| infotek_tw |
2008-04-07 14:26 |
《FRED 快速学习手册》-书籍目录
《FRED 快速学习手册》-书籍目录 B*&HQW *u
s_ 4y^w]aX
1 马克苏托夫望远镜系统设计(Maksutov Telescope Example) 4o ,G[Cf_
cg).b?g
本章节将介绍FRED软件和熟悉操作接口 $b`~K M O
Rg\D-F6:
l The goal of this example is to make the user familiar with FRED’s interface Bhg ,P.7
'@G=xYR
1.1 使用透镜和面镜Using lenses and mirrors u}eLf'^ZCe
<Wa7$ h F
1.2 定义使用者的对象Defining custom elements -W.bOr
h)pYV>!d
1.3 在不同的坐标系定义组件的位置Specifying the location of elements in different coordinate systems e!oL!Zg
E@CK.-N|
1.4 简单光源的设定Setting up a simple source ,lb >
PsO>&Te 2
1.5 光线追迹Raytracing |{9&!=/qf
6~t j"34_
1.6 光斑图的模拟结果Calculating a spot diagram Zr|z!S?aSC
l9vJ]
2 反射罩与积分柱应用(Reflector and Integrator Example) h%8C_m A
P]<15 l
本章节将指导如何操作FRED及利用线段建立光学组件 d]+2rt}]hL
> K s.
l The goal of this example is to make the user familiar with FRED’s interface as well as introduce curve-based geometry @YHt[>*S
MoC@n+Q+@
2.1 定义自定对象Defining custom elements {4YD_$4W
L1 7{W4
2.2 建立线段，并利用此线段制作一个3D的光学积分柱Defining curves that get extruded to create a 3D structure 80 "oT'ZFh
P0ZY;/e5h
2.3 建立光源Setting up a volume emitter source 4M PR
(o518fmR
2.4 修改追迹时光线显示颜色Changing ray color during raytrace Wp(R w4j
{+jO/ZQu5
2.5 建立多个分析面Multiple analysis surfaces 9O|k|FD
e`bP=7`0
2.6 光照度及光强度分析Calculating irradiance and intensity distributions 1{ .5X8y1x
N4$ K {
2.7 光线路径分析Ray path calculations $/ "QYSF
",P?jgs^g5
3 干涉模拟(Interferometer Example) &x)n K
j Q3&4>g j
本章节课程将会指导使用者如何利用FRED进行同调光源设定及观察光干涉效应。 Nn-EtM0w
_3zJ .%
l The goal of this example is to introduce coherent calculations in FRED 9{CajtN
m ;{(U Z
3.1 定义棱镜Defining prisms Sv t%*j
W<T
Ui51Y
3.2 定义镀膜特性Defining coatings
[
@9a
,jdTe?[*^
3.3 定义组合件Defining subassemblies 7}puj%JS
/
l`r O)7
3.4 使用off-the-shelf 对象Using “off-the-shelf” components ~mC>G 4y$a
}#phN n6
3.5 设定同调光源Setting up a coherent source [ i8Ju
cf%aOH YI*
3.6 照度图Calculating irradiance distributions 1^tM%2rP'
T TD#ovo'
3.7 强度图显示设定Irradiance display options d "OYq
'tJxAD K
3.8 在三维实体显示窗口贴上照度图Attaching irradiance calculations to 3d rendering view *r|Zbxf(
?G 'sb}.
3.9 数据汇出到档案Writing data to output file mNKcaM?h
+zZ]Txb(
4 孔径及削切的应用 c p2a @
g1I8_!}~
本章节将会只由简入深让使用者学会操作，Aperture的功能使用 WXd#`f %
d#|%h]
6
l The goal of this example is to demonstrate simple and complex apertures in FRED JfR qOEP4Y
dpcU`$kt
4.1 孔径的数值修改Trimming volumes as apertures RmJ |g<
Uj^Y\w-@Z
4.2 表面利用削切功能变化Trimming surfaces 7ea%mg \
py$i{v%
4.3 “And”及 “OR”等布尔代数指令建立复合式的孔径“And”ing and “OR”ing operations to make complex apertures &"DD&87N%
NL &![;
4.4 线段与表面的削切功能的结合应用Trimming (collection) curves @./ @"mR<
pER[^LH_)
4.5 使用线段进行削切去建立三维的光学结构Extruding trimming curve to create 3D structure c3( 0BSv
\-D[C+1(
5 进阶光学结构设计实例(Custom Elements Example) =yZ6 $ hK
C:z7R" yj
本章节将指导大家自定对象的各种进阶功能的使用与操作 &Z%'xAOGR
dQ
Lo,S8(
l The goal of this example is to demonstrate the use of custom elements z`sW5K(A
y\R-=Am".
5.1 将透镜模型的表面修改，成为变化性更高的表现方式 Replacing the surface of a lens with a more complex surface type pV*d"~T
(dP9`Na]
5.2 将透镜对象形式转化为自定对象形式Converting a lens element into a custom element S e |h]+G
oxLO[js
5.3 如何将透镜转化为曼金镜Converting a lens into a Mangin mirror _ygdv\^Tet
BirnCfj/2
5.4 定义多层镀膜教学 Defining multilayer s8SCEpz
Y4N)yMSl"
5.5 理想化表面镀膜及多层镀膜的差异Difference between idealized coating and thin film coating ]F #0to
?ZYj5[op,H
5.6 利用二个方立方体透镜建立分光棱镜实例Using a cube beamsplitter as a generic block of glass AmK g;9LS
#J ~xKyJi'
5.7 在二个立方体间建立胶合参数教学Gluing two blocks of glass together f!G%$ ?]
vy5I#q(k
5.8 受抑内全反射Frustrated total internal reflection (FTIR) -BH T'zq1S
S2?)Sb`
6 准直雷射平台设计(Laser Diode Collimator Example) QB*n
[(?
Y#FSU# a$<
本课程将指导如何建立准直雷射平台 } [OEtd{
{6iHUK
l The goal of this example is to demonstrate complex setup techniques 06I(01M1
!L)yI#i4C
6.1 由镜头设计软件的档案汇入镜头档案数据Importing lenses from lens design programs jV' tcFr4
0oo_ m6ie&
6.2 建立一个具有发散角度的雷射光源Using astigmatic laser diode models G{0f*
cH)
qWJa p-hb
6.3 复制组合件Copying subassemblies `[~LMV&2 U
r@ba1*y0
6.4 建立偏极化分光镜Defining a polarization beamsplitter H%;pPkIi
L0 8" 8\
6.5 定义光学石英材质参数Defining an optically active material 9`!#5i)VU8
lr$,=P`
6.6 建立半波片Constructing a halfwave plate 2ZKy7p0/
TSj)XU {W
6.7 计算光学场Calculating the optical field p7[&H /
A/.z. K
7 图片离散取点功能教学(Digitizing) ~e=KBYDBu
Pz-=Eq
本课程的将介绍FRED的各个功能如何应用digitizing 操作及应用 RY*yj&?w [
10 *^
l The goal of this example is to demonstrate digitizing data plots and drawings in FRED hroRDD
fa,;S w
7.1 利用图片离散取点来建立穿透/反射的 coating 参数Digitizing coating transmission/reflection plots \oO &c
mWuhXY^Q
7.2 利用图片离散取点快速建立三维模型Digitizing drawings 'h 7n}
f0g&=k{OD
7.3 利用图片离散取点快速建立多波长光源Digitizing spectral weighting for a source n;k
B_i*l
]CgZt' h{
7.4 利用图片离散取点建立随波长变化对应不同折射率的材质特性参数Digitizing refractive indices +'UxO'v3]
$'b b)@_
8 3件组透镜设计案例(Triplet Example) BA_l*h%=Cc
%Gm4,+8P3o
本课程将利用三件式透镜组为主题，为大家介绍FRED如何模拟现实状况下的各种分析方式 8\[qR_LV
3,Bm"'b6
l The goal of this example is to demonstrate various aspects of “real world” analyses 3A el
j4h?"
8.1 如何由透镜设计软件汇入透镜模块Importing lenses from lens design programs cX5t x]
{ =_xze)
8.2 在FRED中建立多波长光源Setting multiple polychromatic sources e_Q(l'f
DIh[%
8.3 如何建立序列式描光路径进行近轴分析Using sequential paths in paraxial analyses Og kb N`
K_V$ ktL
8.4 同时在多个表面加入材质参数或表面膜层参数Defining multilayer coatings T7Yg^ -"
42 Sk`
8.5 鬼影分析计算Performing ghost calculations &X Se&1
[q!)Y:|u_>
8.6 分离鬼影光线做独立光线追迹Isolating specific ghost using ray paths M:w]g` LKl
%`:+A?zL
8.7 鬼影光照度分析Ghost irradiance analyses U FUm-~x`
e{d$OzT) V
8.8 使用序列式描光来减少光线追迹时间Using sequential raytracing to speed up calculation O9F#gO|!
PSa"u5 O
9 扫瞄器范例(Scanner Example) qFjnuQ,w
*1_A$14 l
本课程将利用扫瞄器为主题，为大家介绍FRED如何模拟现实状况下的各种分析方式 dH0wVI<z
FBrJVaF
l The goal of this example is to demonstrate various aspects of “real world” analyses <nn!9V\C
' 8fL)Zk
9.1 由其它的FRED档案，复制对象来使用Copying from one FRED document to another 9wv 7 HD|
kk3G~o +
9.2 发光二极管模块的建立Working with an LED model XwdehyPhT2
P87qUC
9.3 菲涅尔透镜建立流程Creating a Fresnel lens z#sSLE.$Z
Xr pnc 7
9.4 图片离散取点方式快速建立LED灯罩Digitizing drawings/blueprints l
#
F.S5i
1P T0< C-
9.5 表面散射参数设定Surface scatter w~VqdB
_xU2C<)1&
9.6 计算镜头上的感光组件的对数化通量显示Calculating flux levels at CCD y?{YQ)fj
wGnFDkCNz
WK 6|e[iP
如需预购，请于以下网站下载订购单： MIwkFI8
M \3Zj(E/
www.infotek.com.cn
|
|