Search:
| A-tensor [1] | frequency scan [1] | Pauli Hamiltonian [1] |
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| AIM [1] | g-tensor [1] [2] | PBEsol [1] |
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| atomic database [1] [2] | GRAC [1] | population analysis [1] |
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| B1LYP [1] | HF exchange percentage [1] | PW91 [1] |
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| basis set superposition error [1] | infrared frequencies [1] | Raman scattering [1] |
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| BLYP [1] | intrinsic reaction coordinate [1] | resonance Raman [1] [2] |
| bond energy analysis [1] [2] | IR frequencies [1] | response properties [1] |
| bond order [1] [2] [3] | IRC [1] | restart file [1] |
| BP86 [1] | irreducible representation [1] | restrained optimizations [1] |
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| Cartesian functions [1] | KT1 [1] | SAOP [1] |
| CD spectrum [1] | LB94 [1] | SCF problems [1] |
| CEDA [1] | LDA functionals [1] | Schönflies symbol [1] |
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| CINEB [1] | linear dependency [1] | self-interaction correction [1] |
| circular dichroism [1] | linear scaling techniques [1] | SFO [1] |
| climbing-image nudged elastic band [1] | linear transit [1] | SFO population analysis [1] |
| collinear [1] | localized orbitals [1] | SIC potentials [1] |
| constrained optimizations [1] [2] [3] | LT (linear transit) [1] | singlet-singlet excitations [1] |
| constrained space orbital variation [1] | M06 [1] | singlet-triplet excitations [1] |
| convergence problems [1] | M06-2X [1] | smeared occupations [1] |
| core excitations [1] | M06-HF [1] | smoothing of gradients [1] |
| core potential [1] | M06-L [1] | solvent effects [1] [2] |
| COSMO [1] | magnetic circular dichroism [1] | spin [1] |
| COSMO TDDFT [1] | magnetizability [1] | spin-flip broken symmetry [1] |
| create mode [1] | Mayer bond order [1] | spin-flip excitations [1] |
| CSOV analysis [1] | MBH [1] | spin-orbit coupling [1] |
| Davidson algorithm [1] | MCD [1] | spin-orbit TDDFT [1] |
| debug [1] | MDC [1] | spin-polarized calculation [1] |
| delocalized coordinates [1] | MEAD [1] | SSB-D [1] |
| density fitting [1] | memory usage [1] | STO [1] |
| dependency [1] | meta-GGA (SCF) [1] [2] | STO basis sets [1] [2] |
| DFTB [1] | meta-GGA functionals [1] | subspecies [1] |
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| dipole moment [1] | MM dispersion [1] [2] | Tamm-Dancoff approximation [1] |
| discrete solvent RF model [1] | Mobile Block Hessian [1] | TAPE13 [1] |
| dispersion (MM) [1] [2] | model potentials [1] [2] | TAPE21 [1] |
| dispersion coefficients [1] | molecular fragments [1] | TDA [1] |
| double group symmetry [1] | MOPAC Z-matrix [1] | TDCDFT [1] |
| doublet-doublet excitations [1] | Mossbauer isomer shifts [1] | TDDFT [1] |
| doublet-quartet excitations [1] | Mossbauer quadrupole splittings [1] | TDDFT COSMO [1] |
| DRF [1] | mPBE [1] | TDDFT SO [1] |
| EDIIS [1] | mPW [1] | thermodynamics [1] |
| EFG [1] | mPW1K [1] | time-dependent current DFT [1] |
| electric field (homogeneous) [1] | mPW1PW [1] | time-dependent DFT [1] |
| electric field gradient [1] | Mulliken population [1] | total energy [1] |
| electron paramagnetic resonance [1] [2] | multiplet states [1] | TPSS [1] |
| electron smearing [1] | multipole derived charges [1] | TPSSH [1] |
| electron spin resonance [1] [2] | Nalewajski-Mrozek bond order [1] | transition state [1] |
| electronic configuration [1] [2] [3] | NBO-analysis [1] | trouble shooting [1] |
| end input [1] | new optimization branch [1] | TS (transition state) [1] |
| Energy-DIIS [1] | NMR chemical shifts [1] | unrestricted calculation [1] |
| EPR [1] [2] | NOCV [1] | unrestricted fragments [1] |
| ESR [1] [2] | non-collinear [1] | UV/Vis [1] |
| ETS-NOCV [1] | NQCC [1] | van der Waals interaction [1] [2] [3] |
| exchange-correlation [1] | NRVS [1] | VCD [1] |
| excitation energies [1] | nuclear model [1] | VDD charges [1] |
| excitation energies spin-orbit [1] | nuclear resonance vibrational spectroscopy [1] | Verdet constant [1] |
| execution of ADF [1] | O3LYP [1] | Voronoi deformation density [1] |
| Faraday B term [1] | OEP [1] | VWN [1] |
| FDE [1] | OLYP [1] | Wesolowski-Warshel FDE [1] |
| FDE energy [1] | OPBE0 [1] | X-ray photoelectron spectroscopy [1] |
| finite nucleus [1] | open shell TDDFT [1] | X3LYP [1] |
| fit functions [1] | optical rotation (dispersion) [1] [2] | XC [1] |
| force constants [1] | optimized effective potential [1] | XLYP [1] |
| fragment mode [1] | orbital localization [1] | XPS [1] |
| fragment orbitals [1] | ORD [1] [2] | Z-matrix coordinates [1] |
| fragments [1] | orthonormal basis [1] | Zeeman interaction [1] [2] |
| fragments files [1] | parallel version [1] | ZORA [1] |
| frequencies [1] | partial Hessian [1] |
