着重分析了短延迟情况下输出场向混沌态的过渡，讨论了此情况下不出现高阶分岔的原因，并通过详细的数值计算把短延迟与无限大延迟两种情况联系起来。
The reason for higher bifurcations having not been found in small delay time is analyaised, and the routes to chaos in both small and large delay time are connected by numerical calculation.
这些公式包容了传感器内的各种光学元件对双频左、右旋圆偏振激光束的相位延迟和偏振态改变。
These formulas cover all informations of phase delay and change of polarization states for these beams caused by all optical elements in the sensing system.
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.
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