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- <<<<<< MNDO/MNDOC Calculations >>>>>> Micro Computer Version of QCPE Program #0438
- H.Tanaka (MPC) Mar. '90
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- >>>> MNDO/MNDOC (PC ver1.1) starts at 0: 0 0/ 0/ 0 <<<<
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- === OPTIONS USED IN THIS RUN ===
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- # MNDOC /
-
- -------
- Epoxide
- -------
-
- Symbolic Z-matrix:
- Charge = 0 Multiplicity = 1
-
- ------------------------------------------------------------------------
- MOLECULAR GEOMETRY IN Z-MATRIX (ANGSTROMS AND DEGREES)
- ------------------------------------------------------------------------
- CENTER ATOM N1 LENGTH N2 ALPHA N3 BETA J
- ------------------------------------------------------------------------
- 1 C1
- 2 C2 C1 RCC
- 3 O1 C2 1.4389 C1 59.1595
- 4 H1 C1 RCH C2 AHCC O1 258.7971
- 5 H2 C1 RCH C2 AHCC O1 101.2029
- 6 H3 C2 RCH C1 AHCC O1 101.2030
- 7 H4 C2 RCH C1 AHCC O1 258.7971
- ------------------------------------------------------------------------
-
- ----------------------------------------------------
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- Specified values for symbolic parameters
-
- * variable *
- RCH = 1.089500
- RCC = 1.475300
- AHCC = 118.852200
-
- ----------------------------------------------------
-
- -----------------------------------------------------------------
- Z MATRIX
- -----------------------------------------------------------------
- AN Z1 BL Z2 ALPHA Z3 BETA Z4
- -----------------------------------------------------------------
- 6 0 .0000000 0 .0000000 0 .0000000 0
- 6 1 1.475300 0 .0000000 0 .0000000 0
- 8 2 1.438900 1 59.15950 0 .0000000 0
- 1 1 1.089500 2 118.8522 3 258.7971 0
- 1 1 1.089500 2 118.8522 3 101.2029 0
- 1 2 1.089500 1 118.8522 3 101.2030 0
- 1 2 1.089500 1 118.8522 3 258.7971 0
- -----------------------------------------------------------------
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-
-
- Centers with orbitals, Coordinates in angstroms
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- Center Atomic Coordinates (angstroms)
- Number Number X Y Z
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- 1 6 .00000 .00000 .00000
- 2 6 .00000 .00000 1.47530
- 3 8 1.23544 .00000 .73765
- 4 1 -.18540 .93607 -.52574
- 5 1 -.18540 -.93607 -.52574
- 6 1 -.18540 .93607 2.00104
- 7 1 -.18540 -.93607 2.00104
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-
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- *Interatomic distances (angstroms)
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- 1 2 3 4 5 6 7
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- 1 .000000
- 2 1.475300 .000000
- 3 1.438898 1.438900 .000000
- 4 1.089500 2.216928 2.119234 .000000
- 5 1.089500 2.216928 2.119234 1.872149 .000000
- 6 2.216928 1.089500 2.119237 2.526780 3.144767 .000000
- 7 2.216928 1.089500 2.119236 3.144767 2.526780 1.872149 .000000
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- 1
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-
- *****
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- Function value= 17.45898000 is being replaced by Value= 16.95367000 found in restart precedure.
- The corresponding values and gradients are also being replaced
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- At the beginning of cycle 1
- The function value is .16953670E+02
- The current point is ...
-
- Gradient norm = .1481E+03
- Angle cosine = .2991E+00
- -Alpha.P.G = .2678D+01
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- Time for cycle 1 is .0 seconds.
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-
- *****
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-
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- Since COS= .10583 The program will go to restart section
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- Function value= 15.86425000 will not be replaced by value= 16.02189000 calculated by restart procedure
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- At the beginning of cycle 2
- The function value is .15864250E+02
- The current point is ...
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- Gradient norm = .2860E+03
- Angle cosine = .9675E+00
- -Alpha.P.G = .1531D+01
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- Test on X satisfied
- Test on G not satisfied
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- Time for cycle 2 is .0 seconds.
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-
- *****
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- At the beginning of cycle 3
- The function value is .15858620E+02
- The current point is ...
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- Gradient norm = .7917E+02
- Angle cosine = .9687E+00
- -Alpha.P.G = .8057D-03
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- Test on alpha.P.G satisfied
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-
- 1
-
-
- ------------------------------
- Eigenvalues and Eigenvectors
- ------------------------------
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- 1 2 3 4 5 6 7 8 9 10
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- Eigenvalues--- -43.09027 -27.03578 -23.96378 -17.78334 -17.17051 -14.66798 -14.03545 -12.62978 -11.42184 2.49179
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- 1 1 C S -.37735 -.46845 .50996 .00000 -.04717 -.01282 .00000 .04558 .00000 .43355
- 2 1 C PX -.15000 .17802 .04624 .00000 .15269 .40414 .00000 -.45678 .00000 -.30499
- 3 1 C PY .00000 .00000 .00000 -.49362 .00000 .00000 -.45303 .00000 -.13732 .00000
- 4 1 C PZ -.16568 -.05620 -.21688 .00000 .45759 .14532 .00000 .36622 .00000 .24726
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- 5 2 C S -.37595 -.47190 -.50803 .00000 -.04752 .01198 .00000 .04504 .00000 -.43370
- 6 2 C PX -.14872 .17684 -.04751 .00000 .15301 -.39711 .00000 -.46378 .00000 .30491
- 7 2 C PY .00000 .00000 .00000 -.49254 .00000 .00000 .45499 .00000 -.13495 .00000
- 8 2 C PZ .16585 .05494 -.21617 .00000 -.45760 .15076 .00000 -.36441 .00000 .24698
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- 9 3 O S -.74015 .56195 -.00267 .00000 -.25418 -.00223 .00000 .15663 .00000 .00009
- 10 3 O PX .20526 .16527 -.00154 .00000 -.49920 -.00590 .00000 .48910 .00000 .00021
- 11 3 O PY .00000 .00000 .00000 -.40128 .00000 .00000 -.00274 .00000 .90300 .00000
- 12 3 O PZ .00015 -.00113 -.27748 .00000 .00212 -.73839 .00000 -.00677 .00000 -.01875
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- 13 4 H S -.08195 -.19001 .27745 -.29724 -.23238 -.14922 -.38242 -.10277 -.19358 -.28073
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- 14 5 H S -.08195 -.19001 .27745 .29724 -.23238 -.14922 .38242 -.10278 .19358 -.28073
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- 15 6 H S -.08158 -.19160 -.27633 -.29666 -.23258 .15004 .38422 -.10079 -.19050 .28092
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- 16 7 H S -.08158 -.19160 -.27633 .29666 -.23258 .15004 -.38423 -.10079 .19050 .28092
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- 11 12 13 14 15 16
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- Eigenvalues--- 3.31437 3.50711 3.68872 4.73460 4.83319 4.90360
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- 1 1 C S .34581 .23912 .00000 .04662 .00000 -.08200
- 2 1 C PX .17168 .45963 .00000 -.40599 -.00001 -.22316
- 3 1 C PY .00000 .00000 .48779 .00000 -.54251 .00001
- 4 1 C PZ -.18207 -.21542 .00000 -.26676 -.00001 -.58811
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- 5 2 C S .37561 -.18836 .00000 .04319 .00000 .08316
- 6 2 C PX .23578 -.44064 .00000 -.41600 .00000 .17994
- 7 2 C PY .00000 .00000 .48862 .00000 .54169 -.00001
- 8 2 C PZ .20397 -.18147 .00000 .32934 -.00001 -.56020
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- 9 3 O S -.11581 -.00656 .00000 .18353 .00000 .01005
- 10 3 O PX .37001 .02056 .00000 -.55123 .00000 -.03031
- 11 3 O PY .00000 .00000 -.15349 .00000 .00084 .00000
- 12 3 O PZ -.03937 .54419 .00000 .00985 .00000 -.28213
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- 13 4 H S -.31557 -.20010 -.35316 -.17524 .32126 -.21031
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- 14 5 H S -.31557 -.20011 .35316 -.17524 -.32127 -.21030
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- 15 6 H S -.33799 .15148 -.35378 -.19925 -.32080 .19419
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- 16 7 H S -.33799 .15148 .35378 -.19926 .32080 .19418
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-
-
- -------------------
- Bond order matrix
- -------------------
-
-
- 1 2 3 4 5 6 7 8 9 10
- ----------------------------------------------------------------------------------------------------------------------------
- 1 1.25275
- 2 -.07283 .90323
- 3 .00000 .00000 .93549
- 4 -.05703 -.06772 .00000 .88455
- 5 .21598 -.14818 .00000 .39096 1.25311
- 6 -.14843 .25262 .00000 -.26507 -.07264 .90370
- 7 .00000 .00000 .11107 .00000 .00000 .00000 .93564
- 8 -.39102 .26483 .00000 -.60925 .05737 .06889 .00000 .88436
- 9 .06770 .19936 .00000 .06470 .06708 .19786 .00000 -.06480 1.90552
- 10 -.21949 -.60692 .00000 -.18626 -.21738 -.60420 .00000 .18553 .28892 1.11581
- 11 .00000 .00000 .15065 .00000 .00000 .00000 .14908 .00000 .00000 .00000
- 12 -.26395 -.61609 .00000 -.09719 .26438 .61930 .00000 -.09975 .00008 .00052
- 13 .53923 -.11509 .69310 -.40316 -.03171 .07354 -.00293 .07458 -.00712 .03593
- 14 .53923 -.11509 -.69310 -.40316 -.03171 .07354 .00293 .07458 -.00712 .03593
- 15 -.03185 .07303 -.00294 -.07464 .53956 -.11409 .69328 .40291 -.00711 .03587
- 16 -.03185 .07303 .00294 -.07464 .53956 -.11409 -.69328 .40291 -.00711 .03587
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- 11 12 13 14 15 16
- ----------------------------------------------------------------------------
- 11 1.95288
- 12 .00000 1.24453
- 13 -.10895 .06720 .95740
- 14 .10895 .06720 -.13089 .95740
- 15 -.10806 -.06745 -.02688 .06063 .95682
- 16 .10806 -.06745 .06063 -.02688 -.13087 .95682
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- ----------------------------------------------------
- Heat of formation 15.8727 kcal/mol
- Total energy -629.7379 eV
- Electronic energy -1590.9780 eV
- Core-core repulsion energy 961.2405 eV
- ----------------------------------------------------
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-
- --------------------
- Net atomic charges
- --------------------
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- Atom No. Charge Density
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- 1 .02398 3.97602
- 2 .02320 3.97680
- 3 -.21874 6.21874
- 4 .04260 .95740
- 5 .04260 .95740
- 6 .04318 .95682
- 7 .04318 .95682
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-
- ---------------
- Dipole moment
- ---------------
-
- X Y Z Total
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- Point-charge -1.4478 .0000 .0078 1.4478
- Hybrid -.1915 .0000 -.0016 .1915
- Sum -1.6393 .0000 .0062 1.6393
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- 1
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- Optimization finished after 2 cycles and 13 SCF calculations
-
- -----------------------------------------------------
- Final heat of formation 15.87269 kcal/mol
- -----------------------------------------------------
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-
- -----------------------------------
- Optimized variables and gradients
- -----------------------------------
-
- I 1 2 3
- X(I) 1.46902 1.10362 122.02040
- G(I) .00000 -67.13867 41.96468
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-
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- 1
- --------------------
- Summary of results
- --------------------
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- Epoxide
-
-
- ----------------------------------------------------
- Heat of formation 15.8727 kcal/mol
- Ionization potential 11.4218 eV
- Dipole moment 1.6393 Debye
- ----------------------------------------------------
-
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- == Optimized geometry ==
-
- -----------------------------------------------------------------
- Z MATRIX
- -----------------------------------------------------------------
- AN Z1 BL Z2 ALPHA Z3 BETA Z4
- -----------------------------------------------------------------
- 6 0 .0000000 0 .0000000 0 .0000000 0
- 6 1 1.469024 0 .0000000 0 .0000000 0
- 8 2 1.438900 1 59.15950 0 .0000000 0
- 1 1 1.103620 2 122.0204 3 258.7971 0
- 1 1 1.103620 2 122.0204 3 101.2029 0
- 1 2 1.103620 1 122.0204 3 101.2030 0
- 1 2 1.103620 1 122.0204 3 258.7971 0
- -----------------------------------------------------------------
-
-
-
- Centers with orbitals, Coordinates in angstroms
-
-
- Center Atomic Coordinates (angstroms)
- Number Number X Y Z
-
- 1 6 .00000 .00000 .00000
- 2 6 .00000 .00000 1.46902
- 3 8 1.23544 .00000 .73137
- 4 1 -.18179 .91788 -.58516
- 5 1 -.18179 -.91788 -.58516
- 6 1 -.18180 .91788 2.05419
- 7 1 -.18179 -.91788 2.05419
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-
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- *Interatomic distances (angstroms)
-
- 1 2 3 4 5 6 7
-
- 1 .000000
- 2 1.469024 .000000
- 3 1.435691 1.438900 .000000
- 4 1.103620 2.257265 2.141103 .000000
- 5 1.103620 2.257265 2.141102 1.835769 .000000
- 6 2.257265 1.103620 2.144970 2.639350 3.214999 .000000
- 7 2.257265 1.103620 2.144970 3.214999 2.639350 1.835769 .000000
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- Computation time = .00 seconds
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- SCF calculations = 13
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- >>>> MNDO/MNDOC (PC ver1.1) ends at 0: 0 elapsed time is 0 seconds <<<<
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