XIX
. (
I
.
A
.3.)
Index of Properties in the
CCCBDB
Jump to:
A
B
C
D
E
G
H
I
K
M
N
P
Q
R
S
T
V
Z
Angles
calculated
comparison between different calculations
comparison between experiment and calculated
experimental
converting between angles in a tetravalent center
Atom Charges
Atomization Enthalpy
atomization enthalpy 0K
atomization enthalpy 298.15K
experimental atomization enthalpy (298.15K)
Basis functions used for a calculation
Barriers to Internal Rotation
Calculated
comparison between different molecules
comparison between experiment and calculated
experimental
Bond Angles
calculated
comparison between different calculations
comparison between experiment and calculated
experimental
Bond Dihedrals
calculated
comparison between experiment and calculated
Bond Lengths
By molecule
calculated
comparison between experiment and calculated for one molecule
experimental for one molecule
units
By Bond Type
comparison between different calculations
comparison between experimental and calculated for one bond type
experimental bond lengths for one bond type
Cartesian coordinates
calculated
experimental
Charges
Mulliken charges
ESP Charges
Degeneracy
(Electronic state)
Diagnostics from calculations
Dipole moments
calculated
comparison between different calculations
comparison between experiment and calculated
experimental
Energy
experimental electronic energy levels
experimental electronic ground state splittings and degeneracies
total electronic calculated energy in hartrees
nuclear repulsion energy in hartrees
energy units
Enthalpy
Experimental Enthalpy of formation
Reaction Enthalpy
Enthalpy of formation calculated using semiempirical methods
Relative enthalpies of isomers
units
Entropy
calculated
comparison between different calculations
comparison between experiment and calculated
experimental
reaction entropy
units
Geometries
Calculated
Calculated geometries.
Calculated rotational constants
Calculated products of moments of inertia
Calculated point groups
Bad calculated geometries.
Comparisons
Compare bonds, angles, or dihedrals for a given molecule.
Compare rotational constants for a given molecule.
Compare Point Groups
Compare products of moments of inertia.
Experiment
Experimental geometry data for a given species.
Experimental internal coordinates by type.
Experimental bond lengths.
Experimental bond angles.
Explanations
Calculating one angle from another in symmetric molecules.
Form for converting between moments of inertia and rotational constants
Units
bond length units
rotational constant units
moments of inertia units
Heat Capacity
calculated
comparison between different calculations
comparison between experiment and calculated
experimental
units
HOMO
energies
HOMO
-
LUMO
gaps
Hydrogen-Bonded systems
Integrated Heat Capacity
calculated
comparison between different calculations
comparison between experiment and calculated
experimental
units
Internal Rotation
Calculated
comparison between different molecules
comparison between experiment and calculated
experimental
Inertial Defect
Calculated inertial defects
Ionization Energy
calculated
calculated using Koopman's theorem
comparison between different calculations
comparison between experiment and calculated
experimental
Isodesmic Reactions
suggestions for isodesmic reactions
Isomers
relative enthalpies of isomers
isomers, isovalent and isoelectronic species
Koopmans' Theorem Ionization Energies
Comparison of Koopman's Theorem for one molecule
Comparison of Koopman's Theorem for several molecules
Moments of inertia
calculated
experimental
units
Mulliken Charges
Nuclear Repulsion Energy
Point Group
calculated
comparison between different calculations
comparison between experiment and calculated
experimental
list of all molecules sorted by point group
list of number of molecules in each point group
Polarizability
calculated
comparison between different calculations
comparison between experiment and calculated
experimental
units
Products of Moments of Inertia
calculated
comparison between different calculations
comparison between experiment and calculated
experimental
Quadrupole moments
calculated
comparison between different calculations
comparison between experiment and calculated
experimental
units
<r
2
>
Reference States
Rotational Constants
calculated
comparison between different calculations
comparison between experiment and calculated
experimental
units
Spin
Spin splitting corrections
Transition States
calculated geometries
calculated energies
calculated vibrational Frequencies
Vibrational Frequencies
calculated
comparison between experiment and calculated
comparison between experiemnt and calculated for one vibrational mode
experimental
Vibrational Intensities
calculated
comparison between different calculations
comparison between experiment and calculated
experimental
Vibrational Reduced Masses
calculated
comparison between two calculations
Vibrational Scaling factors
List factors.
List factors and uncertainties.
Calculate a vibrational scaling factor
List and set vibrational scaling factors
Notes of vibrational scaling factors
Vibrational Zero-Point Energies
calculated
comparison between different calculations
comparison between experiment and calculated
experimental
Zero-Point Energies
calculated
comparison between different calculations
comparison between experiment and calculated
experimental
Please send comments to
cccbdb@nist.gov