1) dual-pulse addition digital speckle pattern interferometry
双脉冲散斑干涉
1.
Due to facility and practicability,spatial carrier phase-shifting method is used in dual-pulse addition digital speckle pattern interferometry.
空间载波相移法因其简单性和实用性,被应用于双脉冲散斑干涉测量中。
2) pulsed carried ESPI
脉冲载波电子散斑干涉
3) speckle interferometry
散斑干涉
1.
Research of white-light stroboscopic speckle interferometry;
白光频闪散斑干涉术的研究
2.
In this paper, the experiments for two kinds of glass fiber epoxy laminates is carried out by using speckle interferometry.
采用散斑干涉法，对两种铺层方式的环氧基玻璃纤维层合板的弹性模量、泊松比和应力－应变曲线进行了实验研究。
3.
A new method for measuring 3 D displacement by separating technique with microholography and speckle interferometry is reported.
提出了显微像面全息和散斑干涉分离术测试三维位移的新方法，并应用该技术对裂纹尖端附近的位移及应变场进行了测试和计算。
4) Speckle pattern interferometry
散斑干涉
1.
When the speckle interferometry or the electronic speckle pattern interferometry (ESPI) is applied to measure the continuous movement or the deformation of an object, the temporal speckle patterns can be recorded.
散斑干涉或电子散斑干涉计量应用于连续运动或变形物体时 ,就会产生一个时变的散斑干涉场。
2.
The correlation fringes obtained by traditional methods in digital speckle pattern interferometry are severely contaminated by speckle noise,which results in a low signal-to-noise ratio in fringes.
为了避免数字散斑干涉计量中传统相关条纹表征方法因散斑噪声严重导致信噪比较低的问题,根据交叉熵的基本概念和对散斑干涉计量过程状态变化信息表征基本原理的分析,提出了一种新的相关条纹图生成方法———交叉熵法。
5) double-field-of-view ESPI
双视场电子散斑干涉
1.
The double-field-of-view ESPI system has been presented in this paper and employed to measure the macro-scale and micro-scale deformations of the tested object simultaneously.
本文应用双视场电子散斑干涉技术,实现了对被测对象表面的全场变形和局部微观场变形的同时实时检测。
补充资料：双光束散斑干涉法
见散斑干涉法。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条