van Tartwijk G H, van der Linden H J, Lenstra D
Opt Lett. 1992 Nov 15;17(22):1590-2. doi: 10.1364/ol.17.001590.
A single-mode diode laser subject to reflections from an externally pumped phase-conjugate mirror is theoretically investigated by using a rate-equation approach. In the phase plane defined by the amount of feedback and the frequency detuning between diode laser and phase-conjugate mirror, we found an island of locked steadystate behavior, surrounded by another type of steady-state behavior, referred to as the frequency-difference solution, and a region of self-pulsating relaxation oscillations.
采用速率方程方法对受外部泵浦相位共轭镜反射影响的单模二极管激光器进行了理论研究。在由反馈量以及二极管激光器与相位共轭镜之间的频率失谐所定义的相平面中，我们发现了一个锁定稳态行为的岛状区域，其周围是另一种稳态行为，称为频差解，以及一个自脉动弛豫振荡区域。
