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Enhancement of photoinscription process in fused silica by thermal treatment

机译:通过热处理增强熔融石英中的光敏刻印工艺

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In the past decade, fused silica glass has been a special case of interest in the field of photoinscription for integrated optics. Positive refractive index (Type 1) changes have shown importance in the photoinscribed waveguide domain. Annealing fused silica glass under glass transition temperature shows significant enhancement in refractive index which intern is useful for integrated optics. Using post-mortem phase contrast microscopy and single mode light guiding measurements on photoinscribed waveguides, we determine the influence of the thermal history on the laser-induced refractive index changes. This is a positive development in developing efficient photoinscription techniques.
机译:在过去的十年中,熔融石英玻璃在集成光学的光敏刻印领域一直是引起人们关注的特例。正折射率(类型1)的变化在光敏波导域中已显示出重要性。在玻璃化转变温度下对熔融石英玻璃进行退火显示出折射率的显着提高,这对于集成光学很有用。使用验尸相衬显微镜和光刻写波导上的单模导光测量,我们确定了热历史对激光诱导的折射率变化的影响。这是开发有效的光敏刻印技术的积极发展。

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