Completed calculations for GaP (Gallium monophosphide)
Methods and basis sets for which an energy has been calculated.
"e" indicates just an energy has been calculated.
"o" indicates an optimized geometry. "v" indicates vibrational frequencies.
"s" followed by a number indicates completed calculations for different states (for example s1ov).
"c" followed by a number indicates completed calculations for different conformations (for example c2ov).
See the Calculated Energies page
(section III.A.1) for more calculated properties.
Methods with predefined basis sets
semi-empirical |
PM3 |
s4dnf |
composite |
G1 |
s1e s4e |
G2MP2 |
s1e s4e |
G2 |
s1e s4e |
G3 |
s1e s4e |
G3B3 |
s1e s4e |
G4 |
s1e s4e |
CBS-Q |
s1e s4e |
Methods with standard basis sets
|
|
STO-3G |
3-21G |
3-21G* |
6-31G |
6-31G* |
6-31G** |
6-31+G** |
6-311G* |
6-311G** |
6-31G(2df,p) |
6-311+G(3df,2p) |
TZVP |
cc-pVDZ |
cc-pVTZ |
cc-pVQZ |
aug-cc-pVDZ |
aug-cc-pVTZ |
aug-cc-pVQZ |
daug-cc-pVTZ |
hartree fock |
HF |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov |
ROHF |
|
s1ov |
s1ov |
s1ov |
s1ov |
s1ov |
s1ov |
s1ov |
s1ov |
|
|
s1ov |
s1ov |
s1ov |
s1ov |
s1ov |
s1ov |
s1ov |
|
density functional |
LSDA |
s1ov s4o |
|
s1ov s4dnf |
s1ov s4dnf |
s1ov s4dnf |
s1ov s4dnf |
s1ov s4ov |
s1ov s4dnf |
s1ov s4o |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4dnf |
s1ov s4dnf |
|
s1ov s4ov |
s1ov s4dnf |
|
|
BLYP |
s1dnfv s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
B1B95 |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
B3LYP |
s1dnfv s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
B3LYPultrafine |
|
s1ov s4ov |
|
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
|
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
B3PW91 |
s1dnfv s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
mPW1PW91 |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
M06-2X |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
PBEPBE |
s1ov s4dnf |
s1ov s4dnf |
s1ov s4dnf |
s1ov s4dnf |
s1ov s4dnf |
s1ov s4dnf |
s1ov s4dnf |
s1ov s4dnf |
s1ov s4dnf |
s1ov s4dnf |
|
s1ov s4dnf |
s1ov s4dnf |
s1ov s4dnf |
|
s1ov s4dnf |
s1ov s4dnf |
|
|
PBEPBEultrafine |
|
s1ov s4ov |
|
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
|
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
PBE1PBE |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
HSEh1PBE |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
TPSSh |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
wB97X-D |
s1dnfv s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
B97D3 |
|
|
|
|
|
|
|
|
|
|
s1ov |
|
|
|
|
|
|
|
s1ov |
| |
STO-3G |
3-21G |
3-21G* |
6-31G |
6-31G* |
6-31G** |
6-31+G** |
6-311G* |
6-311G** |
6-31G(2df,p) |
6-311+G(3df,2p) |
TZVP |
cc-pVDZ |
cc-pVTZ |
cc-pVQZ |
aug-cc-pVDZ |
aug-cc-pVTZ |
aug-cc-pVQZ |
daug-cc-pVTZ |
Moller Plesset perturbation |
MP2 |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
MP2=FULL |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
ROMP2 |
s1dnf |
|
s1ov |
s1ov |
s1ov |
s1ov |
s1ov |
s1ov |
s1ov |
s1ov |
|
s1ov |
s1ov |
s1ov |
|
s1ov |
|
|
|
MP3 |
|
|
|
|
s1ov s4ov |
|
s1ov s4ov |
|
|
|
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
|
|
|
|
MP3=FULL |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
MP4 |
|
s1ov s4ov |
|
|
s1ov s4ov |
|
|
|
s1ov s4ov |
|
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
MP4=FULL |
|
s1ov s4ov |
|
|
s1ov s4ov |
|
|
|
s1ov s4ov |
|
|
|
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
B2PLYP |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
B2PLYP=FULL |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
B2PLYP=FULLultrafine |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
Configuration interaction |
CID |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
|
s1ov s4ov |
|
|
|
|
|
|
|
|
|
|
|
CISD |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
|
s1ov s4ov |
|
|
|
|
|
|
|
|
|
|
|
| |
STO-3G |
3-21G |
3-21G* |
6-31G |
6-31G* |
6-31G** |
6-31+G** |
6-311G* |
6-311G** |
6-31G(2df,p) |
6-311+G(3df,2p) |
TZVP |
cc-pVDZ |
cc-pVTZ |
cc-pVQZ |
aug-cc-pVDZ |
aug-cc-pVTZ |
aug-cc-pVQZ |
daug-cc-pVTZ |
Quadratic configuration interaction |
QCISD |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
QCISD(T) |
|
|
|
|
s1ov s4ov |
|
|
s1ov s4ov |
|
|
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
QCISD(T)=FULL |
|
|
|
|
s1ov s4ov |
|
s1ov s4ov |
|
|
|
|
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
QCISD(TQ) |
|
|
|
|
s1ov s4ov |
|
s1ov s4ov |
|
|
|
|
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1o s4ov |
|
QCISD(TQ)=FULL |
|
|
|
|
s1ov s4ov |
|
s1ov s4ov |
|
|
|
|
|
s1ov s4ov |
s1ov s4ov |
s4dnf |
s1ov s4ov |
s1dnf s4dnf |
s4dnf |
|
Coupled Cluster |
CCD |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
CCSD |
|
|
|
|
s1ov s4ov |
|
|
|
|
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
CCSD=FULL |
|
|
|
|
s1ov s4ov |
|
|
|
|
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
CCSD(T) |
|
|
|
|
s1ov s4ov |
s1ov s4ov |
|
s1ov s4ov |
|
|
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
CCSD(T)=FULL |
|
|
|
|
s1ov s4ov |
|
|
|
|
|
|
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
s1ov s4ov |
|
| |
STO-3G |
3-21G |
3-21G* |
6-31G |
6-31G* |
6-31G** |
6-31+G** |
6-311G* |
6-311G** |
6-31G(2df,p) |
6-311+G(3df,2p) |
TZVP |
cc-pVDZ |
cc-pVTZ |
cc-pVQZ |
aug-cc-pVDZ |
aug-cc-pVTZ |
aug-cc-pVQZ |
daug-cc-pVTZ |
Methods with effective core potentials (select basis sets)
|
|
CEP-31G |
CEP-31G* |
CEP-121G |
CEP-121G* |
LANL2DZ |
SDD |
cc-pVTZ-PP |
aug-cc-pVTZ-PP |
Def2TZVPP |
hartree fock |
HF |
s1ov s4ov |
|
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
s1ov |
density functional |
B3LYP |
s1ov s4ov |
|
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
s1ov |
wB97X-D |
s1ov s4ov |
|
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
|
Moller Plesset perturbation |
MP2 |
s1ov s4ov |
|
s1ov s4ov |
|
s1ov s4ov |
s1ov s4ov |
|
|
s1ov |
For descriptions of the methods (AM1, HF, MP2, ...) and basis sets (3-21G, 3-21G*, 6-31G, ...) see the
glossary in section I.C.
Predefined means the basis set used is determined by the method.