| Property | Value | Comments | References | 
	
		| ΔH interface M in O (Miedema) | -241 | 
  |   | 13823 | 
	
		| ΔH interface M in S (Miedema) | -135 | 
  |   | 13823 | 
	
		| ΔH interface O in M (Miedema) | -241 | 
  |   | 13823 | 
	
		| ΔH interface S in M | -108 | 
  |   | 13823 | 
	
		| γ-free electron to specific heat | 7,02 | (mJ*mol-1*K-2)                   |   | 13823 | 
	
		| Atomic concentration | 9,14 | (1023 m-3)              |   | 13823 | 
	
		| Atomic electron scattering factor at 0.5 | 1,41 |  |   | 13823 | 
	
		| Atomic environment number (Villars, Daams) | 12 |   |   | 13823 | 
	
		| Atomic number start counting left top, left-right sequence | 28 |   |   | 13823 | 
	
		| Atomic weight | 58,69 | (10-3 kg)                                           |   | 13823 | 
	
		| Atomic weight | 58,6934 | (10-3 kg)                                           |   | 14358 | 
	
		| Boiling temperature | 3003 | 
  |   | 19178 | 
	
		| Boiling temperature | 3005 | 
  |   | 13823 | 
	
		| Boiling temperature | 3186 | 
  |   | 19178 | 
	
		| Boiling temperature | 3263 | 
  |   | 19178 | 
	
		| Bulk modulus | 177,3 | (GPa)      |   | 13823 | 
	
		| Charge nuclear effective (Clementi) | 5,71 |  |   | 13823 | 
	
		| Chemical potential (Miedema) | 5,2 |  |   | 13823 | 
	
		| Compression modulus | 1,86 | (GPa)      |   | 13823 | 
	
		| Conductivity electrical | 13,3 | (104 Ohm-1*cm-1) |   | 13823 | 
	
		| Conductivity thermal | 90,7 | 
  |   | 13823 | 
	
		| Debye temperature | 450 | 
  |   | 13823 | 
	
		| Density | 8902 | 
  |   | 13823 | 
	
		| Distance from core electron (Schubert) | 1,13 | (A) |   | 13823 | 
	
		| Distance from valence electron (Schubert) | 2,9 | (A) |   | 13823 | 
	
		| Electrochemical weight equivalent | 0,30409 | (mg*K-1)   |   | 13823 | 
	
		| Electron affinity | 156 | 
  |   | 13823 | 
	
		| Electronegativity (Alfred-Rochow) | 1,75 |  |   | 13823 | 
	
		| Electronegativity (Martynov&Batsanov) | 1,76 |  |   | 13823 | 
	
		| Electronegativity (Pauling) | 1,9 |  |   | 13823 | 
	
		| Electronegativity absolute | 4,4 |  |   | 13823 | 
	
		| Energy cohesive (Brewer) | 4,44 | 
  |   | 13823 | 
	
		| Energy of ionization first | 736,7 | 
  |   | 13823 | 
	
		| Energy of ionization second | 1753 | 
  |   | 13823 | 
	
		| Energy of ionization third | 3393 | 
  |   | 13823 | 
	
		| Enthalpy of atomization | 429,7 | 
  |   | 13823 | 
	
		| Enthalpy of melting | 17,2 | 
  |   | 13823 | 
	
		| Enthalpy of surface (Miedema) | 121 | 
  |   | 13823 | 
	
		| Enthalpy of vacancies (Miedema) | 130 | 
  |   | 13823 | 
	
		| Enthalpy of vaporization | 372 | 
  |   | 19178 | 
	
		| Enthalpy of vaporization | 374,8 | 
  |   | 13823 | 
	
		| Enthalpy of vaporization | 378 | 
  |   | 19178 | 
	
		| Enthalpy of vaporization | 379 | 
  |   | 19178 | 
	
		| Entropy of solid | 29,89375 | 
  |   | 13823 | 
	
		| Group number | 10 |  |   | 13823 | 
	
		| Hardness (Brinell) | 981 | [MPa] |   | 13823 | 
	
		| Linear thermal expansion coefficient | 13,5 | (10-6*K-1) |   | 13823 | 
	
		| Magnetic frequency of nuclei | 8,936 |  |   | 13823 | 
	
		| Magnetic resonance | 3,8048 | (MHz)               |   | 13823 | 
	
		| Mass attenuation coefficient CrKα | 144 | (cm2*g-1)  |   | 13823 | 
	
		| Mass attenuation coefficient FeKα | 88,6 | (cm2*g-1) |   | 13823 | 
	
		| Mass attenuation coefficient for CuKα | 45,7 | (cm2*g-1)     |   | 13823 | 
	
		| Mass attenuation coefficient for MoKα | 46,6 | (cm2*g-1)   |   | 13823 | 
	
		| Melting temperature | 1726 | 
  |   | 13823 | 
	
		| Mendeleev chemists sequence | 72 |   |   | 13823 | 
	
		| Mendeleev d-t start left | 66 |   |   | 13823 | 
	
		| Mendeleev d-t start right | 40 |   |   | 13823 | 
	
		| Mendeleev H d-t start left | 65 |   |   | 13823 | 
	
		| Mendeleev H d-t start right | 41 |   |   | 13823 | 
	
		| Mendeleev H t-d start left | 63 |   |   | 13823 | 
	
		| Mendeleev H t-d start right | 39 |   |   | 13823 | 
	
		| Mendeleev Pettifor | 67 |   |   | 13823 | 
	
		| Mendeleev Pettifor regular | 69 |   |   | 13823 | 
	
		| Mendeleev t-d start left | 64 |   |   | 13823 | 
	
		| Mendeleev t-d start right | 38 |   |   | 13823 | 
	
		| Modulus of rigidity | 76 | (GPa) |   | 13823 | 
	
		| Molar heat capacity | 26,07 | 
  |   | 13823 | 
	
		| Moment nuclear magnetic | 0,746 | (mu) |   | 13823 | 
	
		| Nuclear charge effective (Slater) | 4,05 |  |   | 13823 | 
	
		| nW1/3 (Miedema) | 1,75 | (a.u.-1/3)                   |   | 13823 | 
	
		| Oxidation state first               | 2 |  |   | 13823 | 
	
		| Periodic number start counting bottom right, right-left sequence | 76 |   |   | 13823 | 
	
		| Periodic number start counting left bottom, left-right sequence | 77 |   |   | 13823 | 
	
		| Periodic number start counting top right, right-left sequence | 27 |   |   | 13823 | 
	
		| Poisson's ratio | 0,312 |  |   | 13823 | 
	
		| Quantum number | 4 |  |   | 13823 | 
	
		| Radii covalent | 115 | 
  |   | 13823 | 
	
		| Radii metal (Waber) | 1,246 | (A) |   | 13823 | 
	
		| Radii pseudo-potential (Zunger) | 2,18 | (a.u.) |   | 13823 | 
	
		| Resistivity electrical | 6,84 | (10-8 Ohm*m)  |   | 13823 | 
	
		| Sound velocity | 4970 | (m*s-1) |   | 13823 | 
	
		| Spectral lines no | 505 |  |   | 13823 | 
	
		| Spin nuclei | 1,5 | (h) |   | 13823 | 
	
		| Surface tension at Tm | 2450 | 
  |   | 13823 | 
	
		| Thermal neutron capture cross section | 37,2 | (barns) |   | 13823 | 
	
		| V2/3 (Miedema) | 3,52 | (cm2)   |   | 13823 | 
	
		| Valence electron number | 10 |  |   | 13823 | 
	
		| Vapour pressure at Tm | 237 | (N*m-2) |   | 13823 | 
	
		| Volume of atom (Villars, Daams) | 1,093 | (10-2 nm3)  |   | 13823 | 
	
		| Work function | 5,1 | (eV)                |   | 13823 | 
	
		| Young's modulus | 199,5 | (GPa)        |   | 13823 |