##TITLE= Compound file, contains several data records
##JCAMP-DX= 5.0
##DATA TYPE= LINK
##BLOCKS=4
##ORIGIN= Department of Chemistry, UWI, JAMAICA
##OWNER= public domain
##TITLE=dichloromethane
##JCAMP-DX=4.24
##DATA TYPE=INFRARED SPECTRUM
##CLASS=COBLENTZ
##BLOCK ID=1
##ORIGIN=Department of Chemistry, UWI, Jamaica
##OWNER= PUBLIC DOMAIN
##NAMES=dichloromethane
##MOLFORM=CH2Cl2
##SPECTROMETER/DATA SYSTEM=PERKIN ELMER
##$MODELS=
<Models>
<ModelData id="ch2cl2" type="MOL">
CH2Cl2
RLDSViewer          3D                             0

  5  4  0  0  0  0  0  0  0  0999 V2000
    0.0000    0.0000    0.7926 C   0  0  0  0  0  0  0  0  0  1
    0.8900    0.0000    1.4219 H   0  0  0  0  0  0  0  0  0  2
    0.0000    1.4370   -0.2235 Cl  0  0  0  0  0  0  0  0  0  3
   -0.8900    0.0000    1.4219 H   0  0  0  0  0  0  0  0  0  4
    0.0000   -1.4370   -0.2235 Cl  0  0  0  0  0  0  0  0  0  5
  1  2  1  0  0  0
  1  4  1  0  0  0
  1  3  1  0  0  0
  1  5  1  0  0  0
M  END
</ModelData>
<ModelData id="1" type="XYZVIB" baseModel="ch2cl2" vibrationScale=".2">
5
Model[1]: Convg=0.2016D-08;-V/T=2.0004;Energy=NaN;Range=M.O.s;E(RHF)=-957.984015823 A.U.;PATH=Calculation 1;Input
C     0.00000    0.00000    0.00000
H     0.00000    0.00000    1.09000
Cl    1.65934    0.00000   -0.58667
H    -0.51383    0.88998   -0.36333
Cl   -0.82967   -1.43703   -0.58667
5
Model[2]: Convg=0.2016D-08;-V/T=2.0004;Energy=-957.9841;Range=M.O.s;E(RHF)=-957.984015823 A.U.;PATH=Calculation 1;Standard
C     0.00000    0.00000    0.79262
H     0.88998    0.00000    1.42193
Cl    0.00000    1.43703   -0.22352
H    -0.88998    0.00000    1.42193
Cl    0.00000   -1.43703   -0.22352
5
Model[3]: IRIntensity=0.8549 KM/Mole;ReducedMass=19.4874 AMU;ForceConstant=1.2400 mDyne/A;Frequency=328.6293 cm^-1;FrequencyLabel=A1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.00000    0.00000   -0.42000
H     0.88998    0.00000    1.42193   -0.01000    0.00000   -0.41000
Cl    0.00000    1.43703   -0.22352    0.00000    0.49000    0.08000
H    -0.88998    0.00000    1.42193    0.01000    0.00000   -0.41000
Cl    0.00000   -1.43703   -0.22352    0.00000   -0.49000    0.08000
5
Model[4]: IRIntensity=22.3831 KM/Mole;ReducedMass=7.1242 AMU;ForceConstant=2.6393 mDyne/A;Frequency=792.9600 cm^-1;FrequencyLabel=A1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.00000    0.00000    0.61000
H     0.88998    0.00000    1.42193    0.06000    0.00000    0.53000
Cl    0.00000    1.43703   -0.22352    0.00000    0.12000   -0.12000
H    -0.88998    0.00000    1.42193   -0.06000    0.00000    0.53000
Cl    0.00000   -1.43703   -0.22352    0.00000   -0.12000   -0.12000
5
Model[5]: IRIntensity=135.9554 KM/Mole;ReducedMass=6.9784 AMU;ForceConstant=2.9811 mDyne/A;Frequency=851.5017 cm^-1;FrequencyLabel=B2;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.00000    0.63000    0.00000
H     0.88998    0.00000    1.42193    0.00000    0.53000    0.00000
Cl    0.00000    1.43703   -0.22352    0.00000   -0.12000    0.09000
H    -0.88998    0.00000    1.42193    0.00000    0.53000    0.00000
Cl    0.00000   -1.43703   -0.22352    0.00000   -0.12000   -0.09000
5
Model[6]: IRIntensity=0.8961 KM/Mole;ReducedMass=1.3466 AMU;ForceConstant=0.8771 mDyne/A;Frequency=1051.4636 cm^-1;FrequencyLabel=B1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.17000    0.00000    0.00000
H     0.88998    0.00000    1.42193   -0.27000    0.00000    0.64000
Cl    0.00000    1.43703   -0.22352   -0.02000    0.00000    0.00000
H    -0.88998    0.00000    1.42193   -0.27000    0.00000   -0.64000
Cl    0.00000   -1.43703   -0.22352   -0.02000    0.00000    0.00000
5
Model[7]: IRIntensity=0.0000 KM/Mole;ReducedMass=1.0186 AMU;ForceConstant=1.0551 mDyne/A;Frequency=1325.9201 cm^-1;FrequencyLabel=A2;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.00000    0.00000    0.00000
H     0.88998    0.00000    1.42193    0.00000    0.71000    0.00000
Cl    0.00000    1.43703   -0.22352    0.01000    0.00000    0.00000
H    -0.88998    0.00000    1.42193    0.00000   -0.71000    0.00000
Cl    0.00000   -1.43703   -0.22352   -0.01000    0.00000    0.00000
5
Model[8]: IRIntensity=70.1871 KM/Mole;ReducedMass=1.1462 AMU;ForceConstant=1.4791 mDyne/A;Frequency=1479.9284 cm^-1;FrequencyLabel=B2;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.00000   -0.11000    0.00000
H     0.88998    0.00000    1.42193    0.00000    0.70000    0.00000
Cl    0.00000    1.43703   -0.22352    0.00000    0.00000    0.01000
H    -0.88998    0.00000    1.42193    0.00000    0.70000    0.00000
Cl    0.00000   -1.43703   -0.22352    0.00000    0.00000   -0.01000
5
Model[9]: IRIntensity=0.9042 KM/Mole;ReducedMass=1.0790 AMU;ForceConstant=1.7283 mDyne/A;Frequency=1648.8226 cm^-1;FrequencyLabel=A1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.00000    0.00000   -0.08000
H     0.88998    0.00000    1.42193   -0.42000    0.00000    0.56000
Cl    0.00000    1.43703   -0.22352    0.00000    0.00000    0.00000
H    -0.88998    0.00000    1.42193    0.42000    0.00000    0.56000
Cl    0.00000   -1.43703   -0.22352    0.00000    0.00000    0.00000
5
Model[10]: IRIntensity=15.1988 KM/Mole;ReducedMass=1.0560 AMU;ForceConstant=6.3458 mDyne/A;Frequency=3193.6506 cm^-1;FrequencyLabel=A1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.00000    0.00000   -0.07000
H     0.88998    0.00000    1.42193    0.59000    0.00000    0.39000
Cl    0.00000    1.43703   -0.22352    0.00000    0.00000    0.00000
H    -0.88998    0.00000    1.42193   -0.59000    0.00000    0.39000
Cl    0.00000   -1.43703   -0.22352    0.00000    0.00000    0.00000
5
Model[11]: IRIntensity=1.4436 KM/Mole;ReducedMass=1.1167 AMU;ForceConstant=6.9841 mDyne/A;Frequency=3258.0311 cm^-1;FrequencyLabel=B1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.10000    0.00000    0.00000
H     0.88998    0.00000    1.42193   -0.58000    0.00000   -0.40000
Cl    0.00000    1.43703   -0.22352    0.00000    0.00000    0.00000
H    -0.88998    0.00000    1.42193   -0.58000    0.00000    0.40000
Cl    0.00000   -1.43703   -0.22352    0.00000    0.00000    0.00000
</ModelData>
</Models>
##$PEAKS=
<Peaks type="IR" xUnitsExpected="1/cm"  >
<PeakData id="1" title="B1-asymm stretch of CH group (~3062 cm-1)" peakShape="broad" model="1.11" xMax="3090" xMin="3035"    />
<PeakData id="2" title="A1-symm stretch of CH group (~2984 cm-1)" peakShape="broad" model="1.10" xMax="3010" xMin="2950"    />
<PeakData id="3" title="A1- H-C-H scissors (~1276 cm-1)" peakShape="broad" model="1.9" xMax="1290" xMin="1270"    />
<PeakData id="4" title="B2- H-C-H wagging (~1260 cm-1)" peakShape="broad" model="1.8" xMax="1270" xMin="1250"    />
<PeakData id="5" title="B2-asymm stretch of CCl group (~745 cm-1)" peakShape="broad" model="1.5" xMax="780" xMin="730"    />
<PeakData id="6" title="A1-symm stretch of CCl group (~707 cm-1)" peakShape="broad" model="1.4" xMax="730" xMin="670"    />
</Peaks>
##XUNITS=1/CM
##YUNITS=TRANSMITTANCE
##XFACTOR=1.0000000000
##YFACTOR=0.0000305737
##FIRSTX=601.35095215
##LASTX=3893.25878906
##FIRSTY=0.56875855
##NPOINTS=4873
##XYDATA=(X++(Y..Y))
601.4A8603UJ32R9J33R9O6L3J32R8J32R9J32R8O6L3O6L3J31R8J32R8O5L3J31R8R9O5
620.3B1004J31R8J63J30O6L2R8O5L3L2L3%R8O5UJ30R7O5L3O5L2R7O5VL2L3L2TL3O5
642.6B3184L2%TL2L3%Zl3l2%Tl2l3%l2l3l2To5Ul2o5%To5Tr7r8k27k28l3o5l2l3l2
670.9B1755l3o5r8j96To5r8k29k62n58n60j64j65l64Tj99Tk99l33l34Tm03m36l03l38
687.8A5160l38l39n78n80n15n51p26p32m55m92q15q22k88l25r84r99m49m53%TL8L7
702.7D794L8%UL8T%TL8T%Xl8Vp5j14p6j15k30k31%l8p8p7%l9U%Tl9l8%m0%Tl9T%ZL9
738.5C525L9%TM0%L8L9V%L9L8L9TJ16P7L8TP7L8L9L8J14P7J14P5J52J13L01K61L72
760.1E993L70M77M74L99L96O45O05O71O31P33O93M48M47O16N79P47P42M71M36M68M33
774.3A7474M66M64N30N27J32R9TR8L62L60M91M57K61K28K92K60L89TK91K58J61J62
789.2B4250K89K58L53L21K57K56TK55J92TJ91J59J91VJ59J26R6R5J27R5O3O4O3L2J26
807.4B9039R5TO3J58TJ27R4J27R4O3L2O3L2O3TR4O3TL2L1L2L1L2%VL1%R4O3UL2L1T%
832.4C1152%VL2L1%S40l1o3L1%L2L1O3L2%VL1T%Vl1T%TL1T%TL2L1%ZL2%S8l2%S8L2
981.7C1467%Vl2%ZL2%UL1T%TL2L1%VL2%Xl2%Tl1l2%Vl1T%S4L1T%Vl1T%T3l2%Vl1l2
1047.3C1372%S0l1T%S3l2%Vl1l2%T2l1l2%Wl1%T2l1l2%Tl1l2l1l2%l1l2l1%Tl1l2%
1115.5C0775%Xl1%Vl2l1%Tl2l1%l2%Tl1l2%T2l1l2r4j26o3r5o3r5%l1%Tl2T%TL2T%
1158.8B9893%L1%UL2L1L2L1%TL2%WL1L2%Tl2l1%S2L1L2%Xl2l1%Ul2l1l2l1l2%l1l2
1196.6B9861l2l1l2l1o3l2T%Zl1l2o3r5l1o4l1l2Tl1%l2o3Tl2o3o4r5j27j58o4r5o3
1222.3B8247r5%l2o4o3%Tj27j28o3r6o3r6o3o4Tr5k24k55Tk88j60Tj28j61j92k25l21
1241.2B4765l54k90k91j61j62l88l89l57l58j404j446p61p97q00q05p40p79p82p88
1254A2913n50n53r04r47q13q21j011j062j306j342j18j57%l9L9%J57J18J16P8J93J55
1268.9D146J53J15N70N63L35K96M42M39J588J523K089K054L74L72J078J070J131J123
1281.1A9461L30L28UN56N21M23L90L89L88M85M84K57TL86L53J28R6L52L51R6O4K23
1296.6B6974K23R6O4J27UR6R5O4R5O4J58J59R5TJ27TO3L2O3UL2O3O4R4R5L2L1L2TL1
1318.2B9703%L2L1O3O4%TL1%L2L1L2L1L2%O3TL2%UL1L2L1L2%VL1%T2l1%V8O3T%U6J57
1412.8C0649J58%U2J57T%S02l1l2%S2l1l2%Zl1l2%Wl1%Tl2l1%Tl1l2%l1%Xl2l1%Vl2
1542.5C0649l1%l2l1l2%Tl1l2%XL2L1J26R5O3L1O3L1O3TL2L1%TL1%sL2L1%Tl1l2%Wl1
1577C1121%Tl1l2L2L1%T2L1%UL2L1%ZL2L1%TO3L1L2L1%VL2%UL1T%T2L2L1L2%S9L1T%
1649.3C1686%l1T%S6L1T%S0l1T%Wl2%U0L2%Tl2%Vl1l2%Tl1T%S2L1T%T0L2L1l1l2%ZL2
1737.1C1561L1%Zl1l2%T0L2L1%ZL2%L1T%Tl1T%l2%ZL2%WL1T%ZL2L1%Zl1l2%XL2L1%
1802C1749%U5L1L2%V0l2l1%U0l1l2%S8L2L1%Tl1l2%S4L2L1%S8l1l2%S2L2L1%U8L1L2
1954C1812%TL1%Xl1%Vl2l1%XL1L2%ZL1%S3L2L1%S0L1L2%sl2%l1%U7l1%l2%Yl1%Wl2
2039.2C1780%l1%T4L1%L2%L1%YL2%L1%Tl1%l2%Yl1%Wl2%l1%T9l1%l2%VL2%L1%Xl1%
2112.8C1718l2%U6L2%L1%L1%L2%S9L1%L2%L1%WL1%L2%Y4l2%l1%Wl1%l2%S1l1%l2%l1
2232.4C1749%sl1%l2%T5l1Tl2%l1l2l1Tl2l1l2l1Tl2l1l2l1%X6L1%J89J57R4O3L1%
2318.9C1749L1%L2%S1L1%V0l1%T1l2%l1%sl1%l2%l1%l1%l2l1o3%l1%l2%l1%l2%Wl1
2396C1341%l1%Ul2%l1%l2%l1%l2%VL2%L1%L2%L1%L2L1TL2L1L2L1%L1L2L1%L2L1T%L2
2425C1718%L1%WL1%L2%UL1%sL2%L1%T8l1%TL1%sL1%L2%YL1%Vl1%T6L1%Z8l1%W4L1%
2597.3C2000%Ul1%Y1l2%l1%sl1%l2%sl1%l2o2r4o3Tl1l2l1o3Vo2o3r5l1o3l1l2%l1
2679.8C0744L1%L2%O2O3TL2O3O2O3L2O3O2O3TL1L2O3L1TL2L1%L1L2L1%S8l1%Yl2%l1
2717.6C1749%VL1%L2%U4l2%l1%sl1%l2%l1%l1%l2%Ul1%l2%T9l1%l1%ZL1%L1%Xl1%l1
2798.7C1467l2l1%l2%l1%l1l2o3l1l2%sl1%Yl1%l2%S2L2%L1%sL1%S1L2%L1%Xl1%l2
2852.8C1152%Wl1%Ul1%l2%S3l1%l2%Wl1%l2%l1%Ul2%l1%Wl1%l2%Ul1%Wl2%l1%l2%l1
2898.7C0618%Ul2%l1%l2%l1%l2%l1%l2%Ul1l2l1l2l1l2l1%l2%l2%l1%Ul2%l1%l2%sl1
2932.5B9956%l2%Vl1l2%l2l1o3l2l1l2Tl1l2l1o4l1o3l2o3l2o3l2o3l2o3l2o3l2l1
2955.5B8818r6r5o3r5l2o3l2Uo3l2o3r6j27r5j27o4o3o4Tj27j59j28j27j28Uj27j92
2975.1B6176k24j92j93k24k57k25Tj93Tj94Tj61j94j62j94%l2l3l2L2L3L2%K91K59
2992B3701K58UK57K58K57K88K57K88K56M15M14UR5O4O3TL2U%L1L2T%L2%L1%S4l1l2
3022.4B8469l2%Vl2l1l2o4r5j27r5j27o4r5o4r5j28j59Tj60k55Tk56k88k25k24j93
3041.3B5214k24k90l22Tl23l55l89Tl90r77j015j020j059j00r9l3l4L4L3UL98L64M30
3057.6A9198L95J98J97UJ96J97J96J64L91UL89TL56TL55M83M82N13M81K24K23J92J91
3074.4B6942J28J27J28R5J28R5J27R6O3O4O3O4L2L1O4L1R6O3R5O4L1%L2TL1%L2%O4
3094B8818L1O4O3L2L1O3L2O3L2O3O4L1%L2L1L2%L2%UL1%L2%L1%L2%L2%YL1%L2%L1%
3123.1B9766%VL2%L1%L2%L2%S9L1%O3L2O3TL2L1O3L2L1%L2%UL1%L2%L1%L2%L1%L2%
3162.3C0555L1%UL2%WL1L2L1L2%XL1%WL2%L1%L1%L2%sL1%L2L1L2%L1%S3L2%L1%U9L1
3233.3C1152%T08l1%XL1%T5L2%L1%U8l1%l2%U2L2%L1%T8l1%l2%T5l1%Yl1%l2%T6L2
3513C1090%L1%S2l1%l2%T0L2%L1%L1%T3L2%L1%Xl1%l2%Wl1%T2L1%S9L2%L1%T6l1%l2
3619.1C1152%sl1%Ul1%l2%Wl1%l2%T1l1%l2%l1%Yl2%l1%sl1%l2%l1%l2o3Tl1o3l2l1
3674.5C0429%l2%l1%Ul2%l1l2l1%l2%l1%l2%VL2%L1L2L1%L2%L1L2L1L2L1L2L1%L2L1
3701.6C0586L2L1L2L1L2%L1%S5L2%L1%Xl1%l2%S2L2%L1%U7L1%L2%S3L1%S2l1%XL1%
3785.4C0932%Y0L2%L1%WL2%L1%S7L2%L1%U0l1%l2%sl1%l2%Wl1%l2%Wl1
3893.5C0901
##END=  $$ end of CH2Cl2
##TITLE= deuterated dichloromethane
##JCAMP-DX= 5.01
##DATA TYPE= INFRARED SPECTRUM
##DATA CLASS= XYDATA
##BLOCK ID=2
##ORIGIN=Department of Chemistry, UWI, Jamaica
##OWNER= PUBLIC DOMAIN
##LONGDATE= 2012/02/22 10:53:05.0243 -0500 $$ export date from JSpecView
##SPECTROMETER/DATASYSTEM= from scan
##NAMES= deuterated - dichloromethane
##MOLFORM=CD2Cl2
##SPECTROMETER/DATA SYSTEM=PERKIN ELMER
##$MODELS=
<Models>
<ModelData id="cd2cl2" type="MOL">
CH2Cl2
RLDSViewer          3D                             0

  5  4  0  0  0  0  0  0  0  0999 V2000
    0.0000    0.0000    0.7926 C   0  0  0  0  0  0  0  0  0  1
    0.8900    0.0000    1.4219 H   0  0  0  0  0  0  0  0  0  2
    0.0000    1.4370   -0.2235 Cl  0  0  0  0  0  0  0  0  0  3
   -0.8900    0.0000    1.4219 H   0  0  0  0  0  0  0  0  0  4
    0.0000   -1.4370   -0.2235 Cl  0  0  0  0  0  0  0  0  0  5
  1  2  1  0  0  0
  1  4  1  0  0  0
  1  3  1  0  0  0
  1  5  1  0  0  0
M  END
</ModelData>
<ModelData id="D2" type="XYZVIB" baseModel="cd2cl2" vibrationScale=".2">
5
Model[1]: Convg=0.2016D-08;-V/T=2.0004;Energy=NaN;Range=M.O.s;E(RHF)=-957.984015823 A.U.;PATH=Calculation 1;Input
C     0.00000    0.00000    0.00000
H     0.00000    0.00000    1.09000
Cl    1.65934    0.00000   -0.58667
H    -0.51383    0.88998   -0.36333
Cl   -0.82967   -1.43703   -0.58667
5
Model[2]: Convg=0.2016D-08;-V/T=2.0004;Energy=-957.9841;Range=M.O.s;E(RHF)=-957.984015823 A.U.;PATH=Calculation 1;Standard
C     0.00000    0.00000    0.79262
H     0.88998    0.00000    1.42193
Cl    0.00000    1.43703   -0.22352
H    -0.88998    0.00000    1.42193
Cl    0.00000   -1.43703   -0.22352
5
Model[3]: IRIntensity=0.8549 KM/Mole;ReducedMass=19.4874 AMU;ForceConstant=1.2400 mDyne/A;Frequency=328.6293 cm^-1;FrequencyLabel=A1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.00000    0.00000   -0.42000
H     0.88998    0.00000    1.42193   -0.01000    0.00000   -0.41000
Cl    0.00000    1.43703   -0.22352    0.00000    0.49000    0.08000
H    -0.88998    0.00000    1.42193    0.01000    0.00000   -0.41000
Cl    0.00000   -1.43703   -0.22352    0.00000   -0.49000    0.08000
5
Model[4]: IRIntensity=22.3831 KM/Mole;ReducedMass=7.1242 AMU;ForceConstant=2.6393 mDyne/A;Frequency=792.9600 cm^-1;FrequencyLabel=A1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.00000    0.00000    0.61000
H     0.88998    0.00000    1.42193    0.06000    0.00000    0.53000
Cl    0.00000    1.43703   -0.22352    0.00000    0.12000   -0.12000
H    -0.88998    0.00000    1.42193   -0.06000    0.00000    0.53000
Cl    0.00000   -1.43703   -0.22352    0.00000   -0.12000   -0.12000
5
Model[5]: IRIntensity=135.9554 KM/Mole;ReducedMass=6.9784 AMU;ForceConstant=2.9811 mDyne/A;Frequency=851.5017 cm^-1;FrequencyLabel=B2;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.00000    0.63000    0.00000
H     0.88998    0.00000    1.42193    0.00000    0.53000    0.00000
Cl    0.00000    1.43703   -0.22352    0.00000   -0.12000    0.09000
H    -0.88998    0.00000    1.42193    0.00000    0.53000    0.00000
Cl    0.00000   -1.43703   -0.22352    0.00000   -0.12000   -0.09000
5
Model[6]: IRIntensity=0.8961 KM/Mole;ReducedMass=1.3466 AMU;ForceConstant=0.8771 mDyne/A;Frequency=1051.4636 cm^-1;FrequencyLabel=B1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.17000    0.00000    0.00000
H     0.88998    0.00000    1.42193   -0.27000    0.00000    0.64000
Cl    0.00000    1.43703   -0.22352   -0.02000    0.00000    0.00000
H    -0.88998    0.00000    1.42193   -0.27000    0.00000   -0.64000
Cl    0.00000   -1.43703   -0.22352   -0.02000    0.00000    0.00000
5
Model[7]: IRIntensity=0.0000 KM/Mole;ReducedMass=1.0186 AMU;ForceConstant=1.0551 mDyne/A;Frequency=1325.9201 cm^-1;FrequencyLabel=A2;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.00000    0.00000    0.00000
H     0.88998    0.00000    1.42193    0.00000    0.71000    0.00000
Cl    0.00000    1.43703   -0.22352    0.01000    0.00000    0.00000
H    -0.88998    0.00000    1.42193    0.00000   -0.71000    0.00000
Cl    0.00000   -1.43703   -0.22352   -0.01000    0.00000    0.00000
5
Model[8]: IRIntensity=70.1871 KM/Mole;ReducedMass=1.1462 AMU;ForceConstant=1.4791 mDyne/A;Frequency=1479.9284 cm^-1;FrequencyLabel=B2;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.00000   -0.11000    0.00000
H     0.88998    0.00000    1.42193    0.00000    0.70000    0.00000
Cl    0.00000    1.43703   -0.22352    0.00000    0.00000    0.01000
H    -0.88998    0.00000    1.42193    0.00000    0.70000    0.00000
Cl    0.00000   -1.43703   -0.22352    0.00000    0.00000   -0.01000
5
Model[9]: IRIntensity=0.9042 KM/Mole;ReducedMass=1.0790 AMU;ForceConstant=1.7283 mDyne/A;Frequency=1648.8226 cm^-1;FrequencyLabel=A1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.00000    0.00000   -0.08000
H     0.88998    0.00000    1.42193   -0.42000    0.00000    0.56000
Cl    0.00000    1.43703   -0.22352    0.00000    0.00000    0.00000
H    -0.88998    0.00000    1.42193    0.42000    0.00000    0.56000
Cl    0.00000   -1.43703   -0.22352    0.00000    0.00000    0.00000
5
Model[10]: IRIntensity=15.1988 KM/Mole;ReducedMass=1.0560 AMU;ForceConstant=6.3458 mDyne/A;Frequency=3193.6506 cm^-1;FrequencyLabel=A1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.00000    0.00000   -0.07000
H     0.88998    0.00000    1.42193    0.59000    0.00000    0.39000
Cl    0.00000    1.43703   -0.22352    0.00000    0.00000    0.00000
H    -0.88998    0.00000    1.42193   -0.59000    0.00000    0.39000
Cl    0.00000   -1.43703   -0.22352    0.00000    0.00000    0.00000
5
Model[11]: IRIntensity=1.4436 KM/Mole;ReducedMass=1.1167 AMU;ForceConstant=6.9841 mDyne/A;Frequency=3258.0311 cm^-1;FrequencyLabel=B1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.79262    0.10000    0.00000    0.00000
H     0.88998    0.00000    1.42193   -0.58000    0.00000   -0.40000
Cl    0.00000    1.43703   -0.22352    0.00000    0.00000    0.00000
H    -0.88998    0.00000    1.42193   -0.58000    0.00000    0.40000
Cl    0.00000   -1.43703   -0.22352    0.00000    0.00000    0.00000
</ModelData>
</Models>
##$PEAKS=
<Peaks type="IR" xUnitsExpected="1/cm"  >
<PeakData id="1" title="B1-asymm stretch of CD group (~2304 cm-1)" peakShape="broad" model="D2.11" xMax="2320" xMin="2280"    />
<PeakData id="2" title="A1-symm stretch of CD group (~2198 cm-1)" peakShape="broad" model="D2.10" xMax="2220" xMin="2180"    />
<PeakData id="3" title="B2- H-C-D wagging (~1000 cm-1)" peakShape="broad" model="D2.8" xMax="1015" xMin="985"    />
<PeakData id="4" title="A1- H-C-D scissors (~955 cm-1)" peakShape="broad" model="D2.9" xMax="975" xMin="935"    />
<PeakData id="5" title="B2-asymm stretch of CCl group (~714 cm-1)" peakShape="broad" model="D2.5" xMax="735" xMin="695"    />
<PeakData id="6" title="A1-symm stretch of CCl group (~680 cm-1)" peakShape="broad" model="D2.4" xMax="695" xMin="665"    />
</Peaks>
##XUNITS= 1/CM
##YUNITS= TRANSMITTANCE
##XFACTOR=1.0000000000
##YFACTOR=0.0000294938
##FIRSTX=408.85986328
##LASTX=3992.00000000
##FIRSTY=0.75159997
##NPOINTS= 393
##XYDATA= (X++(Y..Y))
408.9B5483J714TP75O48Q2r5R1J94K20K43J91J13M5j28j24j05j03q4q5j37j41k60k88
619.1B9963o94q76n656r223m675Q00k71k400j992n11K84P703TL377L278J254R20M60
783.6B9444K97J91J27M0m5j51l24k09J07J13J44J23o32Tl266l535p395q431L173Q899
966.4A8038L826l17J134L037K342Q21P10K55K47J69J67J15J12O2N3L6K9K6UK5J7%l
1185.8C0953j3j9n5n7j16j17L8N7J18J36O6K9Oj4k9n0r1j90k40m79m46J10J11M20M42
1414.3C0570J84J26R5Q2N1K9rn3o3q5o2J9K0K6K5N6TK3J7r1j28p6m4k3%Yjn6Tl94m25
1743.4B9813K96M83L33K61J46N4M3K9K8K6K5K6K3KT%Vjkj7k7l5m3m9n7l7K1J4j2j6
2035.9C1329j3Tj6j3KOJ5K3Kj3o1j28Uk52q26p60L36TM66M70J58R1J5j9m2o4o26j280
2301B8867p40K87L06L80L83M01M00K98L01J47J28TJ27M9LT%S2JKJ2J3J6J3J6J3J2N
2648.3C1571N%S2PRK9N6TN8N7N5N7J9TK%Uj2j6k0j9k7l9o5j28j22j00q9%Xo6r3j13
3087.1C1091j27j15j05q9o5n9l6l8l2VNRK4K9TK7K2J8nl5l6l8p4k75k50K17K21J94
3361.3C0411J95J41J26O5L8L3K9UK4J7J5%Xnrj4j6Uj5j1o%Xj3j0j5j4j3j4qnOJ6UJ4
3781.8C1020J0Pj5j3j6j3Tj5KPJ1J5TJ6J9K3K5K8K9VK8
3992C1257
##END= $$ end of CD2Cl2
##TITLE= chloroform $$ Begin of the data block
##JCAMP-DX=5.00 $$ ACD/DocManager Library v 5.00
##DATA TYPE=INFRARED SPECTRUM
##DATA CLASS=XYDATA
##BLOCK ID=3
##ORIGIN= Department of Chemistry, UWI, Mona, Jamaica
##OWNER= public domain
##LONGDATE= 2007/10/17 19:21:58.0937 -0500 $$ export date from JSpecView
##SPECTROMETER/DATA SYSTEM= PERKIN-ELMER 1000 FT-IR
##$MODELS=
<Models>
<ModelData id="chcl3" type="MOL">
CHCl3
RLDSViewer          3D                             0

  5  4  0  0  0  0  0  0  0  0999 V2000
    0.0000    0.0000    0.4971 C   0  0  0  0  0  0  0  0  0  1
    0.0000    0.0000    1.5871 H   0  0  0  0  0  0  0  0  0  2
    0.0000    1.6593   -0.0896 Cl  0  0  0  0  0  0  0  0  0  3
   -1.4370   -0.8297   -0.0896 Cl  0  0  0  0  0  0  0  0  0  4
    1.4370   -0.8297   -0.0896 Cl  0  0  0  0  0  0  0  0  0  5
  1  2  1  0  0  0
  1  3  1  0  0  0
  1  5  1  0  0  0
  1  4  1  0  0  0
M  END
</ModelData>
<ModelData id="2" type="XYZVIB" baseModel="chcl3" vibrationScale=".2">
5
Model[1]: Convg=0.7033D-08;-V/T=2.0004;Energy=NaN;Range=M.O.s;E(RHF)=-1416.86840659 A.U.;PATH=Calculation 1;Input
C     0.00000    0.00000    0.00000
H     0.00000    0.00000    1.09000
Cl    1.65934    0.00000   -0.58667
Cl   -0.82967    1.43703   -0.58667
Cl   -0.82967   -1.43703   -0.58667
5
Model[2]: Convg=0.7033D-08;-V/T=2.0004;Energy=-1416.8685;Range=M.O.s;E(RHF)=-1416.86840659 A.U.;PATH=Calculation 1;Standard
C     0.00000    0.00000    0.49707
H     0.00000    0.00000    1.58707
Cl    0.00000    1.65934   -0.08960
Cl   -1.43703   -0.82967   -0.08960
Cl    1.43703   -0.82967   -0.08960
5
Model[3]: IRIntensity=0.3557 KM/Mole;ReducedMass=26.2449 AMU;ForceConstant=1.3644 mDyne/A;Frequency=297.0416 cm^-1;FrequencyLabel=E;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707   -0.31000    0.00000    0.00000
H     0.00000    0.00000    1.58707   -0.44000    0.00000    0.00000
Cl    0.00000    1.65934   -0.08960    0.52000    0.00000    0.00000
Cl   -1.43703   -0.82967   -0.08960   -0.20000   -0.42000    0.03000
Cl    1.43703   -0.82967   -0.08960   -0.20000    0.42000   -0.03000
5
Model[4]: IRIntensity=0.3557 KM/Mole;ReducedMass=26.2449 AMU;ForceConstant=1.3644 mDyne/A;Frequency=297.0416 cm^-1;FrequencyLabel=E;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707    0.00000    0.31000    0.00000
H     0.00000    0.00000    1.58707    0.00000    0.44000    0.00000
Cl    0.00000    1.65934   -0.08960    0.00000    0.44000    0.03000
Cl   -1.43703   -0.82967   -0.08960    0.42000   -0.28000   -0.02000
Cl    1.43703   -0.82967   -0.08960   -0.42000   -0.28000   -0.02000
5
Model[5]: IRIntensity=0.8827 KM/Mole;ReducedMass=20.8013 AMU;ForceConstant=2.0780 mDyne/A;Frequency=411.7711 cm^-1;FrequencyLabel=A1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707    0.00000    0.00000   -0.49000
H     0.00000    0.00000    1.58707    0.00000    0.00000   -0.50000
Cl    0.00000    1.65934   -0.08960    0.00000    0.41000    0.06000
Cl   -1.43703   -0.82967   -0.08960   -0.35000   -0.20000    0.06000
Cl    1.43703   -0.82967   -0.08960    0.35000   -0.20000    0.06000
5
Model[6]: IRIntensity=11.7197 KM/Mole;ReducedMass=8.0233 AMU;ForceConstant=2.6203 mDyne/A;Frequency=744.5117 cm^-1;FrequencyLabel=A1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707    0.00000    0.00000    0.67000
H     0.00000    0.00000    1.58707    0.00000    0.00000    0.70000
Cl    0.00000    1.65934   -0.08960    0.00000    0.11000   -0.08000
Cl   -1.43703   -0.82967   -0.08960   -0.10000   -0.06000   -0.08000
Cl    1.43703   -0.82967   -0.08960    0.10000   -0.06000   -0.08000
5
Model[7]: IRIntensity=150.8250 KM/Mole;ReducedMass=7.7939 AMU;ForceConstant=3.4807 mDyne/A;Frequency=870.6255 cm^-1;FrequencyLabel=E;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707    0.00000    0.70000    0.00000
H     0.00000    0.00000    1.58707    0.00000    0.69000    0.00000
Cl    0.00000    1.65934   -0.08960    0.00000   -0.15000    0.07000
Cl   -1.43703   -0.82967   -0.08960   -0.06000   -0.05000   -0.03000
Cl    1.43703   -0.82967   -0.08960    0.06000   -0.05000   -0.03000
5
Model[8]: IRIntensity=150.8250 KM/Mole;ReducedMass=7.7939 AMU;ForceConstant=3.4807 mDyne/A;Frequency=870.6255 cm^-1;FrequencyLabel=E;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707    0.70000    0.00000    0.00000
H     0.00000    0.00000    1.58707    0.69000    0.00000    0.00000
Cl    0.00000    1.65934   -0.08960   -0.02000    0.00000    0.00000
Cl   -1.43703   -0.82967   -0.08960   -0.12000   -0.06000   -0.06000
Cl    1.43703   -0.82967   -0.08960   -0.12000    0.06000    0.06000
5
Model[9]: IRIntensity=40.5189 KM/Mole;ReducedMass=1.1034 AMU;ForceConstant=1.3066 mDyne/A;Frequency=1417.6560 cm^-1;FrequencyLabel=E;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707    0.00000   -0.09000    0.00000
H     0.00000    0.00000    1.58707    0.00000    1.00000    0.00000
Cl    0.00000    1.65934   -0.08960    0.00000    0.00000    0.01000
Cl   -1.43703   -0.82967   -0.08960    0.00000    0.00000   -0.01000
Cl    1.43703   -0.82967   -0.08960    0.00000    0.00000   -0.01000
5
Model[10]: IRIntensity=40.5189 KM/Mole;ReducedMass=1.1034 AMU;ForceConstant=1.3066 mDyne/A;Frequency=1417.6560 cm^-1;FrequencyLabel=E;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707   -0.09000    0.00000    0.00000
H     0.00000    0.00000    1.58707    1.00000    0.00000    0.00000
Cl    0.00000    1.65934   -0.08960    0.00000    0.00000    0.00000
Cl   -1.43703   -0.82967   -0.08960    0.00000    0.00000   -0.01000
Cl    1.43703   -0.82967   -0.08960    0.00000    0.00000    0.01000
5
Model[11]: IRIntensity=0.0972 KM/Mole;ReducedMass=1.0897 AMU;ForceConstant=6.7234 mDyne/A;Frequency=3236.0024 cm^-1;FrequencyLabel=A1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707    0.00000    0.00000   -0.09000
H     0.00000    0.00000    1.58707    0.00000    0.00000    1.00000
Cl    0.00000    1.65934   -0.08960    0.00000    0.00000    0.00000
Cl   -1.43703   -0.82967   -0.08960    0.00000    0.00000    0.00000
Cl    1.43703   -0.82967   -0.08960    0.00000    0.00000    0.00000
</ModelData>
</Models>
##$PEAKS=
<Peaks type="IR" xUnitsExpected="1/cm"  >
<PeakData id="1" title="B1-asymm stretch of CH group (~3020 cm-1)" peakShape="broad" model="2.11" xMax="3025" xMin="3000"    />
<PeakData id="2" title="A1-symm stretch of CH group (~2990 cm-1)" peakShape="broad" model="2.10" xMax="3000" xMin="2980"    />
<PeakData id="3" title="symm stretch of CH group (~1276 cm-1)" peakShape="broad" model="2.9" xMax="1290" xMin="1270"    />
<PeakData id="4" title="symm stretch of CH group (~1219 cm-1)" peakShape="broad" model="2.8" xMax="1230" xMin="1210"    />
<PeakData id="5" title="A1-asymm bend of CCl group (~773 cm-1)" peakShape="broad" model="2.6" xMax="780" xMin="730"    />
<PeakData id="6" title="A1-symm bend of CCl group (~671 cm-1)" peakShape="broad" model="2.5" xMax="680" xMin="660"    />
</Peaks>
##XUNITS=1/CM
##YUNITS=TRANSMITTANCE
##XFACTOR=1.0000000000
##YFACTOR=0.0000302396
##FIRSTX=550.00000000
##LASTX=4400.00000000
##FIRSTY=0.12107075
##NPOINTS=7701
##DELTAX=0.50000000
##XYDATA=(X++(Y..Y))
550D004J41J21R8P0M3Tm2K8J18J42J21J13J15Q8L0j3MP2J46J83J54P0j7m1J8J14J74
563.5F097J53Q4N0Q3J38J44Q3Pj3M2J30J88J75J06L3RL9P8Q1N2L8Q5J72K28J96Q8j3
577H553m0J0Q6J37J38J04O8N9R1J51K02K10J65Q9K2j5l0k6oM4J24K02K41K18J56J03
590A1056R3J16J34J22R3Q1R6J21J16P8L1J5L7P9J13J33J50J70J77J51Q9K6QN2J29J84
603A3650J82J28P6P0J14J63J72J29P1M7P5J25J47J19O6K8L7Q8J46J78J61R9K7k0j2
615.5A6066M3J16J73J92J68J07L0l2n2k0M0Q5R1O8N5P5J19J54J52J16P8O8Q8J18J30
628A8228J17Q8O7O6R1J31J73J93J78J34Q2N1M9O4Q4J04J31J60J73J52J07O6O1R1J29
640.5B0970J42J17O8L2L0O1R5J02P9M9M3P1J08J27J13P8M2J8KokJ6M3O4P3UP9Q2P0
655.5B2912M0Nj8j9j5k1m9q4j13j42j90k70l69m59n28n96o99q42r87j074j083j038
666.5A4361r72q91p61n46k53P3L73O11P83R27J059J155J160J045Q58O86N87N50N25
676B1330M76L95L01K20J74J72K04K34K23J61P4R%M3J07J55J57J11L7k3l4J3Q6J39J44
688.5B4908J06N3J2j1k1k6k5j3J2M4P3Q8Q1N3K3lk1m0n8o3m4pK0J8j0l6l9j9Jjk5m9
704.5B4981m9k0J5K2j6q1j32j39j03o1m3n7q5j03r6p2n0m9p4j12j39j38j19j13j31
717B3036j64j83j79j69j77k05k32k38k26k12k07k13k27k55k95l35l55l46l27l18l29
727.5A7844l57l89m23m57m75m60m13l59l28l33l72m29m87n28n25m67l76l02k87l28
737.5I749l77l89l60l15k80k63k57k62k76k88k73k14j27m4jom1p6r3r1p4m4pK4L8L1
750.5E684J4lk0l4m8n0l6j3Jlj8k6j7LJ9K7L2L0J6j9o0q2o8l0NJ6RNJ8L8L7Om7r2j06
768E188q5m4rOKqj1%J7L3L7K3kk2j1M0J15J75J87J59J38J72K61L65M42M84N13N54N92
782.5I311O06N93N91O25O85P24P14O64O14N89N87N91N90N83N66N40N07M80M68M61M48
793B1537M21L86L61L51L48L35L05K70K48K43K46K44K31K21K22K31K28K04J64J27J08
803.5B7031J11J28J50J68J78J76J68J58J45J29J04P3M5L7O1J11J50J42Q2Nk9JO5J12
815.5B9501J14R4Q4R2R5P3L9J5J7K7TK0K6N3R0J02P8L3KJ0N0Q8R0N1kk7j2K6N3TL8
831C1000K1Mj4k9k6NM7O7N2K1NJ4L5M0K8J5RMj3l8n3m6j5J3K3Ml1o5p9o8l9j3kj0k2
848.5C0844k7k4j8rOL1N1N4M1L1L8O2P9P6N4L0J3kj7k3j0K7O4P9O8M2K3J9TK0J7J3
864.5C1671J4UJ2Oj1l5n2m1MN2P1L9k2p2q1n5j8MNrk7l8m0k8oK2M7O2O5N0J9j3l5l3
882C1555j2K0M6N7M6K3NMK0L1K3lk7k8j3KJqlK2N2O9O2M0J6jj4k6l8m2l4j9qj2k6l8
900C1742l1oK1L4L0J7PNTPQMj2l8o3o9m9j7QJ6J9K4K7J3k1n6o8m9k0mj0j9j1J0J8q
918C1464o4j12j25j02o6n0n4o5To0o4q6j14j18r3n1k5k6m2n0l7j2J2K8M4O2Q2R6J00
932.5C0407R7Q8P8P0O9P6Q7R3Q8Q0P6P5O5M0J0rJL3O3O8M0ol7l8j0K0L4K5J2QJ5J8
948.5C1736Qrk3k0lJ9L5M0L1J1j3l1l4k1KJ8TMj3k1j1MJ7J9J2MlolKMjrj5qNJ3Onr
968.5C1750LK2K8J9lj7k1j3kPJ5TRmj9k6Tj4LK1K7K0lk3k8j1J1J6jk3l0j5JTj3j9o
987C1651J8K5Nl2n0m0qJ9K6J1j5l9m7l2lK4L0J8%qTrj9l0k8j5jLmonTj9l8m6k5J2L7
1006C1347K5j9o4q3o4k9JJ1Ooj6k0j3%J2J0pk9m4Tl3j9mNJj7m3n4l8rJ0Kk4m2m0k8
1024C0641j9k0Tj3rk0m3o2o1m3j8KK0L4L9K5qm4o1n1k1J1K8K3Lk2m2m4l0qPNrk6l0
1041.5C0114k0nMKqj7k0rQK4K5Qj4k2oK9N6TL0%pJ7N5Q1P7N1K3J1RQ%qoNJ4TJ3J9L9
1061C0650N1M5J7pj4jJ2J5RJ0J7J9Rj2k3j6LK0K1Qor%J8L2L1J5nj5j2kMPJ0J9K5J8
1079.5C0963%j4j5pkpj4rOK3K8K6K4K6K9K2Ppj2pjMNORJ5J7J6Oqk7m1m5k8LL4M9M1
1098.5C1115J5pj7j3olnj0j5k1Tj3%RJ3J2TJ4J1Jj4k7l4l5k7j2KLj2l3l8j8PJ3ok6
1116.5C0814k4KK9L2J0j2j9rNJ3J5J0Lrj9k4k1j2mNJ8L2M1L6J9KlRK0J9Lj2rJ2L2L6
1134.5C1040K0KrqnlLJ4K3K0Mj2j3lJ0Tmj8k3j7oJONKjmnmoj1j6j9k0j4p%LMKmj3k1
1156C0903k4k2j9j3nNJ3J1%j8l1Tk1pMJ0J1QLpj6k1k0j2m%lj2k3l0k8j7j0rj7k8l0
1174.5C0490k4j4rj3k2l0l5Tl3k9k6Tl2l9m2l7l3m3o1p2o3l7j6j4k8l4k9j9k7n3q1
1190B9434r3r0q2q4q8Tq7q8r7j09j15j18j24j44j69j92k08k18k28k44k67k95l25l53
1202B5528l84m22m73n31n85o36o88p53q30r08r79j045j113j176j219j223j185j112
1211A0266j008q77p25n65m15k86j86j08m8MN9J29K17L28M57N95P33Q64R75J062J117
1221.5A2588J142J139J110J056R79Q94Q14P54P07O64O16N62N03M45L91L52L30L17L05
1231B5668K87K61K34K11J91J72J58J48J45J44J40J28J14R9Q7P8P5P7Q3Q8Q3O9N1M2
1243B8833M5N8O3N2L1J0KRK8M5N8N7M7L4K4TL1M3N4TM2K2MJJ6L5M3L3J6NJ1K5L4L2
1260B9921K4J6TJ8K0TJ6J4J6K6L8M2L4K1J3J8K6K7J7MTJ3K3K1Qpj3qOK5M0M5L6J9K
1277.5C0561qj1j0mOJ7K3K0J2OQJ5J7J4RTJ4K3K8K3J1oj6j4lQJ1Mpj5j4kJ9L9M4K9
1295.5C0860jk6l1j6OJ8J5KqrjQJ4TJ3Pmj8l2l4j8QK4K0jk0j9kJ6K2J6PLJpk0k8k5
1314.5C0754oJ8L2L0J7LmpTrj4j5j1kPJ0Q%pj0plNJ1J6J7J2NmqTnjmj5k5k3nJ9K9J4
1335C0807j3k5nL1N4M1Kl5m6k9JK7L7K9J1j0j7j0%Lqj9j7%J9K4J3nj6j5j0qj3j5lJ8
1353C0798L2K6Lk0k6j5oj3k7l0j0J9L4K8J3J0J5J4ml1m4l6j7pTnNJ7Tjk2l2k4rLJ0
1371C0658J6J9J1rk9l8k9rRK1K7TJ6j1m0n5m4j7KTj1j8j2oj0k0j8OL4L7Nl8n5l3NK3
1389C0416Ok9m7l4KL7N1M6K7Pqk0k3j7lJ5K3J0k0m9n5l3%K1TJ0jqj6k7l3k4pPKk2n1
1407.5C0174o6n6l1qlj6l2l9l8l4l7l6k4mJ0Ooj0mqm4r7j29j07m0K6O0N5L7K1J1Kn
1424B9528lLToj6j1J4M6O8O9M9J8qj5kJ7K4J8J3K5N4O9N2Ol4l5%M0N2L5J4RJ8K1Qj2
1442C0131j5%K1K5J4J2L2O5Q3O4K0k4l9k4LK0K2J1NJ1K2K9K7L2N7J01J34J25O2k8j02
1457.5C0896j31j19q4m5j6kJMJ9M1M9K0l9r0r8n9nK8K2pl0l2j4OJ7K2K5K1%m0q4j00
1473.5C0176p4k1J7J3k1m8m4j4J7L4L6L2L1L3L9M7M8L0jk5j5K9P8R6P1K5j1j7mJ0Q
1489C0575qk6l4k5q%orML3M9K3l4p7p1j9K8L2ll7m0j8jTj2k3k2nL8J01J45J22J6j18
1506C0569j97j75q7j3Lk1l4j8Jj2n5q7p5k8J5L3K7J6%l7q7j14q1J0J03J43J18O8L0
1520.5C0015Pk3o3q7o9k4Lj1m3m2OO0O6J4n2p3l6K4O3O5N2N6P3Q0N3qo4q3n7j0L4P0
1536.5B9996J07J41J49J07K3n4q4o7m0l0Tj2L1P2P3K5l8p3o5k8J0L0L8L6K7J4lj4j1
1551C0330PK6Tjl6n2l5kL1P3J52K68L54L05P8k32m51m57k83o3P8J06O9K6Kj3k9m6n5
1565.5C0176n2k9J8P9J19R9J3r0j48j33p1j5PNQK3L2J7k2o1p3n2k1noj5j7rpj1k0k1
1581.5B9718j6Tk6l7l2mK7M1K6jj9j7jQLj0j8rQK2TRlmMJ6J8Pqj8j3kMjj3j9j2MJ9
1601B9657K4J8OkjRK7L6L1J2k%J6L1TK2J0OQJ2J4J1NjJ1M6Q6R3M1m6j07r9k6N5R1O9
1619C0194K3JJ8M9N7K8k4o3p1m5oL4O1P1N8K4j3l6l4j6MJ5J1nk3j6K5P3P1j0j23j69
1635C0163q6P2J83J65M6o1p8k5L2M6K8Nj2k1j6J0M4O0M3J6LJ4L0L1Lm2q5Tj2J06J67
1650.5C0744O5j83l98l88j32J96L67K94R2n6o8j4J4lk4j8%NJ1L6O9P1K0n0q3o0j1J5
1664.5C0511QjJ2M5O1L0l9j00j04m1M5R1O8Rj9J4O9Q0J6q0j30r9j5N8Q1N5J9%NJ4J0
1680C0673nmL5J09J68J44J5j58k64k26p3R1J60J17L0k9l5k4Tk6qK2L3J4oJ4O3Q5L8
1694.5C0929m4r3p5j9K5O2J22J91J87M6j82l35k93r1J15J88J19Qm5l0LJ1mj9k1j3%
1708C0742J6K6K4J0jTNQKmqj4k2j5L1J03J47J10lj27j81j46n8J6M6L8K0MmrToLQP%
1726C0758qTLK0K8K0jk1TLL7N4L1l0r3j10o3J9P6P3K9kJ5N8P5L3m0q8p1j2M5N9K9j4
1743C0883l6k9kJ9K2J2MNRO%TOJk2n0n4k4K1M5L6J4LOTqk5k7j2OJ7K8M1M9L3j2n9p5
1762C0837m7kK9TJ6J5L3N0M0mn1p0m5MM5O1M9K0j6n0n9l3J6N3M5km8n4k5J3L0TK1J4
1779C0944kk4m4Tk4NK7L4K8Rj2k8k9j6n%MJ1K3K8K5J9J8J6jl4o0n4j4L4N5L9Mk2k1
1796.5C0889%J9Tol4m9l3jK4K7Pj2k0j5qkQK3L5L0Oj5j8jK1K6J3rk4k9k5j5mOJ1J3
1814.5C0857J3J5J4Pnj5j8j4j0lNJ7K3J8QLRJ3Jk6m9m7j8K0M5N2M7L0Ll0n5Tl1kJ3
1832C0835Roj4j3pJQJ6K0J7Nj0j6nJ1J8RlML4N9N0ko0q0m5J2M4L2lk8k3oLmk1k8j9
1851C0794LK4K9J9jj8k3j8j0m%MPMJTLJ0J1J0RTLqk1k3qJ5K8K5J3OTMnk0l2k9j9qk
1871.5C0789knj2j6j2KJ8K5J5Jqrnoj0j3j2j1qJJ2K1K0J1%pj1j8k3j0J8M8N0K3j7l8
1889.5C0801k7lJ5J4Kj1j8k1j8pQJ6Rnj2mRJ8J6QJmqj2rLJ3Rqk3k0jJ7K0J2Kjmj2k2
1909.5C0743j9%K3K7Rj7l2k6qQK0K7K9J9nk9l8k6lJ7K7L1L4L1J5j1k9Tj6kjj0j5j0
1926.5C0734KOJnpmJjnTKJ2K1J8Ppj3j1jLjj0j4j3kJ1K5L4L3J7j1l2l4j6NJ0lk0k5
1946C0702j6lkj0j4lJ7L0K7J0rj3lJ2J4Lj4k1j1NJ6J4Lpj2j1pmj%jnpmKQJ3RKj0k1
1966.5C0678k4j8nJ0J8TJ1OL%nj1j6j4mRJ9TRpj6ToQJ7J3jj9k7k1nJ1J6J1jj6k1j6
1985.5C0607MK3L1J9lj7j2OJ6J1qk1j9lJ1Oj2l1l4j5J4L3L2J3qj6j2%OLlnKJ5K3J9
2003.5C0675PmpTj0j7j9rQK4TJ2jqomrj6k0j3NK4L2J9rl2l4j4QK0TJ5J1Lrk2k7j6L
2023C0597J8K1J2%rj4j3j0njKQJ4J6J2MnqpoprqkPJ2RJj0j5j3nLJ2J8J9J2mk0k7j6
2043.5C0583%J2Rkj3To%LKULNOMmj1j4nRJ6Rj2k8Tj1J0J9J1jo%J3K0J7J0L%koj6k5
2065C0565k8j9lJ4K2J4Jj1TmMKornRK1K2J0nj4rPJ9K0Pqj8j7rkMNPTMmj3j6j3mMOK
2087C0548lT%K%noKQRjj3j6j4nLQJ1TMnj1rmLKj%MQMpk0k7j8LK7L7K5kk6l1j1J7L1
2109.5C0529K0pk7k3kJ8K3J1nj3rk%kmTlUjNRTKpj3j7j6j2mLRJ1J0RNjrj1lRJ7J0o
2131.5C0502j8j4%RPmj0TlJKUjnpjQJ3Mj1k1j9j0kTm%J3K4K7J6kj7k2j7p%JkJRJ6J5
2153.5C0463%j6k4j7lMNjkjMPJ4J9J3jj9k5j6JQNlmKLnj1oJ1K3J7kj7j5nJjqrlKL%
2175.5C0391%NROnj8k2j4NJ9K3J2lj5j2kJ0J1Mqj7j6j0lLT%jknpj1oOK2L0K1Lj6k1
2195.5C0369j4jJ0TKj0j9j8mJ4K4J5nk2k3rLQOMQTKrj5rMJ2RkqlJ0J9J3mk2k5j5%R
2216C0322J1PTNLjnqj2j6j7j0KQMpj3oOJ3J2OLJmj1j3rLJ2J4J0L%lpj3j4j1kQJ1RM
2238C0302Jkoqp%J2J8J2qk6l0j8mKjlKJ0J4J2PNPJqj3oJ1K3J6mk2k4j4%PRJ3J5J3J
2259C0309j1j8j1%NKmnjMRQMjnTlJK%jJLTlqnNJ6TNrj6j2kMKnmKJ2J3Lj2j8j1KJ2TM
2284C0289mrTnMJ8K6K3Mj6k4j6%QMljRK0J5mk1k3pJ6K8K1Pqj4j8k4k5j9mJ1J6J1QJ7
2304C0301K9L2J7nj9j7pjLQJ8K0Nk3m3l7oK7M2L1Oj5k1j2kJrk0k2qJ1K2K5K2K5K4J0
2322.5C0412j7l7Tj7Jkj7j9J1N8Q1N4j6q2j06p7k0K7M1K9J2J1L5O0O2K3l6p6o7j1N0
2338C0330P6N6Qk5l0j0NOok0k7k6j9jK0L5K4j2n3o7l6K2O5O7L2nj4J0M1M9K2k0n1m7
2355C0399j2K1K4qm9o3l8NL2TJ5%oTjJ1K4L0J3k1n2o2n1k8oRTkj5TJK0Tmk6k5nJ4J0
2374.5C0194rj8j4j1k5n0n9l8LL9M7K8ll0m0l3j5%Jj4l5m8m4k7j0mj1k5l7m0l5l3l9
2391B9565m9n8n9To5p8r5j05j09j10j12j11j01q0n7l7k6j9qJ2L6N9P4Q1Q0P7P0O4O0
2405.5B8840O2O6O9O6N2L4K0J6K8M7O3O5N1K8OonLJ5K7K9K0%j9k0kK2L3J8qk4j6NJ9
2422.5B9604J5KqojTlTJOLnj2j0l%mj4j9j6lJ2K0J9Nqj6j3lMQTRTPLTJ1K1K4J6LkL
2444.5B9666J7K8L0K0Lj1j9j7oMRTQJ1J8K4K3J4Kpj3j1lRK0K6K2Qrj9j6nQJ5J3Nlj0
2463.5B9863j0nNJ5J6RjlLJ1Tkj3j0NK2TOj3k0j1JPKmpm%ORJ3J4J1NKNQTjj0j4rLJ5
2485.5B9960J8J6J0Mknqj1j2rlMRJ1QLkqj4j7j3mMQNJKQJ0P%kLJ1Opj9j4PK4K3Kk1
2507B9993l0k0kJ2J9J3Lrj6j1JJ1J3PKLPNmj7k1j7oOJ3J5Poj6j7pPJ6TRLoj1TkJ1J8
2528B9981J4kj4j6pMQNLQJ2TKj4k4Tj5kPJ3J6TJ4Okj2j9k0j5oMNJlMK1L6L4J2j6l1
2548.5B9996k5j0MLmqmMJ1Ook1k9k5j3%PJ4K0K5K4Qj3k6j8LK1K3RljQJ3Kj7k9k4nJ0
2568B9930J2Kj1j6j0KJ0TMqj4TmOJ1PLJjmj0j2rKJ1J4J0LJKLKT%lj3k2k5j6%J1TM%
2590B9882LRJ0MJPJ7J6Kj7k6j9kPLmoJOLpj3j0lPJ0J1Okj3j8j3JJ2J4Moj3j4j2pMJ8
2611.5B9853K7K4J1mqoTj2k0k1j0LRUJ3J6J1lj4TlJ1J3Jj8l0l1j6LJ9K2J7RQJ2J4O
2630.5B9904rk2k5j5lJnj2j0NK3L2K6Rqj4j1mkpj3j4nPJ5J2kj2j1lKkj1j2jJ1J6Rm
2650B9835rqnj0j5j1MK4L7L0J2pj6j8j5j4j3j2rmJL%mj0j3j2nLJ3K1K4J7Jj7k3j2N
2669B9768J5Ppj1kJ4J5Jj8k4j0J0K2J7Lqj1pmjJNQOmj7k5k1j0JLJKOTJpr%J1J2Jrj1
2691B9720nkoj2rNK2L1K6Rj1k5k6j4KJ2J0K%LQO%mjMOjj0j7k1j6kJ6L4L5J9mj7j5j
2711.5B9751J1J8J3kk2m1m5k7KK5L0J6pk4k7k1rOJ4J3Noj1j0mKPQKqj5j4jJ7K4J8%
2730B9688j7j9j2KJ1J2QMKTJjk%QJ3Qqk6l0j6PK0J4%n%ROqj7j2jNmj4j1NK1K0Lj3j7
2751.5B9636j0l%kT%TlkLJ1J3Noj3j4oMJ6K6K9K0jk3l6l5k5j2jQJ5K1TJ5NlT%NTK%
2772.5B9660jkpj7k3j7JJ9K5J2rk5k7j4MJ6J5OkJRTmk1k5qJ7K9J9lj9k0j2nmqoLJ2
2792B9578J3Kj8l3Tj9JJ0RQJ3K7L4K5Lj8k7k0oNO%pj1qmKMNLjpqkRJ5Rnj9k0j4olm
2814B9488jPJ5J4Kj0j4lJ3K6K4Rj1k4Tj7p%jlnlKJ1J8TJ2%j3k0k2j5nPJ3J4J2ROjj6
2834.5B9505l5m6m3k5%J7K6K5K3J8Oj7l9m8l5rJ5K1Rqj9j8j2j6l2m8Tk7%J3Poj1lK
2852B9142lj4j5jJ4J5kk2k8j7OK7L5K9J1j1k8l0k1pOJ6K2TJ5LnTLNjj4k4k9k5j5jJ5
2871B9068K8L3K5Oj4l0l2j8MJ7J3ql0l5k1LJ9K2J2oj9j8%K4L6K3j1m5n8m7k6rMJ5K2
2888.5B8947J9Nj4k0j2MQpk8l9l0nJ9K7J9%j6k0qJ0K2J6mk4k7j0J7L3L0J8PKkj2j9
2906B8906k1j7j3j1rKJ6J9Oj6k6k0mMKmj0j7k7l8m0l2k1j4j2qlJnj3j5r%Joj3j2oj
2925.5B8514lmKJ4K7K8K1Qnj5k2k4j7%J9L1K8J7RNLjj0j2JK4M6M9L2Prj2nkpj3j0O
2944.5B8720K6L8L1J3mrkQJ3J0Jj0j9k1j7lJ4K5K3Nk1m4m9l1jK5L2J4j5m1n0m0j5Q
2961.5B8614K0J4lj8k3k0j4j9k9l9m2l5k0nNPkk2m1m9m1j7PK0J2j1k8k9j3OJ2OklN
2979B8203J4K1K9L7M1L3J6%oJJ0J3J2TJ6J8J1mj9TJL1N1M5J3k7m9m6k9rJRJ4J2ql7
2997B8411o1Tm2k0j0j7k5l0l3m3o2p9q3p5o6o7q1j00j16j29j41j56j71j82j92k04k25
3010.5B5940k59k96l32l59l83m13m50m88n15n21n05m74m34l87l25k42j46m4M7J22J84
3021A9720K37K85L20L43L53L51L44L31L13K93K75K63K57K50K44K34K19J99J77J56J44
3031.5B5308J40TJ35J26J13J03J01J03TR5Q0O5N5N0TM9M8N2N9O5O4N5M4M0TM2L4K1
3045.5B7380J0J3K6M2N0M7M0L2K4J3%pkJ1K4L0K5J8J4J6K2K6K7K2J6Plj0j1pl%LJ2
3062.5B7907K6L5L1J2j0j9j2QK2J9Jj9k5j1J2L1L0J5nj3j2mPJ9K9L3K5J2kojPJ7K8
3079.5B8187L7M0L1J6M%kpj5j9j1MK3L2K7J0qj5nJ6L3L4K1J1RJ6TRKJMKorlRJ1%j3
3099B8492j4LK2L0K0Lj0j1lJ0K3K7J6ok4k7j4QK4K6J5jj1pQK5L3K4Mj5j9nJ5K5J7m
3117B8699k0j8jJ7J8Lj5k4k1j4oNJ6K3J8Lj0j2jJ0J3OJKPJ2J3RLnj3TnMOkj4j9j0P
3137B8672J7J4Jp%J7K9K6Qpj4j0orj6j7lJ9L7L6J4j7l6l1pJ5J9MrqRK1J6mj9j6MK5
3156B8767L2K2Mqj4j3j2j1j0rpnlJPJ3TOrk0k2j2KRNnj1qKJ2J7TQj1l1m2l7j4J1K8
3176B8662L3L4K7J6nl1m6l9j1K6N2N4L0lk7k9j0J3K3J3j0k9l3k2oJjrpLJ1Prk0j4J0
3194B8654L1L3J4rk5k6k2j4mLNJlKJ4K3J9QkmTrj8k5j9oNRTQRPMJKMNONLlj6k9l4k4
3216.5B8588kJ9K5J2j5l9m1k2J2M0N0L8J5nj4ToMQMrk4l2k6nJ6K8K6J6LlpolJMJqj8
3236B8611k1j5pnqj1mJ0K3K2Rqj7j5nMQNlj1j2lJ1K1J5lk2k4j2OJ2Olql%Jmj2j6k1
3256.5B8491k2j4LK4L5L0J1j3k7k5j2JJ1J3J2OJlmk%kpj1j4j1lOJ4TOoj1oLRMqj8j6
3276.5B8459j0mk%RK2K8K2Kj9k7j8KJ6J9J2Lpj5k4l0k3mJ6K0Lj7k0OL9N2L1j0m1m2
3294B8448k0OK3K2Pj3l0Tj1J8L5K7Oj2j5j0Tj4TkRJ0Jpolqk0k1qJ4K3J6NMJ2J5%k5
3313.5B8422m0l7j8KK0K9L6TK4Kk8n0n7m0qK7M6M3K6Q%JK%pj3j0omrj6j7pOJ5J4OJ
3332.5B8399JORQLpj7k2Tj4lPJ2J5J9J8J2%qj2j0omTk%jqj2j0JJ1J5J0jj0j7Tj4j0
3352.5B8315jJ1K4L2K7Nk1l9l5j9n%jJRJ8J7QlolKMLMQJ2J3QJpj2j1nKLlj0j3qknj2
3374B8306j7oJ4L1K8J1j1k2k0j1pmKJ4K5TPk0l9l4j0J8L2K8J6PKnj8k8k4lK0L4K5L
3392B8369j6k2j6olpj1pKOMLRK9M5M1Rl2n4m1oK4K7Lk2k5oJ9L0K3Qkm%LNRJ0lk6m9
3412.5B8320n4l8j1J2K4K9L2K9K0Mj0j5j2nLKpj8k5j7%J8K0Qpj3pNJ5K1K8TJ8kk1k7
3430.5B8347j5KJ0Lj0j3mJ0J7J1JpTnopmNJ7K0J1mj3j2mKMKJMJj3k9l3j6J4L7L5J6
3450B8368JLJ2J1j0l1l3j1J2J1j2l1k7OM3O1M4Nk9m1k6mJ0NlTNRKqlJ9L4K0j8m5l3
3468.5B8313J5O2P4M8Qj5Tpnj3k3k5k2j4rnLJ2J9K1J9TK2J8Kk5m2l9j5J3K6TK1K4K6
3486B8517K0jk1k9j9oKJmpkOJ6K6K9K3Rmj2j5j7j8j5lJ4K6TJ8RL%pj6k1j9qknj5j7
3506B8462%K8N0N1K6ql1l8l1j8qkJMOROkj2j1QL9O3O0K6j2l3k1PK7J8j3m5m9k6PK4
3524.5B8562J4j0k2j4LJ5J4J1J3J6J2pk7l6k9j3MJ9L2L6K8Oj0qQK2J5rk6j8RL1L4J7
3541.5B8692jj4j5rRL2M3L0j0m8o1m3j0K0L8M4M3L3J4ok1l2l8Tk5JK2K7J0j1j6mJ5
3558B8671K0Nj9k7j0K0L8K6K%L5P4P0J2o1q8n6oJ3ok8k4mNloRK8K2j2m0l6mK5K7Pq
3576.5B8671qlJTlj5l3n3n5m5l8m8o4n3%P1J18J08N8Ok0j9j1oKK3N5P3N6Ql9m6JO3
3593.5B8756Q0K8n8j11r3l0K3K8Kj4oJ0Trk1j1J1J8Mj4j2QJ8RrTM%m6j05j18n4N2J18
3610.5B8459R5Po9q7n5j5RK1L3M1L9K6J3ml4p5j09j06o4pK9L4K5K1K9L7L2J6%QN3J17
3626.5B8519J58J22Nj40k25k00q3M8J25J23O8Qk6k8oK3M3M7L3J3kpjPJ4J6J7J9K1J7
3641.5B8728Nj5k7j3L5R4J31J13L7n8j16r8j7O5Q1J2r5j57j28l8N0Q6P9O4N9M5ko3
3655.5B8857r6p2j5K7K8%k2j5J3M2N5M3Rk9m6l5oJ2J1MJ1L4N5N7L8Lm7j04j47j40p4
3671B8451K5J17J73J91J63P5o6k07k65k06p9K8N3J8k4l5k3j5k6m3n4m7j6L3P4P6M0
3684.5B8411%jL3N2J5n1p2j7O9R6L4n3p6j1P2R4L8l3n1j6K8M4L4K8L1K6Kk1j0L5P7
3700B8807O5%p5j02o8rL3L2Oj9j7K0O9R3O1j9q4p5J3J12J34N4o6j33j10l6K1L0J3j
3715B8749KJ1J6J8J3Jj2%M6R5TK1q3j35r1J2J03J28R1K0n2j03j19r0l7J2L7N4P1P4
3730B8947K9n1r7m4P8J61J19k1j33j23j8Q0R2K4o2j02p3OQ2R5L9k0JJ04J65N5k02m11
3744B8720l81j30J59L07K83J87J06K8p9j74j70m9Q5J05jj26j50o5M9J07R3L8k1n8n3
3756.5B8810lO2P8J7q4j35r2J0Q4Q2L2mJ2N4O8L3l4q3q6l9K3O4N5Jo0q9o7j3L7N3L5
3772B8821Oj3TkNkj4j5J5N8P7L9m6j16j18n2K8O7O3M8N3O1L9j6p1q5m8PM6TJ8j9m5
3788.5B8822m2j6J5L0K1Lj2j1QL9O7P3L9k4q2j03p6k4L7R4J39J41Q1k8j28j64j36q0
3802.5B8683k7K7R8J64J65O8q2j91j88r1K2Q3P8M2J2NT%qJM2R5J07L2j06k15k12r4
3816.5B8515N7J55J80J67J49J02pj55k52k29j05K2Q1P5N6N9O5L5k5p1o8k8J1K6L1L6
3829.5B8882L3Mm4o9l5L3O4J2p9j12l4R4J47O8p0j28m8Q2J21K3j13j49m6R6J44O4o3
3843B8877j18p2J5O0M5J5RK2K1jj0K5Q3J09P6K4MJ0k8j45k75k90j40Q3K23J98O5m3
3857B8842n5nL6M5M2M4L5km8n3lN9O7Lq9j35j06k5N8J16J47J52J13K1r9j82j70o6O0
3871.5B8802J25R2or4j21q4j9K7L5J7J0M0R0J09M7p2j66j61o2M6R2P1M6N9Q2N6l8j37
3885.5B8886j58q3K8R3Q5M6K6K9J7k9p9q6l5L7P4N3kn1o9m7RP1R8N6m0j15j03j1Q0
3900B8780Q6J0o8p4qO5Q2M7Kj9k1Tk8Tj7JRKj4k2j0J4L6L4Ok7l4jN2P3L5m1r7q3qP2
3918B8785R7N5j6o0m8nK8L1J2mj0j5k7m2m4k3RL1L3K0QRJ8K0Kk9n4Tk6NJ3ol4l9j0
3935.5B8630L4O1N3J9j7l1j7J3M4N4L6lm1n4l9j1POkoj%pj2nJ2K1J5jj0nRJ5J2KkK
3954B8781J1J7TJ0rl2m5l8rK7M8L6Kl3m1j5K2L9K6ol2l6k0JJ3TMj2k5l0k0jK2L3K6
3971.5B8744jl8n7m0J2O4Q2N2Lk7k4mO%plQOj2l3m0k9pJ1J5J0LJQJ7K4K0Prj9j7mJ6
3990.5B8738K6J8pl3m1k3OK6K4Rj0j7Tj3q%J3K6L2K7J0j3l7n0m6k3J2L8M2K1oj9j2
4007B8693MPlj0LK8M7L7Nk9m4l8j7KJ2J4Pmj7k4k0lJ7L4L3J5j0k8l0j8lNQJ2J5Qj0
4025.5B8698l5m0j5K7N9N1J3k5l2j0J7K2Lj7k5k0j5j4nJ9M5N3L1j2m7n5l7j4lpj3o
4041.5B8591J7M3N4L9Ll1m8m0j4J2K8L1K5J7RNJjlj1k5l8Tj9QL0TJ7Krj5k2k6k0jK1
4059.5B8622L2K6Qrj5qNK0K3J2oj6j0PJ4Nj5l0k7rJ7L7L9K2rl5l8j6J6L6TK1Kj3k8
4077B8716l6l0qK0L2J9j3m3n2l7j3PJ5J7J8J9J7J1Jrj5k0k4k7k5j3RL4M7L8Qk8m8l9
4094B8548j1J4K2J5OQJ3Roj9j8lRMrj2MK9L6J7j3k6j1J8L2J4k4n5n1j5K6M4L0KpJ1
4112B8631L9M7K5j0l3l0j8j6k5k7j2J3K6J8KmQK1J5j2m3n5m1j9%PJ3K5L9M1K1j3m1
4128.5B8592m3k2KJ8K3L2M5N1L5Jl0l9k6rnj9l2l4j7J4M5O1M8J0l5o1n8l6j2JPJ2J8
4145B8537K1J4MjJMNkj2k5l3l1j6J2L4L8K1j1l3l9k7rOJ4K3L5M6M1J4k2m9n0l1j0L
4162.5B8472J0K1L4TJ2k4m5l4OM6N9L8jl5m8m5l5k9k1nJ9M3M7K8Kr%J7J3k4p2r9q4
4179B8291l4J7M3L7J9QMlk0l9m3l0j1LJ2K5M0TJ2l4o3n2j3K2K8J1j2k5k8k6j9j1Tk5
4196B8113m6n7m8l0j8k3l0k4oOnl4o8q5q1o8n7n3n0m8m9n9q0j04j14j01p1m8m3n3o3
4211.5B6503n7l5j2kj2l1m2k5J8O7R5R0N7K5J6L5O8R6J10J05Q6N9L7L1M3O1P2O4M0
4226B7562J3jOL1N7O4M2J0qPM0O1N1J1k9m0j5L0O3TL1j0k5rK1L7K8RLJ5L1K9Rj6l7
4243.5B8134n2o0n3k3K0N6O2M2J7NTQJqj3j0mkoj0j2rKJ2J4Q%jOJ2TP%TKLTNJ1J3J0
4264B8207LlokMJ6K7L0J7rl1l5j6J5L9M3K5lk4TmK3M0L1%l5n6n2k4J4M3M6K5jj7rJ4
4282.5B8311L2L9L2K0Pj0k8m1l7j4J7L7L5J4j1k4j5RL6M7L3Lk7m3m2l0k0j1jJ2K4K5
4298.5B8379J4mk0k4k2j4oMRQmj9k6j6PL0M4M6L5J6lj8TnJ1J6QjOK2L1J4k5o3p1m3
4316.5B8298JL4M3K7jl0n0n1k8J4N5P5N8K0j4k4j4nqj2JK6L8Rm8q9p2pN3O0J2m1m9
4333B8281qM4O0K8k1n0l9kL6N6N4L8J2j6m0n3m9l8k2rOJ5J8RnqJJ3Pj3l3k7J0N6Q2
4350.5B8393P0K8j5l4k4NK5K2Oqj0qj7l3l8k2OJ9J3lmJ2K5J9jj4qNOj4m3n5l2J3M9
4368B8333M8Mn1p6n0QN7O9N4L5K5J9Lj6k4j0QJ2ql4m4l0qNKlLJ5J9Lk1l1j4J6L4K7
4386B8379Lj9l7n1n3l0K0O7P5M2lk3j8j6k6l9m1k9oL1P9R3J6j24j73M5K39M37
4400B8838
##END=  $$ end of CHCl3
##TITLE= deuterochloroform
##JCAMP-DX= 5.01
##DATA TYPE= INFRARED SPECTRUM
##DATA CLASS= XYDATA
##BLOCK ID= 4
##ORIGIN= Department of Chemistry, UWI, JAMAICA
##OWNER= public domain
##LONGDATE= 2012/02/20 19:49:53.0481 -0500 $$ export date from JSpecView
##$MODELS=
<Models>
<ModelData id="cdcl3" type="MOL">
CDCl3
RLDSViewer          3D                             0

  5  4  0  0  0  0  0  0  0  0999 V2000
    0.0000    0.0000    0.4971 C   0  0  0  0  0  0  0  0  0  1
    0.0000    0.0000    1.5871 H   0  0  0  0  0  0  0  0  0  2
    0.0000    1.6593   -0.0896 Cl  0  0  0  0  0  0  0  0  0  3
   -1.4370   -0.8297   -0.0896 Cl  0  0  0  0  0  0  0  0  0  4
    1.4370   -0.8297   -0.0896 Cl  0  0  0  0  0  0  0  0  0  5
  1  2  1  0  0  0
  1  3  1  0  0  0
  1  5  1  0  0  0
  1  4  1  0  0  0
M  END
</ModelData>
<ModelData id="3" type="XYZVIB" baseModel="cdcl3" vibrationScale=".2">
5
Model[1]: Convg=0.7033D-08;-V/T=2.0004;Energy=NaN;Range=M.O.s;E(RHF)=-1416.86840659 A.U.;PATH=Calculation 1;Input
C     0.00000    0.00000    0.00000
H     0.00000    0.00000    1.09000
Cl    1.65934    0.00000   -0.58667
Cl   -0.82967    1.43703   -0.58667
Cl   -0.82967   -1.43703   -0.58667
5
Model[2]: Convg=0.7033D-08;-V/T=2.0004;Energy=-1416.8685;Range=M.O.s;E(RHF)=-1416.86840659 A.U.;PATH=Calculation 1;Standard
C     0.00000    0.00000    0.49707
H     0.00000    0.00000    1.58707
Cl    0.00000    1.65934   -0.08960
Cl   -1.43703   -0.82967   -0.08960
Cl    1.43703   -0.82967   -0.08960
5
Model[3]: IRIntensity=0.3557 KM/Mole;ReducedMass=26.2449 AMU;ForceConstant=1.3644 mDyne/A;Frequency=297.0416 cm^-1;FrequencyLabel=E;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707   -0.31000    0.00000    0.00000
H     0.00000    0.00000    1.58707   -0.44000    0.00000    0.00000
Cl    0.00000    1.65934   -0.08960    0.52000    0.00000    0.00000
Cl   -1.43703   -0.82967   -0.08960   -0.20000   -0.42000    0.03000
Cl    1.43703   -0.82967   -0.08960   -0.20000    0.42000   -0.03000
5
Model[4]: IRIntensity=0.3557 KM/Mole;ReducedMass=26.2449 AMU;ForceConstant=1.3644 mDyne/A;Frequency=297.0416 cm^-1;FrequencyLabel=E;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707    0.00000    0.31000    0.00000
H     0.00000    0.00000    1.58707    0.00000    0.44000    0.00000
Cl    0.00000    1.65934   -0.08960    0.00000    0.44000    0.03000
Cl   -1.43703   -0.82967   -0.08960    0.42000   -0.28000   -0.02000
Cl    1.43703   -0.82967   -0.08960   -0.42000   -0.28000   -0.02000
5
Model[5]: IRIntensity=0.8827 KM/Mole;ReducedMass=20.8013 AMU;ForceConstant=2.0780 mDyne/A;Frequency=411.7711 cm^-1;FrequencyLabel=A1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707    0.00000    0.00000   -0.49000
H     0.00000    0.00000    1.58707    0.00000    0.00000   -0.50000
Cl    0.00000    1.65934   -0.08960    0.00000    0.41000    0.06000
Cl   -1.43703   -0.82967   -0.08960   -0.35000   -0.20000    0.06000
Cl    1.43703   -0.82967   -0.08960    0.35000   -0.20000    0.06000
5
Model[6]: IRIntensity=11.7197 KM/Mole;ReducedMass=8.0233 AMU;ForceConstant=2.6203 mDyne/A;Frequency=744.5117 cm^-1;FrequencyLabel=A1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707    0.00000    0.00000    0.67000
H     0.00000    0.00000    1.58707    0.00000    0.00000    0.70000
Cl    0.00000    1.65934   -0.08960    0.00000    0.11000   -0.08000
Cl   -1.43703   -0.82967   -0.08960   -0.10000   -0.06000   -0.08000
Cl    1.43703   -0.82967   -0.08960    0.10000   -0.06000   -0.08000
5
Model[7]: IRIntensity=150.8250 KM/Mole;ReducedMass=7.7939 AMU;ForceConstant=3.4807 mDyne/A;Frequency=870.6255 cm^-1;FrequencyLabel=E;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707    0.00000    0.70000    0.00000
H     0.00000    0.00000    1.58707    0.00000    0.69000    0.00000
Cl    0.00000    1.65934   -0.08960    0.00000   -0.15000    0.07000
Cl   -1.43703   -0.82967   -0.08960   -0.06000   -0.05000   -0.03000
Cl    1.43703   -0.82967   -0.08960    0.06000   -0.05000   -0.03000
5
Model[8]: IRIntensity=150.8250 KM/Mole;ReducedMass=7.7939 AMU;ForceConstant=3.4807 mDyne/A;Frequency=870.6255 cm^-1;FrequencyLabel=E;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707    0.70000    0.00000    0.00000
H     0.00000    0.00000    1.58707    0.69000    0.00000    0.00000
Cl    0.00000    1.65934   -0.08960   -0.02000    0.00000    0.00000
Cl   -1.43703   -0.82967   -0.08960   -0.12000   -0.06000   -0.06000
Cl    1.43703   -0.82967   -0.08960   -0.12000    0.06000    0.06000
5
Model[9]: IRIntensity=40.5189 KM/Mole;ReducedMass=1.1034 AMU;ForceConstant=1.3066 mDyne/A;Frequency=1417.6560 cm^-1;FrequencyLabel=E;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707    0.00000   -0.09000    0.00000
H     0.00000    0.00000    1.58707    0.00000    1.00000    0.00000
Cl    0.00000    1.65934   -0.08960    0.00000    0.00000    0.01000
Cl   -1.43703   -0.82967   -0.08960    0.00000    0.00000   -0.01000
Cl    1.43703   -0.82967   -0.08960    0.00000    0.00000   -0.01000
5
Model[10]: IRIntensity=40.5189 KM/Mole;ReducedMass=1.1034 AMU;ForceConstant=1.3066 mDyne/A;Frequency=1417.6560 cm^-1;FrequencyLabel=E;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707   -0.09000    0.00000    0.00000
H     0.00000    0.00000    1.58707    1.00000    0.00000    0.00000
Cl    0.00000    1.65934   -0.08960    0.00000    0.00000    0.00000
Cl   -1.43703   -0.82967   -0.08960    0.00000    0.00000   -0.01000
Cl    1.43703   -0.82967   -0.08960    0.00000    0.00000    0.01000
5
Model[11]: IRIntensity=0.0972 KM/Mole;ReducedMass=1.0897 AMU;ForceConstant=6.7234 mDyne/A;Frequency=3236.0024 cm^-1;FrequencyLabel=A1;PATH=Calculation 1;FrequenciesFrequencies
C     0.00000    0.00000    0.49707    0.00000    0.00000   -0.09000
H     0.00000    0.00000    1.58707    0.00000    0.00000    1.00000
Cl    0.00000    1.65934   -0.08960    0.00000    0.00000    0.00000
Cl   -1.43703   -0.82967   -0.08960    0.00000    0.00000    0.00000
Cl    1.43703   -0.82967   -0.08960    0.00000    0.00000    0.00000
</ModelData>
</Models>
##$PEAKS=
<Peaks type="IR" xUnitsExpected="1/cm"  >
<PeakData id="1" title="B1-asymm stretch of CD group (~2260 cm-1)" peakShape="broad" model="3.11" xMax="2280" xMin="2240"    />
<PeakData id="2" title="A1-symm stretch of CH group (~2250 cm-1)" peakShape="broad" model="3.10" xMax="2270" xMin="2220"    />
<PeakData id="3" title="symm stretch of CH group (~1276 cm-1)" peakShape="broad" model="3.9" xMax="1290" xMin="1270"    />
<PeakData id="4" title="symm stretch of CH group (~910 cm-1)" peakShape="broad" model="3.8" xMax="930" xMin="890"    />
<PeakData id="5" title="A1-asymm bend of CCl group (~773 cm-1)" peakShape="broad" model="3.6" xMax="780" xMin="730"    />
<PeakData id="6" title="A1-symm bend of CCl group (~671 cm-1)" peakShape="broad" model="3.5" xMax="680" xMin="660"    />
</Peaks>
##XUNITS= 1/CM
##YUNITS= TRANSMITTANCE
##XFACTOR=1.0000000000
##YFACTOR=0.0000312500
##FIRSTX=520.00000000
##LASTX=4400.00000000
##FIRSTY=0.61121875
##DELTAX=1.00000000
##NPOINTS=3881
##XYDATA=(X++(Y..Y))
520A9559K43K20P2o8L0J63N4j21L3M39O37M95J76j33k80j35J90L70TM63O66O95M66
543B4604K56J51l5l22l59P4O00P03M21J81J93K67J99R4J69L81M75L16L7j33r7N8J79
566B8412K37K91L54L25J59j4l9N0J03Q6P9J25J67J69J41R9Q0J19J85J83Q6j3k7K4N5
591C1436K8l6o7K4J87K64J64%j03j00l7J5J4k2j6N2J13Q4%o9j03k6Q8J08Kj00j10o4
619C1726o0p9o5k4oJ6R7J83J68M4l9TK3M7Qlo4j10j40j65k31l55n26p24r46j169j375
646B6192j562j703j680j318n43N11J521K143K197J782J205P63N52M82M34L54K53J60
664C1743Q9J0p9j17l9J05J77J11%k5j1J6Tnl4o0q2r0p6n5o1r6j25j15p9o6q9j27j52
693C0684j74k16k69k92k68k55l05m02m68m76m77n26o27p27p92q42r32j078j227j310
713A9021j329j362j440j511j500j392j223j022p94n80m90n35n13k27J57K58L0k11k01
732E136J1J66J38Pj02j45j39q3JP7J15J30J53J75K04L68P90J377J846K033J990J862
754A6110J761J680J558J362J133R26P71O71O20N92N49M73L86L24L09L16L03K58K04
773C0306J75J60J37J17J14J18J01P5N6N9P0P9P7N6L1K4L4M0L4K9K7J5nj7%K3J8k2m6
802C1885j3M8O5J5k4n0k6RK0Qj2j6jK5M1K6nl8l3KK7K5Kj7k5k0JK7L9J5k3m1k3PJ7
837C1937PKTmk2l3l5m0Tk1QJ5k1o6p2l9j7k9n0m8l0k9m8p0p4o2n4o0o5n3k6j7m3r6
871C0707j51j87j92j68j40j43k02k93l61l66l43l48l98m51m74m78m97n41o16p39r22
892B2697j146j375j602j863k148k346k308j986j470r32m87j81j6L8L1j3o0Tj1L3M5
913D840Q4K50O32J252J958K475K627K439K083J727J444J228J057R16P88O60N35M38
931B7433L91L74L45K92K31J89J67J63J68J69J52J23R6Q5Q2TQ0P2N6M9N9P6TN5L5TM0
958C1175L5K4K1L2M3M1K9J6J1J3J7TJ5J2QJkJ2K5J9j0l8m0j6QJ1qk6k2kOkj0nJ7L1
994C1458L0J8J0PTOQJ5J6J1MLNMJKQNpj5oJ5K1Mj5j1%OTJ0Rjj2j0%Mjpj1j2j6j5j1
1037C1543jQTKrj5j7j0PK3L1K2Kj2TJOJmKJ4J7Oj4k4j4J1K8J5j8m1l4pJ7J9Qpj7k0
1076C1515j7j3j2k4m4n7m9l3k9l9n2o1n8m7l2k5k6k7k2j8j7j0J0L2M0L1K8L9M9M8L5
1107C1115L0L2L5K5J2J4K6L6L2J1rj5mJ0J5J3J6K3K1QNJ8L1TJ8NJLJ5K6K5J7QKqj7
1143C1626k0rRK0J5Mpj2j7k1j8j4j1j0kLlj5k4k1j0jJ%KTJ%KJ0J8L0L7L1J3JjQJ3J2
1183C1642J3J5J4NkonjJlokQJ0Jj0oOJ0%j2j8j5oNRPKmj4k5l1k1KK4L2K6J0pj5TmJ4
1226C1628K8K4jk4TjJ9J1j6l3k2LJ8J2lj6k1k0j2%KjokPJ4RKmlJKMOLoj6j7rjJ%TN
1270C1541PMljLNJTjlqnNJ2R%rj8k3j7kJ3J5Kj8k6k0mPJ2J5J3JoKJ6TMmKJ0Rlj2j3
1315C1529kJ1J3Kj4j8j3jJ0J3J2MlTMOmj6j7LK2J4k0n2m9j9J0J4Kj4k0j5ojTKLlj7
1354C1366l1l5k9j0J0Tj9o3p7n0pJ2om4o9n7k3j2m6r1j00p3m5l5k8k1j7j6kK2L6K5
1386C0475QJ4M3O8P2O1L3MKM1P9O8L1J9N0P5N2Jk2KL3L1%k0j5NJ8J9TK6J1m5r7o6L3
1421C1128Q9M6l2m3RN0L7jk5k6j5QL3K0l7p1l3L4M7Lm0m4k0JTk0l9l3k2k9k6J5M9N
1455C1019j02j65j23k8K9L3J6j6n9q1n9j3K5M6M1Jm3l9%J7%J2O8J03P1Rj0K5O9P3M4
1486C0963K1J7Oj3oN1J00Q2K0j4LK0Rj0rL0R4J28O2p3j49q4L2O9J4k9J3P6N1n2r4R
1518C1337J26Q6o6j34n1N2N8jn1n4rO5R7L0q9j38m6J20K11J39n6k11j99n2O9O0k0m3
1546C1230J1M7Om3k1J1k7q1k4J15J42l4k50k71o9J44J61K2p5k7O4N5m8j15p1L5R8N3
1574C1038p3j61j16J3R3P0Ol0l1j9n%pk3TpJ3J8Roj3j2j1qKJ3J0lqOK7M1L8K5PmlK3
1612C0889O7Q2J6r2j26l7Q7J30P1l0q8n5K9O7J8m2m8rM0Q6Q1j1j27j40l5O8P8K7pJ5
1642C1004N7N3j8j06j24l1J27K13J09j29k71j65O9J85J18J5OM9M8j5o8m6L1R2P6jp7
1669C1201q4qR1J11K1r4r8NP2L6J1Q9J41Nk14k43l0J74J64K5o7m2M8R7J6j22j19O8
1697C1254J67k8k92k48Q0L01K09j3j15o5J7M3K4J5K0J7Jjj3o0j06o2M6J10P1jl3j7
1725C1321J2K2ll0nO1Tn4j66j20N4J64R9l9q4j9M0K8kJ2M4M0Kl5n9o8k9M6R6O0k7o8
1757C1354j8N9O4j0p6o1J3O2L7j9k3L9O9j1j23j22j0P7O4J8kj2l5l4mJ3j5n3n6l0k
1788C1153J0oo2j12r5j2O3P9N8L6K0OLMOJ1J7J8J3J0Lk1m2l9oK4K5Jk3k2oJ3L3M8L1
1823C1239k5o0j1P7Q9Lp1n1J8N1M3K2OnpQL9O2M0l2q8o2J9O3L8pj9mJ3J8Rpj6j3NK3
1859C1407K7J1j3k1nK4M2K3k5o1n0j0K2K5J7Ooj0JQJnkJoj0NK2J1k1l6j7J5K4Mj4j3
1896C1371MJ1NjJL%lJL%j0j5r%L%MJ9J8j3m0k1K4L7Nk5j6OJ2LJL%pnKMmj0TMK3K9O
1941C1413l0l7j2J4TJjNO%jJknmlmoT%OJ5K1J0j8l6k5MJ9J5Jj1j3pLJ1Qkj0oOJ2Mp
1985C1343j1oLJ4J0j0k4j9kNJkKRTOjTNJ0RN%opnkJMOMpj5j0MJ1PmpnkUPJ5J4Krj1
2034C1336j0j3j5lJ7K4J4%pj0qmMRQKnpkRJ4Qnj3j1kOPkj3j6oQTKkLPN%k%KJK%lTJ
2083C1335J1TKrj1qpnjJLRJ1Pmj6j8j3lPJ6J5Mpj2pJLJkjQJ1Jj2j3lPMrj8j3KJ3J6
2128C1307RkqpLJ3Qmj3ToJTjlkTmpmLNKj%lop%O%rpOJ0jj5TjQNmkORjj6k2j7lPNj0
2181C1198j7qORKqTkJ1J8J4mj9j6mK%pTnJNMjpm%Tkjkrj2pOJ0kj2j1jkpnLTqj8j3o
2230C1057lj%lj2k3l1l7l9l5l0k9m6q1j24j58j94k68m14o01p27o72m10l6K94M78N05
2257B8360M38L46K73K18J72J34J14J09J01P4M8L8M3M9M6L8K7J6J1J7L1L4K7J5J2J4
2283C0805J5J0LKOPjj1pJ2K5K1Jj1j0okKRJ0lk3l3k2nLPLnj3j1jNkk0l0l4k8j6PK5
2324C0684J4k2n0m5k1j0j2oJ0K2Qj7l6l7j6J3K7K5J6J1J0K5O7J03P9Jo2o3m5n9r0q6
2356C0438m0kJj2nJ9L5K6PkOK8N3P0O5M4K0J4K8M8N6M6L0K5K6L4M3TK6Jj2oQJ5J0%
2392C1186nlMOkj0TkL%UKLJ1J3Rmj4j3kRJ0jj2j1%O%j0qKNlq%J5K1Nj8k9j7MJ6J0k
2438C1156pjJ1J0pk1j7mL%jLRQJnqrj0qkNJ0RMlj2j5nJ1K1J1pj8j5nMQTNkqj2pjPN
2485C1099JTLMmrpNJ5J4Kj2j5mROqk0j4LJ4J0oj2rjKmrTkRJ3J1ONMkj3j8j4lQJ3Pm
2531C1065j1jJ4J7Rlpj2j0KJ1QmoMJ2Nj1j7mJ3J7KrpJjj3TJJ7J6Mqj3nJ0J7Pj1j6m
2573C1066J1J7J0%rj1lNPTRJ1jj8k2oJ0Rmj4j3oJQJ2J0QPKopMRJj3TnMOJ1J2Lj0j7
2617C1082j3mNJ3QlpJJ4J1jj3j6qJONJmn%RJ2Ooj4rkKTLK%lmTnprTmNJ7TMj6j9mQN
2667C1050k%O%pmKJqj3oKQJ0O%momnok%knTkLMK%JKJ%JNMmj3j2opj2rMJ4J2Krj3pK
2720C0969QPONlj2j7j0KJ0J1J0Lnj1mQJ0kj8j9oJ2J9J5Jj4j7rLJ1J0Jj0j2LK0J9jj8
2760C0975j8q%KLMNMmj0j7j8j2%QJ1J4J6J5Jj7k5j1J2K3J3rk0j4JQLj0rMJ7J5Lqj1
2800C0936pULJ4J6Kj7k3j7jJ2J3PMQMj1k1j0J5K7K1Mj5k7l1k2oLTKT%jkKjj0j2lQM
2843C0859j6l2l5k4j7j9j8nJ6K5J6kj7j2OK4K6J4jj0nLRPL%jLJ0J6J4kk2k5pJ2J8J1
2881C0822Lnk1k9j4J1K1Rrk0k1j6j0Tj5j9k0j7j9j7nJ0J1JjQJ4Nj4k3j3KMj1k5k7j2
2918C0528JKrj9j6jJ3J4JrqKQRQJ0J4J6J7J8K4TJ6QOJ0Ork5k3mJ7K4J4%j1j5j2lNP
2959C0658PJ0Qnj4qLJj3j9kJ7J6mj8j2nj0j5qLPKjLMJnpn%RJ3TRNOJ2J5J2JolKQJ0
3005C0695J5J4Mrj2%J5K2J4jj4ToJPJ1J2Q%mTjlj1j5j1KJ5J9J0pk3k4rJ0K1J9Qmj1
3045C0739nQJ3Mj2j9j2LRKrqNJ7J3nk1k2oJ7K2Qj1j4mKJ%momORlj7j4RK6J9ok3j8P
3088C0696K3J6rk6Tj3mOJ4J6Jk0k6pJ4K0R%kTpj0ojTKJ0J1Jj0nMpl2l9j4K0L0J0j4
3128C0622j9mRNj4k8k2jK2K5Rk4m9n1l0olj6k9l6k8k2k4l2Tj8jQOQJ6K3K1RNJ6L0K9
3166C0374K1J7K4L0K2MpJJ8K1Lj7j3J0K2Pk4l5j5J3K6J7Lj2k2j8jJ9K2Mj3j4lOJno
3203C0480loqjMJmjK%ol%pj1mJ0Roj5j1orj3jJ7K6J6nj6j3lNPNkj2j5nOR%rqKPNlo
3252C0399kMjj4k3j8MK2K0jj7j6JJ9K4J0j1j8nQMj5k4rJ3J7%j5pRJ2kj0lO%j3k0j1
3291C0317MRPOJ1J3Kj5j9rJL%LP%pnQJ0nk4TkK3K9J8Kqj3j6j5oJ1K0J2qj9j6ojJML
3335C0306%mkJ%LPJ1RKmTjkqTKJ6Tjk0ToRJ1LkMJ2J0Kqj0pjLJTMQ%j1j3nMNkj4k2j0
3385C0265J4K6K2J3Qok2k3lJ4J5QPTmj7j6JJ7K1Oj7j9jJ7J6KmTlKJ3J9J0nj6j9j3K
3424C0333K3L2K0ol0l7k5oJ0J8J7Qjmklj0j4NL1L6Kl6TKL0J9nj0PK0J0monoj2T%J6
3464C0369K3J1noOJ1%j3j4mLPJ3J7J3ok4k2lJ4J6Nrj8j3J0K7K4Lj4TjJ0J4J7J6Oqj6
3503C0445j8j4%K3L6J8j7l0j4RJ7J3Mrj9j1J4L3J9rj3J0K1mk8k1NJ4RTJ3jk0j6RK6
3539C0503J9J6K5L7J9k5o7o2rM8N4Rl5l4pJ2J8K5K1jl1l5QP8J14O1o6j62j40k3P5Q5
3571C0530L5j7l6k3J2L9K3k7p0q0n9j9L9P6N3k1p1l4N7J16R3K2l5n6m3pM0O0K9k9n6
3602C0541k3L4P0N0j9q5p2J3O9K6m7l4N4J05N5m3j03q6j5N2O6M7O7J04L9j56k78j46
3630C0285J16K13Q6o1TK0N6L3RLj3k4RP2R3M7j2n0j02j69j45K6K08J99Oj65j55k0Q3
3659C0587R1M8lm7m6K5J16J23rk08k83r0K48L70J02k75l48q3J62J49J8l4pRL1P8P4
3686C0798k5j25j17m8rQN3R3O0k4n4MO6L6n5r3m4L1O8TN1L4K2j2q8j57j17K4J30J13
3716C0691K8j4LJ2k7o9m2L1M4k8p5j5P7P3NLP1P0n7j79j50j4R4J60K09J30j70m53l43
3745C0065J06L86K42l8j34q9o2l5N0J25J14N1k8j02j21k9J01J31L3o6m3O0Q2l3j42
3770C0624j04K6Q9N3K0M2M8k5j15j06RJ07Q2k1q0n2NL8L5J8KNK7K9l9j18p5J01K06
3799C0831N6k17k88m5K32K23k9k11j43L8J16R8J11J31Mk37l04l5K99K85o7l29k08J15
3823C0426K54J13p9j05J1R2M7m6o8qN5O5J3o5j17r3mP1O1j3n7k3M5O9M5O0J35J18j07
3852C0895l84l92p4K43K79J32K8J7K2Kn6j34j15P5K52J50j50k75p5J64J43n0j24PJ59
3877C0739J27o6k06j31Q8K01P6j51k27n9J68K06L6j36j40k0P4R9Q6M8k3q3p6k1K6K4
3903C0659j7n3l9K3P2O2J1k9j7K6N4K4l8p2n5k2J1N5Q7M7m3r2n7PM6N9N1oq4r9k1O7
3935C0617P0Ol3KM7K6m8p8j8O3P4J2m5n5k3J2K8K3Rqj8k5k0%K3L8L4Rk4m3l1JK1J6
3969C0662jqnmqp%PTJ0J5J0ql0l7k1J8M9L8ol7k4OJ7Kj2j0jkmlOJ6TLokMnk8l3qK2
4012C0598K6OrqMJ1Mj5k7j6J4K8J0j8k8j9j1j2qRK3K1Lj4j9pJ1J9RkTPJ1LnTKMjj2
4052C0585k0j7%K7L7K0j2j7OK5J5j2k2kJ8Qk6m1j5K1L1J4lj3k0TpJ0J3JrnJ1K0J0j3
4088C0598k6j8pJPK0K7K0jj6j4kKlkJ0K0J1qk0k2j4pKQJ0TOjnLK1L6L0lm2n6k8J1L1
4128C0589K4Lj8k0KK9J6k8n1k3K2L5J5npj0j7j2RK7TJ5Jqj5j7j0OJ4Orj9j5lJ5L5M3
4165C0646J3l6n8k5K1K6mj8NK2%l6l9kM0M9K4nk8l3j8OJ5OJOJ2OPJ2Rj0l2l3pK7L6
4202C0605Rk5l2j1J1RnqOJ8J4krpkJ0J5Nj9l2j8LNKJ8L4J9k3n3m1JL7L9J2j7k3oJ1
4240C0550J1%pmlLJ7K5J8Jj7k6k4qJ4K4J4kpoTkQPj5l9m1j4J9L3K1rk6j6RK8L3J7j2
4279C0568k1%J9Ok8m3k7lJ3K1K6J4j2k7j2RNk4l2%M8N3J7rJJ5kl2m3k2J1L0K6Qpj2
4315C0534pkpj6j1J0K5J8ok4j7%MjKLmj1rokJ2J7Jk7m0l3j6JK6N5O8L7k3n7m3kL3L6
4354C0518Ll1l5j7%J5J7NkmpKJ8J2rnJ0Kprk6k7J1L2J8J1Oj1PK9l2q9l0L4L0O4M4j35
4392C0412j49R8N0j40o9j38M69m83
4400C0050
##END=$$ End of the data block
##END= $$ end of file