The physical mechanism of nonlinear polarization rotation mode-locking was analyzed in theory.
理论分析了利用非线性偏振旋转效应锁模激光器的机理。
The article discusses the differences in physical mechanism of mode locking by laser pulse injection between the dispersion region at positive group velocity and that at negative group velocity.
本文阐述工作于正、负群速色散区中的光脉冲注入锁模的物理机制的区别。
In this paper, we analyse the difference between SESAM and dye, and present the initial model of the mechanism of SESAM mode-locking.
本文分析了SESAM锁模与染料可饱和吸收体锁模的区别，提出了SESAM锁模机理的初步模型。
The effects of phase bias and group velocity dispersion on mode locking mechanism are analyzed. The operating conditions for stable short pulse generation are obtained.
分析了相位偏置和光纤的色散对锁模机制的影响，获得了产生稳定超短光脉冲的条件。
The locking mechanism overcomes the defects of poor accuracy, long working period and low production efficiency of the current manual mode.
它克服了现有手工方式准确度差、劳动周期长，生产效率低等缺点。
The locking mechanism overcomes the defects of poor accuracy, long working period and low production efficiency of the current manual mode.
它克服了现有手工方式准确度差、劳动周期长，生产效率低等缺点。
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