Title: /Ta Ta01O5-5H-iso-0
Browse item: https://iochem-bd.iciq.es:443/browse/handle/100/116008
Program: ADF 2019
Author: Buils, Jordi
Formula: H5O5Ta
Calculation type: Geometry optimization (Solvation)
Method(s): DFT ( PBEc PBEx )
PW92 == Not Default ==
Core Treatment : Frozen Orbital(s)
Symmetry : NOSYM
Temperature 298.150000 K
Pressure 1.000000 atm

ATOM INFO

Atomic coordinates [Å] (optimized)

MOLECULAR INFO

Charge: 0
Multiplicity: 1

Solvation input

Division Level for Surface Triangles (NDIV) 3
Final Division Level for Triangles (NFDIV) 1
Radius of the Solvent (RSOL) 1.93000
Dielectric Constant (EPSL) 78.39000
COSMO equation is solved iteratively- conjugate-gradient
Maximun of Iterations for Charges (NCIX) 1000
Criterion for Charge convergence (CCNV) 1.0E-08
Geometry-dependent empirical factor 0.00000

JOB | SCF Converged

MOs Energies

Orbital Energies, all Irreps

Mulliken Atomic Charges

Timing

Factor
Cpu 0.33
System 0.02
Elapsed 0.38

JOB | SCF Converged

MOs Energies

Orbital Energies, all Irreps

Mulliken Atomic Charges

Timing

Factor
Cpu 1.21
System 0.03
Elapsed 1.29

JOB | SCF Converged

MOs Energies

Orbital Energies, all Irreps

Mulliken Atomic Charges

Timing

Factor
Cpu 0.43
System 0.02
Elapsed 0.48

JOB | SCF Converged

Bonding Energy (Summary)

Type Value Units
Electrostatic Energy -43.2780 eV
Kinetic Energy 57.6558 eV
Coulomb (Steric+OrbInt) Energy -23.8961 eV
XC Energy -56.6861 eV
Solvation -0.7288 eV
Total Bonding Energy -66.9333 eV

Fit Test

Fit test: (difference of exact and fit density, squared integrated, result summed over spins)
Sum-of-Fragments: 0.00000000006742
Orthogonalized Fragments: 0.00003257448795
SCF: 0.00004833565678

MOs Energies

Orbital Energies, all Irreps

Mulliken Atomic Charges

Multipole Derived Atomic Charges

Multipole Derived Atomic Charges (a.u.)

Multipole molecular moments

Dipole moment

X Y Z Total
0.75064379 2.46456151 -1.46372452 2.96310969

Quadrupole moment

XX YY ZZ XY XZ YZ
4.39915269 14.88393443 0.23585758 1.50085442 6.04570198 -5.90000711

Vibrational Frequencies and Intensities

IR spectrum

Selected frequency :

Zero Point Energy

Zero-point 1.675267 eV

Thermochemistry

Temp Transl Rotat Vibrat Total
298.15 Entropy (cal.mol-1.K-1): 42.634 27.712 32.687 103.033
Internal Energy (kcal.mol-1): 0.889 0.889 44.005 45.783
Constant Volume Heat Capacity (cal.mol-1.K-1): 2.981 2.981 31.327 37.289
G (kJ.mol-1 // kcal.mol-1) -6392.6 // -1527.9

QTAIM

Geometry in the CP search

Atom x y z
Ta 2.165368 1.351496 3.167037
H 1.532004 0.413703 0.900225
H 4.490692 2.211741 3.917199
H 1.054660 -0.095765 5.104366
H 0.556408 3.189564 3.598018
H 2.675491 2.961982 1.244089
O 0.765510 2.366356 4.085264
O 4.051057 1.491679 3.423710
O 1.871146 0.075197 1.752318
O 1.986931 2.900346 1.936797
O 1.859739 0.046131 4.573705

Total CPs

Type CP Number
3,-3 11
3,-1 10

CP type: (3,-3) Atom

CP # x y z rho
1 2.165368 1.351496 3.167037 0.3882648E+07
2 1.532004 0.413703 0.900225 0.4620145E+00
3 4.490692 2.211741 3.917199 0.4571610E+00
4 1.054660 -0.095765 5.104366 0.4647389E+00
5 0.556408 3.189564 3.598018 0.4673151E+00
6 2.675491 2.961982 1.244089 0.4675426E+00
7 0.765510 2.366356 4.085264 0.3187423E+03
8 4.051057 1.491679 3.423710 0.3186305E+03
9 1.871146 0.075197 1.752318 0.3186765E+03
10 1.986931 2.900346 1.936797 0.3186915E+03
11 1.859739 0.046131 4.573705 0.3186253E+03

CP type: (3,-1) Bonds

CP # x y z rho Laplacian Diamond Metallicity Ellipticity Gb Vb Hb
12 3.163507 1.455665 3.322995 0.1532261E+00 0.6143365E+00 0.1318691E+01 0.4921467E+01 0.7221497E-01 0.2283659E+00 -0.3031478E+00 -0.7478182E-01
13 1.997717 0.696529 2.398506 0.1487783E+00 0.5616011E+00 0.1175834E+01 0.5125677E+01 0.1416502E+00 0.2135413E+00 -0.2866823E+00 -0.7314099E-01
14 2.093698 2.161520 2.502443 0.1293194E+00 0.5149925E+00 0.9155751E+00 0.4425050E+01 0.1450219E+00 0.1807849E+00 -0.2328217E+00 -0.5203676E-01
15 0.605589 3.001794 3.707068 0.3360354E+00 -0.1713603E+01 0.6329402E+01 -0.6531477E+01 0.2858869E-02 0.1807477E+00 -0.7898961E+00 -0.6091484E+00
16 1.964701 0.670821 3.921072 0.1393954E+00 0.5942303E+00 0.1151277E+01 0.4345825E+01 0.1251074E+00 0.2066392E+00 -0.2647209E+00 -0.5808167E-01
17 1.425298 1.908462 3.634025 0.1411863E+00 0.5028768E+00 0.1011504E+01 0.5245730E+01 0.1754665E+00 0.1937276E+00 -0.2617361E+00 -0.6800843E-01
18 2.518823 2.944671 1.404044 0.3347598E+00 -0.1678649E+01 0.6177962E+01 -0.6625348E+01 0.4164181E-02 0.1836265E+00 -0.7869153E+00 -0.6032888E+00
19 4.390538 2.051418 3.807037 0.3328263E+00 -0.1767066E+01 0.6416200E+01 -0.6233373E+01 0.1048366E-02 0.1644382E+00 -0.7706429E+00 -0.6062047E+00
20 1.235874 -0.063135 4.984024 0.3371920E+00 -0.1773691E+01 0.6538618E+01 -0.6346446E+01 0.2899206E-02 0.1734113E+00 -0.7902453E+00 -0.6168340E+00
21 1.608559 0.339853 1.093274 0.3345206E+00 -0.1745678E+01 0.6393216E+01 -0.6363371E+01 0.2303132E-02 0.1719035E+00 -0.7802265E+00 -0.6083230E+00

Bond paths

#BP #CP Atom Atom Distance BP Length BP Steps
1 17 1 4 1.957724 1.958800 23
2 12 1 5 1.908234 1.910134 23
3 13 1 8 1.927935 1.929308 23
4 14 1 9 1.986018 1.987379 23
5 16 1 10 1.943220 1.945823 23
6 21 2 8 0.977582 0.977715 17
7 19 3 5 0.977394 0.977542 17
8 15 4 7 0.979185 0.979291 16
9 20 6 10 0.974622 0.974716 17
10 18 9 11 0.978651 0.978793 18

Timing

Factor
Cpu 262.15
System 77.10
Elapsed 359.16


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