| 独钓寒江 |
2011-07-09 00:29 |
如何计算二级光谱色差
求教：如何计算一双胶合显微物镜的二级光谱色差，具体步骤什么 QA"mWw-Ds
]>_Ie?L)<
下面这些数据分别表示什么，麻烦高手解答，小弟在此谢过 7#pu(:T$
9V/:1I0?&0
Listing of Aberration Coefficient Data vj#Y /B
6 {j}Z*)m
File : C:\Program Files\ZEMAX\Samples\text.ZMX A8jj]J+
Title: NW%u#MZ[h
Date : SAT JUL 9 2011 Nk
~"f5q7
V'Z Z4og
Wavelength : 0.6563 祄 9snc
*<
Chief Ray Slope, Object Space : 0.0875 lKT<aYX
Chief Ray Slope, Image Space : 0.0854 4 n5r<?rY
Marginal Ray Slope, Object Space: 0.0512 > 3SZD
Marginal Ray Slope, Image Space : -0.1001 r0'6\MS13
Petzval radius : -62.3206 %V;B{?>9zB
Optical Invariant : 0.5687 +#@)C?G,TF
Seidel aberrations are only accurate for axial symmetric spherical and conic surfaces. sc)}r_|g
WJ[ybzV j
Seidel Aberration Coefficients: SSH 1Ge5|
xZc].l6
Surf SPHA S1 COMA S2 ASTI S3 FCUR S4 DIST S5 CLA (CL) CTR (CT) UZD Xv=r|
STO 0.032790 0.011179 0.003811 0.003602 0.002527 -0.009419 -0.003211 XUK!1}
2 -0.044893 0.004083 -0.000371 -0.000616 0.000090 0.022365 -0.002034 RASPOc/]
3 0.025448 -0.009592 0.003615 0.002203 -0.002193 -0.014249 0.005371 }Kt1mm o:`
IMA 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 PYhRP00}M
TOT 0.013345 0.005670 0.007055 0.005189 0.000424 -0.001304 0.000125
|08'd 5
7,BULs \g
Seidel Aberration Coefficients in Waves: -+) 06BqF}
yZc_PC`
Surf W040 W131 W222 W220 W311 W020 W111 +J;T = p
STO 6.245362 8.516651 2.903488 1.372048 1.925369 -7.176397 -4.893141 ,)beK*Iw
2 -8.550613 3.111086 -0.282987 -0.234568 0.068414 17.038975 -3.099762 )&pcRFl
3 4.846965 -7.307652 2.754393 0.839259 -1.670848 -10.856235 8.183842 zxhE9 [`*e
IMA 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 X={Z5Xxr"
TOT 2.541714 4.320085 5.374894 1.976739 0.322935 -0.993658 0.190939 |%~Zo:Q<$>
+B#+'
Transverse Aberration Coefficients: Spm7kw
E# A%aLp0E
Surf TSPH TSCO TTCO TAST TPFC TSFC TTFC TDIS TAXC TLAC i+XHXpk
STO 0.27053 0.09223 0.27669 0.06289 0.02972 0.06116 0.12404 0.02085 0.15543 0.05299 P+2@,?9 #
2 -0.73725 0.06706 0.20118 -0.01220 -0.01011 -0.01621 -0.02841 1.47E-003 -0.73456 0.06682 tsf)+`vt
3 0.12715 -0.04792 -0.14377 0.03613 0.01101 0.02907 0.06520 -0.01096 0.14239 -0.05367 !QXPn}q^0
IMA 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 -0.00000 -0.00000 L,7+26XV"B
TOT 0.06667 0.02833 0.08499 0.07050 0.02593 0.06118 0.13167 2.12E-003 0.01303 * (5\VOCT>4%
LEn+0^hX
Longitudinal Aberration Coefficients: #[B]\HO
X :wfmb
Surf LSPH LSCO LTCO LAST LPFC LSFC LTFC LDIS LAXC LLAC 6(=>!+xpRr
STO 6.89288 2.34991 7.04974 1.60226 0.75715 1.55828 3.16054 0.53125 -3.96022 -1.35012 <Y"h2#M "
2 -39.10738 3.55724 10.67173 -0.64714 -0.53642 -0.85999 -1.50713 0.07823 38.96503 -3.54429 QTLGM-Z
3 1.27052 -0.47888 -1.43665 0.36100 0.11000 0.29050 0.65150 -0.10949 -1.42286 0.53630 6U(M HxY
IMA 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 0.00000 A(v5VvgZE
TOT 0.66625 0.28310 0.84931 0.70445 0.25908 0.61130 1.31576 0.02116 -0.13023 0.01251 ~|kSQ7O^
=b_/_b$q
Wavefront Aberration Coefficient Summary: '5;
/V
1wTPT,k
W040 W131 W222 W220P W311 W020 W111 EgB$y"fs
TOT 2.5417 4.3201 5.3749 1.9767 0.3229 -0.9937 0.1909 + rN&@}Jt.
8lZB3 p]X
W220S W220M W220T -)E
nr6
TOT 4.6642 7.3516 10.0391
|
|