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    [求助]要如何使用倾斜的detector看到不同周期的干涉条纹 [复制链接]

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    离线taker1986
     
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    只看楼主 正序阅读 楼主  发表于: 2013-04-24
    Gyjx:EM  
    要如何使用倾斜的detector看到不同周期的干涉条纹 PxfeU2^{0  
    XG<^j}H{}  
    这边有一个Michelson Interferometer, /A9Mv%zjk  
    ga4 gH>4  
    我试着调整DETECTOR的角度, 但它记录到的影像都一样, Bag2sk  
    69dFd!G\  
    照理来说调整DETECTOR角度的话干涉条文应该会一边粗一边细周期不一, uZ]B?Z%y#  
    bL)g+<:F  
    但我这里无法看到, -E2[PW4$  
    ::j'+_9  
    请问该如何处理呢, 9(|[okB  
    it&c ,+8  
    下面是程式 95T%n{rz  
    i\3BA"ZX  
    --------------------------------------------------------------- Zv7@  
    SYSTEM NEW /I7sa* i  
    RESET d;m Q=k 1  
    HAf.LdnzS  
    UNITS CENTIMETERS !V+5$TsS  
    WAVELENGTH 632.8 NANOMETERS KjZ^\lq'  
    pvI(hjMYPk  
    WL=632.8E-7 $- =aqUU  
    PI=4*ATAN(1) 6lT1X)  
    Ook3B  
    COATING PROPERTIES ]N!SG@X+  
      0.0  0.0  'ABSORB' ,*E%D _  
      0.0  1.0  'TRANSMIT' }sPY+ZjV  
      1.0  0.0  'REFLECT' ;FMK>%Zq  
      0.5  0.5  'BEAM_SPLITTER' i#kRVua/  
    O.& 6J/  
    PL=100  !! Path length R:E6E@T  
    DIA=50  !! Diameter Qc[[@=S%  
    6|T{BOW!d  
    SURFACE **! lV]/  
      PLANE Z 0 ELLIPSE (DIA/2) (1.414*DIA/2) 0 0 0 )P|%=laE8  
      OBJECT 'PELLICLE' n\,TW&3  
        INTERFACE COATING "BEAM_SPLITTER" AIR AIR 2Mu-c:1  
        FACETS 4 4 .7ahz8v  
        REDEFINE COLOR 1 kgr:8 5  
        ROTATE X 45 rJ\A)O+Mq(  
    f910drg7  
    !! Retro Reflector 1 _N/]&|.. !  
    SURFACE 6Wc eDY  
      PLANE Z 0 ELLIPSE 2@(DIA/2) ?=r!b{9  
      OBJECT 'RETRO1_FRONT' Qbl6~>T  
        INTERFACE COAT REFLECT AIR SCHOTT_BK7 _9!Ru!u~  
        FACETS 4 4 "Y(S G  
        REDEFINE COLOR 1 aI8wy-3I  
        ROTATE X -90 +bdkqdB9  
        SHIFT Y (PL) )@R:$l86  
    EF"ar  
    !! Retro Reflector 2 t$l[ 4 R-  
    TILT_WAVES=2  !! Tilt in waves M#<x2ojW  
    TILT=(TILT_WAVES*WL/(DIA/2))*180/PI  !! Tilt in degrees  %ef+Z  
    m+OR W"o  
    SURFACE )z/j5tnvm  
      PLANE Z 0 ELLIPSE 2@(30) Ql&P1|&  
      OBJECT 'RETRO2_FRONT' L'aMXNO  
        INTERFACE COAT REFLECT AIR SCHOTT_BK7 cb'8Li8,j  
        FACETS 4 4 X){F^1CT{  
        REDEFINE COLOR 1 }-r"W7]k  
        SHIFT Z (PL) Tw!x*  
        ROTATE X (TILT) 2mU}"gf[  
    u52; )"&=)  
    !! DETECTOR Qbv)(&i# ~  
    SURFACE (]7@0d88  
      PLANE Z 0 RECT 2@(DIA) e% 5!  
      OBJECT 'DETECTOR' 1+y&n?  
        INTERFACE COAT ABSORB AIR SCHOTT_BK7 XJ?@l3D:  
        FACETS 4 4 ,x{5,K.yWq  
        REDEFINE COLOR 1 @C z1rKU^l  
        ROTATE X 90 n0vPW^EQ  
        !!ROTATE Z 45 *,'"\n  
        SHIFT Y -(PL) jDXmre?  
    g^0  
    !! Verify Geometry i w m7M  
    WINDOW Y Z t:M>&r:BL  
    PLOT FACETS 7 7 OVERLAY =602%ef\  
    \s~ W;m  
    !! Define source U]R7=  
    PARABASAL 4 Ei}DA=:s  
    BEAMS COHERENT DIFFRACT }DZkCzK  
    WAVELENGTH 6328 ANGSTROMS YLFTf1G9  
    WIDTHS 1.6 HH+rib'u  
    /OxF5 bN2  
    GRID ELLIPTIC Z -100 -4@(DIA/2) 2@11 (qPZEZKx  
      SOURCE DIRECTION Z 0 0 8i:b~y0  
    "UA W  
    TRACE PLOT COLOR 2 \ [>Rt  
    $VIEW A@DIq/^xM  
    6b]vHT|p  
    PIXELS 101 M2oKLRt)L  
    CONSIDER ONLY DETECTOR Pc4sReo'  
    SPREAD NORMAL rcyH2)Y/e  
    WINDOW Z -2@(DIA/2) X -2@(DIA/2) 4cV(Z-\  
    WINDOW 1.2  !! Enlarge by 20% x`o_&09;CG  
    SPREAD NORMAL x1Si&0T0P<  
    el[6E0!@  
    DISPLAY DH 9?~|  
      PICTURE ;- cq#8S  
    RETURN 0e}L Z,9e  
     
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