This work is devoted to the development of diffractive and quasidiffractive optical elements characterized by the microrelief height ranging from several microns up to 180 $mu@k. The technology of the synthesis is based on a novel physical phenomenon of the substance mass-transfer taking place in liquid photopolymerizable compositions (LPC). Using the proposed method, we fabricated and tested the focusators of laser radiation with a microrelief height of 7.5 $mu@k and the raster elements with quasidiffractive microlenses for the white light.
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机译：这项工作致力于开发衍射和QuAsidiffraction光学元件，其特征在于微观高度，从几微米高达180 $ MU @ K。合成技术基于在液体可光聚合组合物（LPC）中进行的物质传质的新物理现象。使用该方法，我们制造和测试了激光辐射的聚焦器，微观高度为7.5 $ MU @ K和带有Quasidiffractive Microlense的白光的光栅元件。
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