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POLARIZATION METHOD OF MEASUREMENT OF DIFFERENCE OF REFRACTIVE INDICES AND GEAR FOR ITS IMPLEMENTATION

机译:测量折光指数和齿轮差的极化方法及其实现

摘要

FIELD: polarization differential refractometry. SUBSTANCE: gear measuring difference of refractive indices has source of radiation polarized linearly, optical prism unit with three prisms 2,3,4 and gaps 5,6 between center 3 and extreme prisms which are used as vessels for examined liquids and analyzer-register. Normals of contacting faces of center prism are not located in one plane. Gaps 5,6 between prisms 2,3 and 3,4 are filled with examined liquids. One of them has known refractive factor. Examined substances are placed in sequence. Polarization plane of initial radiation on to input face of prism 2 is located at angle α, predominantly 45 deg, with respect to first incidence plane. Incidence planes of beam on to substances are mutually perpendicular. Light passing prism unit hits polarization analyzer-register fixing change of azimuth of light polarization enabling difference of refractive indices of substances to be determined. EFFECT: simplified design of circuitry of gear, increased measurement accuracy. 2 cl, 3 dwg
机译:领域:偏振微分折光仪。物质:测量折射率差的齿轮具有线性偏振的辐射源,具有三个棱镜2、3、4以及中心3与极限棱镜之间的间隙5,6的光学棱镜单元,这些棱镜被用作检查液体和分析仪对位的容器。中心棱镜的接触面法线不在一个平面上。棱镜2,3和3,4之间的间隙5,6充满了检查过的液体。其中之一具有已知的折光率。被检查的物质按顺序放置。相对于第一入射平面,入射到棱镜2的输入面上的初始辐射的偏振平面位于角度α处,主要是45度。光束入射到物质上的入射平面相互垂直。通过棱镜单元的光撞击偏振分析仪,对准偏振光方位角的固定变化,从而可以确定物质的折射率差异。效果:简化了齿轮电路设计,提高了测量精度。 2 cl,3 dwg

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