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How to create them and optical lithography for distributed control optical crystal for optical lithography that utilizes the short-wavelength light than 160nm

机译:如何创建它们以及用于光刻的分布式控制光学晶体的光刻技术,该分布式控制光学晶体利用短波波长大于160nm的光

摘要

The present invention provides fluoride lens material crystals for VUV optical lithography systems and processes. The invention provides a fluoride optical lithography crystal for utilization in below 200 nm photolithography methods, for example 157 nm optical microlithography elements which manipulate below 193 nm optical lithography photons. The invention particularly pertains to mixed metal fluoride crystals; for example crystals comprised of an alkali metal fluoride and an alkaline earth metal fluoride; crystals comprised of a first alkaline metal fluoride and a second alkaline earth metal fluoride in which the two metals are different; and crystals comprised of an alkaline earth metal fluoride and lanthanum fluoride.
机译:本发明提供了用于VUV光刻系统和工艺的氟化物透镜材料晶体。本发明提供了用于低于200nm的光刻方法的氟化物光刻晶体,例如在低于193nm的光刻光子下进行操作的157nm的光学微光刻元件。本发明尤其涉及混合的金属氟化物晶体。例如由碱金属氟化物和碱土金属氟化物组成的晶体;由第一碱金属氟化物和第二碱土金属氟化物组成的晶体,其中两种金属不同。以及由碱土金属氟化物和氟化镧组成的晶体。

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