光纤低相干干涉技术已经被广泛用于高灵敏度的测量技术当中。
With the increasing use of optical coherence tomography, the study of the signal-to-noise ratio in low-coherence interferometry has been of increasing concern.
此传感方法可称为“低相干”或“白光”干涉测量法。
This sensing method is termed "low coherence" or "white light" interferometry.
利用FBG、EFPI和低相干性干涉信号解调方法实现了用一个传感器同时测量三个参量。
This sensor system simultaneously measures the three parameters using the method of low coherence interferometric signal demodulation combined with optical spectrum measurement of the FBG and EFPI.
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