Matlab辅助激光光学分析与应用(2014年 第三版).pdf QW6F24
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MATLAB辅助激光光学分析与应用....................................................................................................I (S0MqX*
MATLAB辅助激光光学分析与应用...................................................................................................II .x$+R%5U
作 者:刘良清..............................................................................................................................II gSEj/?
第一章 光的波动性和衍射............................................................................................................... 1 +N"A5U
1.1 MAXWELL方程组和电磁波........................................................................................................1 ?'CIt5n+\{
1.2 波动方程.......................................................................................................................................4 YKf,vHau
1.3 衍射...............................................................................................................................................5 y`:}~nUdT
1.3.1 小孔衍射................................................................................................................................6 k6ERGQ9|I
1.3.2 双缝衍射..............................................................................................................................14 _ot4HmD
1.4 波前畸变.....................................................................................................................................17 6AqHzeh
1.4.1 Zernike多项式......................................................................................................................17 YZ:YYcr
1.4.2 畸变光束的衍射..................................................................................................................20 v~q2D"
1.5 光束通过光学元件的变换.........................................................................................................24 gsI"G
1.5.1 平行光束通过透镜的聚焦..................................................................................................24 n%I%Kbw
1.5.2 高斯光束通过透镜的聚焦..................................................................................................30 -Vn9YeH+
1.5.3 自聚焦透镜..........................................................................................................................32 AnU,2[(
1.6 高斯光束.....................................................................................................................................36 Vi23pDZ5
1.6.1 高阶高斯光束......................................................................................................................36 /tc*jXB
1.6.2 高斯光束的传输变换..........................................................................................................41 F)j-D(c4
1.6.3 高斯光束的干涉..................................................................................................................45 mC
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第二章 激光谐振腔......................................................................................................................... 60 UA>~xJp=
2.1 激光谐振腔的本征方程.............................................................................................................60 dc5w_98o
2.2 无源腔的FOX-LI迭代方法.......................................................................................................60 N6cf`xye
2.3 无源腔的矩阵特征向量方法.....................................................................................................66 rK)So#'
2.3.1 平行平面腔..........................................................................................................................67 Ul^/Dh
2.3.2 双凹腔..................................................................................................................................71 _xI'p6C
2.4 基模谐振腔.................................................................................................................................78 =`xk|86f
2.4.1 高斯光束的ABCD定律与谐振腔.......................................................................................80 ]G1{@r)
2.4.2 基模谐振腔的稳定性..........................................................................................................91 `/f9
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2.4.3 基模谐振腔设计实例..........................................................................................................97 (WR&Vt4R