相对该方法的随机误差10（-5），无论线偏振器位于反射光路或入射光路中，由它产生的折射率测量误差均可忽略不计。
Compared to the measurement random error (rms ) of the order of 10(-5), the total systematic error caused by the errors mentioned above can be neglect.
从理论上证明了在具有随机耦合的单模光纤中，偏振度并不随光纤总长度的增加而趋向于零。
The degree of polarization (DOP) in a single-mode fiber with random mode coupling has proved to be impossible to approach zero with increasing fiber length.
光信号在光纤中传输时，其偏振状态发生随机变化，因此偏振不敏感成为光纤通信系统的光器件的重要要求。
When optical signal propagates in fibers, its polarization varies randomly; so the insensitivity on polarization becomes important requirement in optical communication system.
非偏振分束立方体地接纳千里镜输出执行鲍勃地随机选择地极化状况丈量： 程度 （H）或为-45度。
A non-polarizing beam-splitting cube at the output of the receive telescope performs Bob's random choice of polarization state measurement: either horizontal (H), or –45 degrees.
光纤的随机双折射效应可导致脉冲无规展宽即偏振模色散(PMD)。
Randomly varying birefringence in optical fiber can lead to pulse broadening, corresponding to polarization-mode dispersion (PMD) effect.
PMD问题的最大困难在于差分群延迟(DGD)和偏振主态(PSP)变化的随机性。
The difficulty of solving PMD lies in its randomness of differential group delay (DGD) between the principal states of polarization (PSP) and the change.
最后，我们模拟并讨论了两束超强圆偏振激光脉冲对等离子体中电子的随机加速问题。
Finally, some simulations and discussions on stochastic acceleration of electrons in plasma with two ultra intense circularly polarized laser pulses have been done.
最后，我们模拟并讨论了两束超强圆偏振激光脉冲对等离子体中电子的随机加速问题。
Finally, some simulations and discussions on stochastic acceleration of electrons in plasma with two ultra intense circularly polarized laser pulses have been done.
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