The effect of the quantization of the fringe intensity on the phase error in phase shifting measurement is formulated.
对相位移测量技术中的条纹强度量化所引起的相位误差进行了定量研究。
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。
On the basis of structure design of optical system and parameter option of optical components, the visibility of interference fringe with zero background intensity is optimized.
通过对光学干涉系统结构设计和元件参数选择，最大限度地优化了干涉条纹的可见度，并设计出零背景光强标准硅球直径精密测量系统。
The intensity distribution on a screen from dark to bright to dark again is called an interference fringe.
屏幕上的强度分布，从暗到亮再到暗，叫做一条干涉条纹。
The reason of the fringe inclination results from the nonlinear phase in signal intensity impacted by feedback.
造成信号倾斜的原因是由于高反馈强度下引起的非线性相位调制了输出信号强度。
The reason of the fringe inclination results from the nonlinear phase in signal intensity impacted by feedback.
造成信号倾斜的原因是由于高反馈强度下引起的非线性相位调制了输出信号强度。
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