Contents

This shows all available properties. Select from:

• Abundances of the elements
• Abundance in carbonaceous meteorites (atoms)
• Abundance in carbonaceous meteorites (weight)
• Abundance in Earth's crust (atoms)
• Abundance in Earth's crust (weight)
• Abundance in iron meteorites (weight)
• Abundance in iron meteorites atoms)
• Abundance in oceans (atoms)
• Abundance in oceans (weight)
• Abundance in stream water (atoms)
• Abundance in stream water (weight)
• Abundance in the sun (weight)n
• Abundance in the sun (atoms)
• Abundance in the universe (atoms)
• Abundance in the universe (weight)
• Abundances in humans (atoms)
• Abundances in humans (weight)
• Atomic number
• Atomic spectra
• Block in periodic table
• Boiling point
• Boiling point of highest fluoride
• Boiling point of hydride
• Bond enthalpy (single bond)
• Bond enthalpy of homodinuclear molecules
• Bond enthalpy of diatomic molecules
• Bond enthalpy of diatomic M-Al molecules
• Bond enthalpy of diatomic M-Ar molecules
• Bond enthalpy of diatomic M-As molecules
• Bond enthalpy of diatomic M-B molecules
• Bond enthalpy of diatomic M-Ba molecules
• Bond enthalpy of diatomic M-Be molecules
• Bond enthalpy of diatomic M-Bi molecules
• Bond enthalpy of diatomic M-Br molecules
• Bond enthalpy of diatomic M-C molecules
• Bond enthalpy of diatomic M-Ca molecules
• Bond enthalpy of diatomic M-Cl molecules
• Bond enthalpy of diatomic M-Cs molecules
• Bond enthalpy of diatomic M-F molecules
• Bond enthalpy of diatomic M-Fr molecules
• Bond enthalpy of diatomic M-Ga molecules
• Bond enthalpy of diatomic M-Ge molecules
• Bond enthalpy of diatomic M-H molecules
• Bond enthalpy of diatomic M-He molecules
• Bond enthalpy of diatomic M-I molecules
• Bond enthalpy of diatomic M-In molecules
• Bond enthalpy of diatomic M-K molecules
• Bond enthalpy of diatomic M-Kr molecules
• Bond enthalpy of diatomic M-Li molecules
• Bond enthalpy of diatomic M-Mg molecules
• Bond enthalpy of diatomic M-N molecules
• Bond enthalpy of diatomic M-Na molecules
• Bond enthalpy of diatomic M-Ne molecules
• Bond enthalpy of diatomic M-O molecules
• Bond enthalpy of diatomic M-P molecules
• Bond enthalpy of diatomic M-Pb molecules
• Bond enthalpy of diatomic M-Ra molecules
• Bond enthalpy of diatomic M-Rb molecules
• Bond enthalpy of diatomic M-Rn molecules
• Bond enthalpy of diatomic M-S molecules
• Bond enthalpy of diatomic M-Sb molecules
• Bond enthalpy of diatomic M-Se molecules
• Bond enthalpy of diatomic M-Si molecules
• Bond enthalpy of diatomic M-Sn molecules
• Bond enthalpy of diatomic M-Sr molecules
• Bond enthalpy of diatomic M-Te molecules
• Bond enthalpy of diatomic M-Tl molecules
• Bond enthalpy of diatomic M-Xe molecules
• Bond length in element
• Bulk modulus
• CAS Registry number
• Classification
• Colour
• Critical temperature
• Crystal structure
• Density of solid
• Description
• Discovery
• Effective nuclear charge (Clementi) - 1s
• Effective nuclear charge (Clementi) - 2p
• Effective nuclear charge (Clementi) - 2s
• Effective nuclear charge (Clementi) - 3s
• Effective nuclear charge (Clementi) - 3p
• Effective nuclear charge (Clementi) - 3d
• Effective nuclear charge (Clementi) - 4s
• Effective nuclear charge (Clementi) - 4p
• Effective nuclear charge (Clementi) - 4d
• Effective nuclear charge (Clementi) - 4f
• Effective nuclear charge (Clementi) - 5s
• Effective nuclear charge (Clementi) - 5p
• Effective nuclear charge (Clementi) - 5d
• Effective nuclear charge (Clementi) - 6s
• Effective nuclear charge (Clementi) - 6p
• Effective nuclear charge (Clementi)
• Electrical resistivity
• Electron affinity
• Electron binding energies (K)
• Electron binding energies (L-I)
• Electron binding energies (L-II)
• Electron binding energies (L-III)
• Electron binding energies (M-I)
• Electron binding energies (M-II)
• Electron binding energies (M-III)
• Electron binding energies (M-IV)
• Electron binding energies (M-V)
• Electron binding energies (N-I)
• Electron binding energies (N-II)
• Electron binding energies (N-III)
• Electron binding energies (N-IV)
• Electron binding energies (N-V)
• Electron binding energies (N-VI)
• Electron binding energies (N-VII)
• Electron binding energies (O-I)
• Electron binding energies (O-II)
• Electron binding energies (O-III)
• Electron binding energies (O-IV)
• Electron binding energies (O-V)
• Electron binding energies (P-I)
• Electron binding energies (P-II)
• Electron binding energies (P-III)
• Electron shell structure
• Electronegativity
• Electronegativity (Allen)
• Electronegativity (Allred-Rochow)
• Electronegativity (Mulliken-Jaffe - s)
• Electronegativity (Mulliken-Jaffe - sp)
• Electronegativity (Mulliken-Jaffe -sp²)
• Electronegativity (Mulliken-Jaffe -sp³)
• Electronegativity (Mulliken-Jaffe) p-orbital
• Electronegativity (Mulliken-Jaffe)
• Electronegativity (Pauling)
• Electronegativity (Sanderson)
• Electronic configuration
• Element names and symbols
• Enthalpy of atomization
• Enthalpy of fusion
• Enthalpy of vaporization
• Geology
• Group Name
• Group numbers
• Hardness: Brinell
• hardness: mineralogical
• Hardness: Vickers
• Health hazards
• History of the element
• Hydration enthalpy for metal ion M[I]
• Hydration enthalpy for metal ion M[II]
• Hydration enthalpy for metal ion M[III]
• Hydration enthalpy for metal ion M[IV]
• Hydrolysis constant of hydrated metal ion M(I)
• Hydrolysis constant of hydrated metal ion M(II)
• Hydrolysis constant of hydrated metal ion M(III)
• Hydrolysis constant of hydrated metal ion M(IV)
• Ionisation energies
• ionisation energy: 1st
• ionisation energy: 2nd
• ionisation energy: 3rd
• ionisation energy: 4th
• ionisation energy: 5th
• ionisation energy: 6th
• ionisation energy: 7th
• ionisation energy: 8th
• ionisation energy: 9th
• ionisation energy: 10th
• ionisation energy: 11th
• ionisation energy: 12th
• ionisation energy: 13th
• ionisation energy: 14th
• ionisation energy: 15th
• ionisation energy: 16th
• ionisation energy: 17th
• ionisation energy: 18th
• ionisation energy: 19th
• ionisation energy: 20th
• ionisation energy: 21st
• Isolation
• Isotopes
• Lattice energies (calculated) for MBr₃
• Lattice energies (calculated) for MBr
• Lattice energies (calculated) for MBr₄
• Lattice energies (calculated) for MBr₂
• Lattice energies (calculated) for MCl₃
• Lattice energies (calculated) for MCl
• Lattice energies (calculated) for MCl₄
• Lattice energies (calculated) for MCl₂
• Lattice energies (calculated) for MF₃
• Lattice energies (calculated) for MF
• Lattice energies (calculated) for MF₄
• Lattice energies (calculated) for MF₂
• Lattice energies (calculated) for MH₃
• Lattice energies (calculated) for MH
• Lattice energies (calculated) for MH₄
• Lattice energies (calculated) for MH₂
• Lattice energies (calculated) for MI₃
• Lattice energies (calculated) for MI
• Lattice energies (calculated) for MI₄
• Lattice energies (calculated) for MI₂
• Lattice energies (calculated) for MO₃
• Lattice energies (calculated) for MO
• Lattice energies (calculated) for MO₂
• Lattice energies (calculated) for M₂O₃
• Lattice energies (calculated) for M₂O
• Lattice energies (calculated) for M₂O₂
• Lattice energies (thermochemical cycle) for MBr₃
• Lattice energies (thermochemical cycle) for MBr
• Lattice energies (thermochemical cycle) for MBr₄
• Lattice energies (thermochemical cycle) for MBr₂
• Lattice energies (thermochemical cycle) for MCl₃
• Lattice energies (thermochemical cycle) for MCl
• Lattice energies (thermochemical cycle) for MCl₄
• Lattice energies (thermochemical cycle) for MCl₂
• Lattice energies (thermochemical cycle) for MF₃
• Lattice energies (thermochemical cycle) for MF
• Lattice energies (thermochemical cycle) for MF₄
• Lattice energies (thermochemical cycle) for MF₂
• Lattice energies (thermochemical cycle) for MH₃
• Lattice energies (thermochemical cycle) for MH
• Lattice energies (thermochemical cycle) for MH₄
• Lattice energies (thermochemical cycle) for MH₂
• Lattice energies (thermochemical cycle) for MI₃
• Lattice energies (thermochemical cycle) for MI
• Lattice energies (thermochemical cycle) for MI₄
• Lattice energies (thermochemical cycle) for MI₂
• Lattice energies (thermochemical cycle) for MO₃
• Lattice energies (thermochemical cycle) for MO
• Lattice energies (thermochemical cycle) for MO₂
• Lattice energies (thermochemical cycle) for M₂O₃
• Lattice energies (thermochemical cycle) for M₂O
• Lattice energies (thermochemical cycle) for M₂O₂
• Lattice energies
• Linear expansion coefficient
• Liquid Range
• Meaning of name
• Melting point of the highest fluoride
• Melting point of the hydride
• Melting point
• Molar volume
• NMR data
• Oxidation numbers
• Period numbers
• Pictures
• Poisson's ratio
• Properties of some compounds
• Radii: atomic (calculated)
• Radii: atomic (empirical)
• Radii: covalent
• Radii: covalent (molecular single bond)
• Radii: covalent (molecular double bond)
• Radii: covalent (molecular triple bond)
• Radii: covalent, revisited (2008 values)
• Radii: ionic (Shannon)
• Radii: ionic (Shannon) for 8-coordinate M(-I) ion
• Radii: ionic (Shannon) for 8-coordinate M(-II) ion
• Radii: ionic (Shannon) for 8-coordinate M(I) ion
• Radii: ionic (Shannon) for 8-coordinate M(II) ion
• Radii: ionic (Shannon) for 8-coordinate M(III) ion
• Radii: ionic (Shannon) for 8-coordinate M(IV) ion
• Radii: ionic (Shannon) for 8-coordinate M(V) ion
• Radii: ionic (Shannon) for 8-coordinate M(VI) ion
• Radii: ionic (Shannon) for octahedral M(-I) ion
• Radii: ionic (Shannon) for octahedral M(-II) ion
• Radii: ionic (Shannon) for octahedral M(-III) ion
• Radii: ionic (Shannon) for octahedral M(I) ion
• Radii: ionic (Shannon) for octahedral M(V) ion
• Radii: ionic (Shannon) for octahedral M(VI) ion
• Radii: ionic (Shannon) for octahedral M(VII) ion
• Radii: ionic (Shannon) for octahedral M(VIII) ion
• Radii: ionic (Shannon) for square planar M(I) ion
• Radii: ionic (Shannon) for square planar M(II) ion
• Radii: ionic (Shannon) for square planar M(III) ion
• Radii: ionic (Shannon) for tetrahedral M(-I) ion
• Radii: ionic (Shannon) for tetrahedral M(-II) ion
• Radii: ionic (Shannon) for tetrahedral M(-III) ion
• Radii: ionic (Shannon) for tetrahedral M(I) ion
• Radii: ionic (Shannon) for tetrahedral M(II) ion
• Radii: ionic (Shannon) for tetrahedral M(III) ion
• Radii: ionic (Shannon) for tetrahedral M(IV) ion
• Radii: ionic (Shannon) for tetrahedral M(V) ion
• Radii: ionic (Shannon) for tetrahedral M(VI) ion
• Radii: ionic (Shannon) for tetrahedral M(VII) ion
• Radii: ionic (Shannon) for tetrahedral M(VIII) ion
• Radii: ionic (Shannon): high spin octahedral M(II) ion
• Radii: ionic (Shannon): high spin octahedral M(III) ion
• Radii: ionic (Shannon): high spin octahedral M(IV) ion
• Radii: ionic (Shannon): low spin octahedral M(II) ion
• Radii: ionic (Shannon): low spin octahedral M(III) ion
• Radii: ionic (Shannon): low spin octahedral M(IV) ion
• Radii: ionic (Pauling) for M(-I) ion
• Radii: ionic (Pauling) for M(-II) ion
• Radii: ionic (Pauling) for M(-III) ion
• Radii: ionic (Pauling) for M(-IV) ion
• Radii: ionic (Pauling) for M(I) ion
• Radii: ionic (Pauling) for M(II) ion
• Radii: ionic (Pauling) for M(III) ion
• Radii: ionic (Pauling) for M(IV) ion
• Radii: ionic (Pauling) for M(V) ion
• Radii: ionic (Pauling) for M(VI) ion
• Radii: ionic (Pauling) for M(VII) ion
• Radii: ionic (Pauling)
• Radii: metallic (12)
• Radii: valence d-orbital R(max) (A.U.)
• Radii: valence d-orbital R(max)
• Radii: valence f-orbital R(max) (A.U.)
• Radii: valence f-orbital R(max)
• Radii: valence orbital R(max)
• Radii: valence p-orbital R(max) (A.U.)
• Radii: valence p-orbital R(max)
• Radii: valence s-orbital R(max) (A.U.)
• Radii: valence s-orbital R(max)
• Radii: Van der Waals
• Reactions of the elements
• Reduction potential of hydrated M(I) ions
• Reduction potential of hydrated M(II) ions
• Reduction potential of hydrated M(III) ions
• Reduction potential of hydrated M(IV) ions
• Reflectivity
• Refractive index
• Rigidity modulus
• Single bond enthalpy in highest bromide
• Single bond enthalpy in highest chloride
• Single bond enthalpy in highest fluoride
• Single bond enthalpy in highest iodide
• Standard atomic weights
• Standard reduction potentials
• Standard state
• Superconductivity temperature
• Term symbol
• Thermal conductivity
• Thermodynamic properties
• Total mass in 70 kg human
• Uses
• Velocity of sound
• X-ray mass absorption coefficients (Ag-Kα)
• X-ray mass absorption coefficients (Co-Kα)
• X-ray mass absorption coefficients (Cr-Kα)
• X-ray mass absorption coefficients (Cu-Kα)
• X-ray mass absorption coefficients (Fe-Kα)
• X-ray mass absorption coefficients (Mo-Kα)
• X-ray mass absorption coefficients (Ni-Kα)
• X-ray mass absorption coefficients (W-Lα)
• X-ray mass absorption coefficients
• Young's modulus

Units

None

Notes

None

Literature sources