A novel method, which USES verifying block to verify the system error of 3d body measurement apparatus based on structured light fringe projecting, is mentioned in this paper.
提出了一种使用校验块的新方法，用来校验基于结构光条纹投射的三维人体测量仪的系统误差。
For an ideal coherent light, the chief factor that affects fringe visibility is light intensity.
对于理想的相干光，影响干涉条纹可见度的主要因素是光波的光强。
The experiment device is simple, the sensitivity is very high and color fringe patterns is obtained by white light reconstruction.
实验光路简单，灵敏度高，可用白光再现获得彩色条纹。
Recording the interference fringe produced from two coherent light beams by use of photoresist is a key process in manufacturing a holographic grating.
由光致刻蚀剂记录两束相干光干涉条纹是制作全息光栅的关键步骤。
The light reflected from these surfaces recombines and a fringe interference pattern is formed.
从样品表面反射的光线通过再结合，就产生了干涉图案。
The light reflected from these surfaces recombines and a fringe interference pattern is formed.
从样品表面反射的光线通过再结合，就产生了干涉图案。
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