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ADVANCED EXCIMER LASER ANNEALING FOR THIN FILMS

机译:薄膜的高级准分子激光退火

摘要

This disclosure Si for large displays with a sudden increase in the effective crystallization rate to crystallize the film next generation laser relate to crystallization approach . Specific technique provided in this aspect of the disclosure enhanced the excimer - laser annealing referred as (AELA) method , which can use a variety of available and proven technical components to be easily configured to produce the large OLED TV. As with ELA, it is , however , after all the same with a laser source of the crystallization than that of the conventional ELA technique effective rate portion that can achieve 10 times higher increase in the - / near- full - melting - system - based approach is crystallized . ;
机译:本公开的用于大型显示​​器的Si的有效结晶速率突然增加,以使薄膜下一代激光器结晶,这涉及结晶方法。在本公开的该方面中提供的特定技术增强了准分子-激光退火(AELA)方法,该方法可以使用各种可用的和经过验证的技术组件来轻松配置以生产大型OLED TV。然而,与ELA一样,与传统的ELA技术相比,使用激光结晶的光源毕竟是一样的,有效率部分可以使基于-/接近完全熔化的系统提高10倍的增长。方法是明确的。 ;

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