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METHOD FOR PRODUCING PLANO-CONVEX TERAHERTZ OPTICAL ELEMENTS FROM SILICA-BASED OPAL

机译:从二氧化硅的蛋白石生产平面凸三赫兹光学元件的方法

摘要

FIELD: optical elements production.;SUBSTANCE: invention relates to the method for producing plano-convex terahertz optical elements from silica-based opal consists in obtaining a workpiece by sedimentation of amorphous silica particles in a container, drying and sintering annealing at temperatures from 900 to 1200°С. The bottom of the container has a concave shape inverted to the shape of the convex surface of the element, the mass of particles in the container is taken equal to or greater than the mass of particles forming an element of a given shape, the diameter of the container is 1.03 - 1.27 times the diameter of the element. The convex surface of the element can consist of inclined edges and/or cones, the angles of the edges and the generatrix of the cones of the container bottom are equal to the corresponding corners of the finished element, or the convex surface of the element can be part of a sphere, the diameter of the corresponding spherical surface of the container bottom is 1.03 - 1.27 times larger than the surface diameter of the finished element.;EFFECT: increasing productivity of obtaining optical elements of the THz range and increasing the yield of the usable one.;3 cl, 3 dwg, 1 tbl, 2 ex
机译:领域:光学元件生产。物质:发明涉及一种从基于二氧化硅的蛋白石的平面凸的太赫兹光学元件的方法,包括通过容器中的无定形二氧化硅颗粒的沉淀而获得工件,在900的温度下干燥和烧结退火。到1200°С。容器的底部具有朝向元件的凸表面的形状倒置的凹形形状,容器中的颗粒的质量等于或大于形成给定形状的元件的颗粒的质量,直径该容器为1.03-1.27倍元素的直径。元件的凸起表面可以由倾斜边缘和/或锥体组成,所处的边缘的角度和容器底部的锥体的角度等于成品元件的相应拐角,或者元件的凸起表面是球体的一部分,容器底部的相应球面的直径为1.03-1.03-1.27倍,比成品元件的表面直径大。效果:提高获得THz范围的光学元素的生产率并增加产量可用的。3 Cl,3 dwg,1 tbl,2前

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