1) M-Z interferometry
M-Z干涉法
2) M-Z interference
M-Z干涉
1.
A positioning fiber-optic vibration sensor based on M-Z interference principle
基于M-Z干涉原理的定位式光纤振动传感器
2.
The heat transfer enhancement of gas flow in narrow-channel with a pair of embedded half-delta longitudinal vortices generators is studied by using the M-Z interference method, and the M-Z interference images focusing on the temperature field of heat convection are taken on the cases whether the vortices generators are embedded.
本文采用M-Z干涉测量的方法,研究了半三角形翼片纵向涡发生器强化换热方案对矩形通道内气体流动换热的影响,获得了安装纵向涡发生器前后对流换热温度场的M-Z干涉图像。
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) double M-Z interferometer
双M-Z干涉仪
1.
By tracking phase drift and distributing key at suitable times,the quantum key distribution based on double M-Z interferometer was performed over a fiber length of 80 km with a quantum bit-error rate of 6%,and it had been working stably for several days.
在双M-Z干涉仪系统上采用跟踪相位变化适时进行密钥分配,实现了80 km稳定的量子保密通信,误码率≈6。
6) Mach-Zehnder optical fiber interferometers
M-Z光纤干涉仪
1.
Quantum Key Distribution (QKD) system based on the two asymmetric Mach-Zehnder optical fiber interferometers is easily influenced by the external environmental interference, which causes phase excursion.
基于非等臂双M-Z光纤干涉仪的量子密钥分发系统,这种量子密钥分发系统容易受到外界环境的干扰导致相位漂移,而干涉的稳定性直接关系到密钥分发的误码率。
补充资料:单光束散斑干涉法
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