| ΔH interface M in O (Miedema) |
-904 |
(kJ mol-1) |
|
13823 |
| ΔH interface O in M (Miedema) |
-603 |
(kJ mol-1) |
|
13823 |
| ΔH interface S in M |
-452 |
(kJ mol-1) |
|
13823 |
| Δinterface M in S (Miedema) |
-578 |
(kJ mol-1) |
|
13823 |
| γ-free electron to specific heat |
0 |
(mJ mol-1 K-2) |
|
13823 |
| Atomic concentration |
2,93 |
(1023 m-3) |
|
13823 |
| Atomic electron scattering factor at 0.5 |
2,58 |
|
|
13823 |
| Atomic environment number (Villars, Daams) |
12 |
|
|
13823 |
| Atomic number start counting left top, left-right sequence |
60 |
|
|
13823 |
| Atomic weight |
144,24 |
(10-3 kg) |
|
13823 |
| Atomic weight |
144,242 |
(10-3 kg) |
|
14358 |
| Boiling temperature |
3257 |
(K) |
|
5391 |
| Boiling temperature |
3341 |
(K) |
|
13823 |
| Boiling temperature |
3303 |
(K) |
|
19178 |
| Boiling temperature |
3343 |
(K) |
|
19178 |
| Boiling temperature |
3347 |
(K) |
|
19178 |
| Bulk modulus |
31,8 |
(GPa) |
|
13823 |
| Charge nuclear effective (Clementi) |
9,31 |
|
|
13823 |
| Chemical potential (Miedema) |
3,19 |
|
|
13823 |
| Compression modulus |
0,327 |
(GPa) |
|
13823 |
| Conductivity electrical |
1,56 |
(104 Ohm-1 cm-1) |
|
13823 |
| Conductivity thermal |
16,5 |
(J mol-1 K-1) |
|
13823 |
| Debye temperature |
163 |
(K) |
|
20518 |
| Density |
7007 |
(kg m-3) |
|
13823 |
| Density |
7008 |
(kg m-3) |
double-c hexagonal close-packed. 297 K |
20518 |
| Density |
6800 |
(kg m-3) |
bcc, 1156 K |
20518 |
| Distance to core electron (Schubert) |
1,17 |
(A) |
|
13823 |
| Distance to valence electron (Schubert) |
2,37 |
(A) |
|
13823 |
| Electrochemical weight equivalent |
0,49834 |
(mg K-1) |
|
13823 |
| Electron affinity |
50 |
(kJ mol-1) |
|
13823 |
| Electronegativity (Alfred-Rochow) |
1,07 |
|
|
13823 |
| Electronegativity (Martynov&Batsanov) |
1,2 |
|
|
13823 |
| Electronegativity (Pauling) |
1,05 |
|
|
13823 |
| Electronegativity absolute |
3 |
|
|
13823 |
| Energy cohesive (Brewer) |
3,4 |
(J mol-1) |
|
13823 |
| Energy of ionization (first) |
529,7 |
(kJ mol-1) |
|
13823 |
| Energy of ionization (second) |
1034 |
(kJ mol-1) |
|
13823 |
| Energy of ionization (third) |
2128 |
(kJ mol-1) |
|
13823 |
| Enthalpy of atomization |
327,3 |
(kJ mol-1) |
|
5391 |
| Enthalpy of atomization |
327,6 |
(kJ mol-1) |
|
13823 |
| Enthalpy of melting |
7,1 |
(kJ mol-1) |
|
13823 |
| Enthalpy of melting |
7,3 |
(kJ mol-1) |
|
18453 |
| Enthalpy of melting |
7,317 |
(kJ mol-1) |
|
5391 |
| Enthalpy of surface (Miedema) |
115 |
(kJ mol-1) |
|
13823 |
| Enthalpy of vacancies (Miedema) |
120 |
(kJ mol-1) |
|
13823 |
| Enthalpy of vaporization |
289 |
(kJ mol-1) |
|
19178 |
| Enthalpy of vaporization |
284 |
(kJ mol-1) |
|
19178 |
| Enthalpy of vaporization |
328 |
(kJ mol-1) |
|
13823 |
| Entropy of solid |
71,84 |
(J mol-1 K-1) |
|
5391 |
| Entropy of solid |
72,4 |
(J mol-1 K-1) |
|
18453 |
| Entropy of solid |
73,269 |
(J mol-1 K-1) |
|
13823 |
| Entropy of solid |
71,5 |
(J mol-1 K-1) |
|
20518 |
| Group number |
3 |
|
|
13823 |
| Hardness (Brinell) |
462 |
[MPa] |
|
13823 |
| Linear thermal expansion coefficient |
6,9 |
(10-6 K-1) |
|
13823 |
| Linear thermal expansion coefficient |
9,6 |
(10-6 K-1) |
|
20518 |
| Magnetic frequency of nuclei |
5,437 |
|
|
13823 |
| Magnetic resonance |
2,303 |
(MHz) |
|
13823 |
| Magnetic susceptibility |
0,00000049 |
(m3 kg-1) |
|
13823 |
| Mass attenuation coefficient FeKα |
379 |
(cm2 g-1) |
|
13823 |
| Mass attenuation coefficient for CrKα |
252 |
(cm2 g-1) |
|
13823 |
| Mass attenuation coefficient for CuKα |
374 |
(cm2 g-1) |
|
13823 |
| Mass attenuation coefficient for MoKα |
53,2 |
(cm2 g-1) |
|
13823 |
| Melting temperature |
1294 |
(K) |
|
13823 |
| Melting temperature |
1295 |
(K) |
|
5391 |
| Melting temperature |
1298 |
(K) |
|
18453 |
| Mendeleev chemists sequence |
31 |
|
|
13823 |
| Mendeleev d-t start left |
23 |
|
|
13823 |
| Mendeleev d-t start right |
82 |
|
|
13823 |
| Mendeleev H d-t start left |
22 |
|
|
13823 |
| Mendeleev H d-t start right |
83 |
|
|
13823 |
| Mendeleev H t-d start left |
21 |
|
|
13823 |
| Mendeleev H t-d start right |
82 |
|
|
13823 |
| Mendeleev Pettifor |
30 |
|
|
13823 |
| Mendeleev Pettifor regular |
31 |
|
|
13823 |
| Mendeleev t-d start left |
22 |
|
|
13823 |
| Mendeleev t-d start right |
81 |
|
|
13823 |
| Modulus of rigidity |
16,3 |
(GPa) |
|
13823 |
| Molar heat capacity |
44,576 |
(J mol-1 K-1) |
|
18453 |
| Molar heat capacity |
27,45 |
(J mol-1 K-1) |
|
13823 |
| Molar heat capacity |
27,49 |
(J mol-1 K-1) |
|
5391 |
| Moment nuclear magnetic |
-1,25 |
(mu) |
|
13823 |
| Nuclear charge effective (Slater) |
2,85 |
|
|
13823 |
| nWS^(1/3) (Miedema) |
1,2 |
(a.u.-1/3) |
|
13823 |
| Oxidation state (first) |
3 |
|
|
13823 |
| Periodic number start counting bottom right, right-left sequence |
44 |
|
|
13823 |
| Periodic number start counting left bottom, left-right sequence |
23 |
|
|
13823 |
| Periodic number start counting top right, right-left sequence |
81 |
|
|
13823 |
| Poisson's ratio |
0,281 |
|
|
13823 |
| Quantum number |
6 |
|
|
13823 |
| Radii covalent |
164 |
(pm) |
|
13823 |
| Radii metal (Waber) |
1,821 |
(A) |
|
13823 |
| Radii pseudo-potential (Zunger) |
3,99 |
|
|
13823 |
| Resistivity electrical |
64 |
(10-8 Ohm m) |
|
13823 |
| Sound velocity |
2330 |
(m s-1) |
|
13823 |
| Spectral lines no |
117 |
|
|
13823 |
| Spin nuclei |
3,5 |
(h) |
|
13823 |
| Surface tension at Tm |
1080 |
(mJ m-2) |
|
13823 |
| Thermal neutron capture cross section |
49 |
(barns) |
|
13823 |
| V^(2/3) (Miedema) |
7,51 |
(cm2) |
|
13823 |
| Valence electron number |
3 |
|
|
13823 |
| Vapour pressure at Tm |
0,00603 |
(N m-2) |
|
13823 |
| Volume of atom (Villars, Daams) |
3,418 |
(10-2 nm3) |
|
13823 |
| Work function |
3,2 |
(eV) |
|
13823 |
| Young's modulus |
41,4 |
(GPa) |
|
13823 |