white light interferometry 白光干涉 ; 白光干涉法 ; 白光干涉术
scanning white-light interferometry 扫描白光干涉术
scanning white light interferometry 扫描白光干涉法
differential white light interferometry 差分白光干涉
scanning white light interferometry method 扫描白光干涉法
Fiber optic white-light interferometry(WLI) possesses a considerable advantage with regard to the ability to provide absolute and unambiguous measurement,comparing to laser interferometry.
与激光干涉测量技术相比,光纤白光干涉(WLI)测量术一个最大的优势是能够绝对测量静态的物理参数。
参考来源 - 光纤白光干涉测量术新进展The location of the zero optical path difference is one of the key factors in scanning white-light interferometry. The measuring principle of scanning white-light interferometry is introduced.
干涉条纹零光程差位置的确定是扫描白光干涉测量的关键技术之一。
参考来源 - 扫描白光干涉测量技术的算法比较·2,447,543篇论文数据，部分数据来源于NoteExpress
以上来源于: WordNet
Scanning white-light interferometry for 3D surface topography has a wide application.
白光扫描干涉法在三维表面形貌的测量中有着广阔的应用前景。
Compared to the limited measuring range of traditional white light interferometry, the maximum distance can be extended to arbitrary length.
相对于传统白光色散干涉技术的有限测量范围，最大测量距离可以扩展到任意长度。
This sensing method is termed "low coherence" or "white light" interferometry.
此传感方法可称为“低相干”或“白光”干涉测量法。
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