Page 317 - High Power Laser Handbook

286 So l i d - S t at e La s e r s Heat-Capacity Lasers 287

1
NODAL SOLUTION AUG 19 2005
TIME=5 MN 11:27:11
SXY (AVG)
RSYS=0
DMX =.008275
SMN =–.171E+09
SMX =.153E+09

Y
X
Z

MX

–.600E+08 –.359E+08 –.119E+08 .122E+08 .362E+08
–.480E+08 –.239E+08 156250 .242E+08 .500E+08
Figure 11.20 Contours of the x–y shear stress for the temperature
distribution in Fig. 11.18. Scale units are dynes per centimeter squared;
divide by 10 to get megapascals.
7

3.84
4
6 4 3.45
3.07
Total phase variation 2 y 2 0 Total phase variation 2.69
3
2.30
1.92
−2
1
1.15
−4 1.53
0.77
0 −6
6 6 0 2 4 6 0.38
4 4 −6 −4 −2
2 2
0 0 x
y −2 −2 x 0.00
−4 −6 −6 −4
Lineouts thru midpoint Statistics: Dump title: 10 cm × 10 cm × 2 cm slab
3.0 x Amplitude: OPL: State = 9; Time = 5.0000e+00;
y P−V = 3.836e+00 Date = Tue Aug 2 13:46:22 2005;
2.5
Total phase variation 2.0 AVG = 1.267e+00 OPLPLOT: Version = 03.01
Version = 03.31
RMS* = 7.510e−01
Date = Tue Aug 16 12:31:29 2005
Gradient:
1.5
Plot Date: Tue Aug 16 12:31:29 2005
Max = 2.099e+00
RMS = 7.479e−01
1.0
*about mean value
0.5
0.0
−6 −4 −2 0 2 4 6
Distance
Figure 11.21 Total wavefront phase for slab 1 at t = 5 s.