Properties of Ti:

Property Name Value Unit Comments Reference
ΔH interface M in O (Miedema) -945 (kJmol-1) 13823
ΔH interface O in M (Miedema) -520 (kJmol-1) 13823
ΔH interface S in M -272 (kJmol-1) 13823
Δinterface M in S (Miedema) -408 (kJmol-1) 13823
γ-free electron to specific heat 3,35 (mJmol-1K-2) 13823
Atomic concentration 5,66 (1023 m-3) 13823
Atomic electron scattering factor at 0.5 1,16 13823
Atomic environment number (Villars, Daams) 12 13823
Atomic number start counting left top, left-right sequence 22 13823
Atomic weight 47,88 (10-3 kg) 13823
Atomic weight 47,867 (10-3 kg) 14358
Boiling temperature 3560 (K) 13823
Boiling temperature 3637 (K) 5003
Boiling temperature 3535 (K) 17064
Boiling temperature 3533 (K) 19178
Boiling temperature 3563 (K) 19178
Bulk modulus 108,4 (GPa) 13823
Charge nuclear effective (Clementi) 4,82 13823
Chemical potential (Miedema) 3,8 13823
Compression modulus 1,051 (GPa) 13823
Conductivity electrical 2,28 (104 Ohm-1cm-1) 13823
Conductivity thermal 21,9 (Jmol-1K-1) 13823
Debye temperature 420 (K) 13823
Density 4540 (kgm-3) 13823
Density 4506 (kgm-3) 20518
Distance to core electron (Schubert) 0,91 (A) 13823
Distance to valence electron (Schubert) 1,81 (A) 13823
Electrochemical weight equivalent 0,12409 (mgK-1) 13823
Electron affinity 7,6 (kJmol-1) 13823
Electronegativity (Alfred-Rochow) 1,32 13823
Electronegativity (Martynov&Batsanov) 1,86 13823
Electronegativity (Pauling) 1,5 13823
Electronegativity absolute 3,45 13823
Energy cohesive (Brewer) 4,85 (Jmol-1) 13823
Energy of ionization (first) 658 (kJmol-1) 13823
Energy of ionization (second) 1310 (kJmol-1) 13823
Energy of ionization (third) 2653 (kJmol-1) 13823
Enthalpy of atomization 469,9 (kJmol-1) 13823
Enthalpy of melting 14,55 (kJmol-1) 5003
Enthalpy of melting 18,8 (kJmol-1) 13823
Enthalpy of surface (Miedema) 143 (kJmol-1) 13823
Enthalpy of vacancies (Miedema) 150 (kJmol-1) 13823
Enthalpy of vaporization 427 (kJmol-1) 19178
Enthalpy of vaporization 425 (kJmol-1) 19178
Enthalpy of vaporization 429 (kJmol-1) 19178
Enthalpy of vaporization 425,5 (kJmol-1) 13823
Enthalpy of vaporization 472,6 (kJmol-1) 5003
Entropy of solid 30,68924 (Jmol-1K-1) 13823
Entropy of solid 30,686 (Jmol-1K-1) 5003
Group number 4 13823
Hardness (Brinell) 2770 [MPa] 13823
Hardness (Brinell) 716 [MPa] 17064
Linear thermal expansion coefficient 8,5 (10-6K-1) 17064
Linear thermal expansion coefficient 8,7 (10-6K-1) 13823
Magnetic frequency of nuclei 5,638 13823
Magnetic resonance 2,4004 (MHz) 13823
Magnetic susceptibility 0,0000000401 (m3kg-1) 13823
Mass attenuation coefficient FeKα 377 (cm2g-1) 13823
Mass attenuation coefficient for CrKα 571 (cm2g-1) 13823
Mass attenuation coefficient for CuKα 208 (cm2g-1) 13823
Mass attenuation coefficient for MoKα 24,2 (cm2g-1) 13823
Melting temperature 1933 (K) 13823
Melting temperature 1945 (K) 5003
Melting temperature 1998 (K) 17064
Mendeleev chemists sequence 56 13823
Mendeleev d-t start left 48 13823
Mendeleev d-t start right 58 13823
Mendeleev H d-t start left 47 13823
Mendeleev H d-t start right 59 13823
Mendeleev H t-d start left 45 13823
Mendeleev H t-d start right 57 13823
Mendeleev Pettifor 51 13823
Mendeleev Pettifor regular 51 13823
Mendeleev t-d start left 46 13823
Mendeleev t-d start right 56 13823
Modulus of rigidity 45,6 (GPa) 13823
Modulus of rigidity 43,8 (GPa) 17064
Molar heat capacity 25,06 (Jmol-1K-1) 20518
Molar heat capacity 25,02 (Jmol-1K-1) 13823
Moment nuclear magnetic 0,787 (mu) 13823
Nuclear charge effective (Slater) 3,15 13823
nWS^(1/3) (Miedema) 1,52 (a.u.-1/3) 13823
Oxidation state (first) 2 13823
Periodic number start counting bottom right, right-left sequence 82 13823
Periodic number start counting left bottom, left-right sequence 71 13823
Periodic number start counting top right, right-left sequence 33 13823
Poisson's ratio 0,361 13823
Quantum number 4 13823
Radii covalent 132 (pm) 13823
Radii metal (Waber) 1,462 (A) 13823
Radii pseudo-potential (Zunger) 2,58 13823
Resistivity electrical 42 (10-8 Ohmm) 13823
Sound velocity 4140 (ms-1) 13823
Spectral lines no 568 13823
Spin nuclei 2,5 (h) 13823
Surface tension at Tm 2100 (mJm-2) 13823
Thermal neutron capture cross section 6,1 (barns) 13823
V^(2/3) (Miedema) 4,82 (cm2) 13823
Valence electron number 4 13823
Vapour pressure at Tm 0,49 (Nm-2) 13823
Volume of atom (Villars, Daams) 1,764 (10-2 nm3) 13823
Work function 4,3 (eV) 13823
Young's modulus 115,7 (GPa) 17064
Young's modulus 120,2 (GPa) 13823

Radii Ionic properties of Ti:

Property Name Charge CN Value Unit Comments Reference
Radii ionic (Bokii & Belov) 2 0,78 (Å) 13824
Radii ionic (Bokii & Belov) 3 0,69 (Å) 13824
Radii ionic (Bokii & Belov) 4 0,64 (Å) 13824
Radii ionic (Goldsmidt) 2 0,8 (Å) 13824
Radii ionic (Goldsmidt) 3 0,69 (Å) 13824
Radii ionic (Goldsmidt) 4 0,64 (Å) 13824
Radii ionic (Pauling) 3 0,69 (Å) 13824
Radii ionic (Pauling) 4 0,68 (Å) 13824
Radii ionic (Yagoda) 2 0,9 (Å) 13824
Radii ionic (Yagoda) 3 0,77 (Å) 13824
Radii ionic (Yagoda) 4 0,68 (Å) 13824
Radii ionic (Shannon) 2 6 0,86 (Å) 13826
Radii ionic (Shannon) 3 6 0,67 (Å) 13826
Radii ionic (Shannon) 4 4 0,42 (Å) 13826
Radii ionic (Shannon) 4 5 0,51 (Å) 13826
Radii ionic (Shannon) 4 6 0,605 (Å) 13826
Radii ionic (Shannon) 4 8 0,74 (Å) 13826
Change element