q开关调制技术，我们可以获得超过10 W 0.53 $ mu @ mlaser的功率!! 3
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