van der Graaf W A, Pesquera L, Lenstra D
Opt Lett. 1998 Feb 15;23(4):256-8. doi: 10.1364/ol.23.000256.
An exact analysis is presented of the steady-state stability of a semiconductor laser subjected to feedback from a phase-conjugate mirror. Reduced stability occurs at low feedback whenever the effective external delay time is an integer multiple of the relaxation oscillation period. The role of a finite response time of the mirror is to enhance drastically the steady-state stability.
对受相位共轭镜反馈作用的半导体激光器的稳态稳定性进行了精确分析。当有效外部延迟时间为弛豫振荡周期的整数倍时，在低反馈情况下会出现稳定性降低。镜的有限响应时间的作用是极大地增强稳态稳定性。
