1) unbalanced M-Z interferometer
非平衡M-Z干涉仪
1.
In this paper, the theory of FBG demodulation system based on unbalanced M-Z interferometer is introduced to set up a FBG measurement system for high frequency vibration mensurement.
为此,基于非平衡M-Z干涉仪的光纤光栅解调原理,设计了一套用于高频振动检测的光纤光栅测试系统。
2) unbalanced Mach-Zehnder interferometer
非平衡M-Z光纤干涉仪
1.
It employs the demodulation approach of unbalanced Mach-Zehnder interferometer and the dotection manner of phase compensatcon.
系统采用非平衡M-Z光纤干涉仪的解调方法和相位补偿的零差检测方式。
3) Mach-Zehnder interferometer
M-Z干涉仪
1.
Using Mach-Zehnder interferometer to quantitatively measure the refractive index of air and its theoretical discussion;
用M-Z干涉仪对空气折射率的定量测量与理论探讨
2.
The results show that triplexer chips with high tolerance and improved spectral response can be fabricated by using two-mode couplers and Mach-Zehnder interferometer.
结果表明,采用双模耦合器和M-Z干涉仪结构可以得到工艺容差性高、光谱响应优良的适用的Triplexer器件。
4) M-Z interferometer
M-Z干涉仪
1.
Detection of shift of reflective wavelength of FBG sensor demodulation system using M-Z interferometer;
利用M-Z干涉仪探测光纤光栅反射波长移动的方法
2.
According to XPM principle,the intensity of accessorial light can be altered by feedback control and the phase of the light signal from the M-Z interferometer can be modulated in a phase-locked way,thus the system phasic-difference can be locked at the point of the highest sensitivity.
在采用干涉解调的基础上依据XPM原理,采用反馈控制的方式改变辅助光强度,应用锁相方法调制M-Z干涉仪信号光相位,使系统相位差始终锁定在灵敏度最高的位置。
3.
A kind of M-Z interferometer is designed,which consists of 2×2 coupler and 3×3 coupler and is successfully applied to the demodulation of the designed fiber Bragg grating(FBG) voltage sensors.
设计了一种由2×2和3×3耦合器构成的M-Z干涉仪,并成功应用到所设计的光纤光栅电压传感器解调中。
5) non-balanced M-Z interferometer demodulation technique
非平衡M-Z干涉解调技术
6) Imbalance Michelson interferometer
非平衡Michelson干涉仪
补充资料：非律仪非不律仪
【非律仪非不律仪】
（术语）三种无表色之一。谓律仪即非善戒，不律仪即非恶戒之非戒律的善恶之无表色也。律仪为极善，不律仪为极恶，其他之善恶，善恶皆势用微劣，故称之为处中之善，处中之恶，皆为非律仪非不律仪，即非戒律的之善与恶也。(参见：无表色)
（术语）三种无表色之一。谓律仪即非善戒，不律仪即非恶戒之非戒律的善恶之无表色也。律仪为极善，不律仪为极恶，其他之善恶，善恶皆势用微劣，故称之为处中之善，处中之恶，皆为非律仪非不律仪，即非戒律的之善与恶也。(参见：无表色)
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