2012太阳能及技术大会

地点:	美国 加利福尼亚 圣地亚哥	电话: +1 360 676 3290 传真: +1 360 647 1445 电邮: CustomerServiceSPIE.org
网站:	spie.org/x13194.xml

开始日期:

2012年08月12日

结束日期:

2012年08月16日

焦点:

光伏

覆盖范围:

国际

上次展会参展商数:

举办次数:

上次展会参观人数:		小型展位价格/m2:
上次会议与会人数:		与会费用:

说明:	Ⅰ. Introduction: In order for solar energy technology to reach its full potential, improvements in device efficiency and performance must be coupled with reduction in fabrication costs. The industry relentlessly seeks technologies that offer streamlined and flexible solar device production by replacing or eliminating costly conventional processing steps. Laser material processing technology--in many forms--promises to satisfy this need for many steps along the value chain. The precise control of energy deposition afforded by lasers enables them to ablate material, pattern thin films, texture surfaces, diffuse dopants, fuse electrical contacts, anneal, crystallize, and more. The interest in application of laser material processing in the solar industry is fueled by both the range of potential applications, but also by the rapid pace of innovation realized by laser system developers over the last decade, with no end in sight. The focus of the conference is to bring together scientists, engineers, and industry representatives to share and discuss the myriad of developing laser material processing technologies that improve the performance and reduce the manufacturing cost of solar energy devices. Ⅱ. Papers are Solicited in the Areas of: ● Laser Material Interactions modeling and simulation of laser interactions with materials of interest in the solar industry characterization of material effects caused by laser interaction. ● Laser Ablation cutting and scribing edge isolation thin film ablation / laser patterning surface texturing grooves drilling. ● Laser Doping laser-doped shallow emitter laser-doped selective emitter characterization of material and electrical properties of laser doped emitters. ● Laser Fired Contacts laser processing parameters for firing of contacts in different material systems characterization of material and electrical properties of LFCs. ● Laser Sources and Systems new laser source technology for solar energy devices new laser optics and beam delivery for solar energy devices new laser beam automation, scanning, and system technology for solar energy devices. ● Other Laser Processes laser crystallization pulsed laser deposition laser chemical vapor deposition laser nanoparticle thin film deposition laser-based inspection technologies laser glass cutting laser welding/soldering of cell and module components laser welding of dissimilar materials.
最后更新:	2012年02月07日

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