Title: /SiMo Si01Mo00O04-1H-iso-0
Browse item: https://iochem-bd.iciq.es:443/browse/handle/100/114641
Program: ADF 2019
Author: Buils, Jordi
Formula: HO4Si
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: -3
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 Å
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 0.34
System 0.02
Elapsed 0.40

JOB | SCF Converged

MOs Energies

Orbital Energies, all Irreps

Mulliken Atomic Charges

Timing

Factor
Cpu 0.60
System 0.03
Elapsed 0.67

JOB | SCF Converged

MOs Energies

Orbital Energies, all Irreps

Mulliken Atomic Charges

Timing

Factor
Cpu 0.45
System 0.03
Elapsed 0.51

JOB | SCF Converged

Bonding Energy (Summary)

Type Value Units
Electrostatic Energy -25.0144 eV
Kinetic Energy 32.4169 eV
Coulomb (Steric+OrbInt) Energy 22.7666 eV
XC Energy -56.7736 eV
Solvation -22.1855 eV
Total Bonding Energy -48.7899 eV

Fit Test

Fit test: (difference of exact and fit density, squared integrated, result summed over spins)
Sum-of-Fragments: 0.00000000012773
Orthogonalized Fragments: 0.00003101316319
SCF: 0.00002128169301

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
1.65306267 -2.99699175 -17.01255635 17.35343336

Quadrupole moment

XX YY ZZ XY XZ YZ
9.09844103 0.27719793 10.52974496 1.88279530 -4.24843049 -10.98123633

Vibrational Frequencies and Intensities

IR spectrum

Selected frequency :

Zero Point Energy

Zero-point 0.580342 eV

Thermochemistry

Temp Transl Rotat Vibrat Total
298.15 Entropy (cal.mol-1.K-1): 39.501 25.959 12.181 77.641
Internal Energy (kcal.mol-1): 0.889 0.889 15.387 17.164
Constant Volume Heat Capacity (cal.mol-1.K-1): 2.981 2.981 13.422 19.384
G (kJ.mol-1 // kcal.mol-1) -4730.1 // -1130.5

QTAIM

Geometry in the CP search

Atom x y z
Si -0.274614 0.178051 1.008815
O 0.503805 1.531455 1.512420
O 0.693685 -0.950293 0.305001
O -1.331945 -0.454056 2.099418
O -1.302557 0.824067 -0.330297
H -1.804662 0.065630 -0.682620

Total CPs

Type CP Number
3,-3 6
3,-1 5

CP type: (3,-3) Atom

CP # x y z rho
1 -0.274614 0.178051 1.008815 0.1943511E+04
2 0.503805 1.531455 1.512420 0.3187141E+03
3 0.693685 -0.950293 0.305001 0.3187283E+03
4 -1.331945 -0.454056 2.099418 0.3187288E+03
5 -1.302557 0.824067 -0.330297 0.3186844E+03
6 -1.804662 0.065630 -0.682620 0.4861819E+00

CP type: (3,-1) Bonds

CP # x y z rho Laplacian Diamond Metallicity Ellipticity Gb Vb Hb
7 -1.685729 0.243557 -0.598698 0.3397927E+00 -0.1578498E+01 0.6127859E+01 -0.7223134E+01 0.1089465E-01 0.2119880E+00 -0.8186006E+00 -0.6066126E+00
8 0.124792 -0.288229 0.714998 0.1417419E+00 0.7721005E+00 0.1691924E+01 0.3439031E+01 0.1703261E-01 0.2393200E+00 -0.2856149E+00 -0.4629487E-01
9 0.046610 0.739685 1.215771 0.1432427E+00 0.7849901E+00 0.1750219E+01 0.3442468E+01 0.9259136E-02 0.2434277E+00 -0.2906078E+00 -0.4718014E-01
10 -0.714337 -0.082650 1.458326 0.1416706E+00 0.7712509E+00 0.1688821E+01 0.3439936E+01 0.1712009E-01 0.2390857E+00 -0.2853587E+00 -0.4627299E-01
11 -0.698279 0.424145 0.462557 0.9553521E-01 0.3845395E+00 0.5061026E+00 0.3577761E+01 0.5199887E-01 0.1214145E+00 -0.1466942E+00 -0.2527964E-01

Bond paths

#BP #CP Atom Atom Distance BP Length BP Steps
1 9 1 2 1.640505 1.640519 22
2 8 1 3 1.645028 1.645044 21
3 10 1 4 1.645273 1.645289 21
4 11 1 5 1.807547 1.808043 22
5 7 5 6 0.975433 0.975482 15

Timing

Factor
Cpu 88.05
System 17.99
Elapsed 112.21


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