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随着科技的飞速发展,小角度测量技术的准确度及精度得到了很大的提升。常用的测角装置如激光干涉仪、光电自准直仪等体积庞大、造价昂贵且较难组成多维的测角系统,因此很少用于高精度的在线测量。而教授Huang P.S.提出的内反射测角法经后人不断的完善发展,具有精度高、成本低、易于组成二维测角装置的特点。本文基于光学内反射测角原理,进行二维内反射测角装置相关设计并对转换测角程序进行验证。
With the rapid development of science and technology, the accuracy and precision of the small angle measurement technology have been greatly improved. Commonly used goniometry devices such as laser interferometer, photoelectric autocollimator bulky, expensive and difficult to form multi-dimensional goniometer system, it is rarely used for high-precision online measurement. Professor Huang P.S.’s internal reflection goniophotometry method is developed continuously by posterity, which has the characteristics of high precision, low cost and easy composing two-dimensional goniometry device. Based on the principle of optical internal reflection angle measurement, this paper carries out the related design of two-dimensional internal reflection angle measurement device and verifies the conversion angle measurement program.