Electron Binding Energies

Electron Binding Energies Navigation

By Name

By Symbol

By Number

Tungsten to Zirconium

Element

Click button to see citations

Tungsten

K (1s)

69525 eV

LI (2s)

12100 eV

LII (2p1/2)

11544 eV

LIII (2p3/2)

10207 eV

MI (3s)

2820 eV

MII (3p1/2)

2575 eV

MIII (3p3/2)

2281 eV

MIV (3d3/2)

1872 eV

MV (3d5/2)

1809 eV

NI (4s)

594.1 eV

NII (4p1/2)

490.4 eV

NIII (4p3/2)

423.6 eV

NIV (4d3/2)

255.9 eV

NV (4d5/2)

243.5 eV

NVI (4f5/2)

33.6 eV

NVII (4f7/2)

31.4 eV

OI (5s)

75.6 eV

OII (5p1/2)

45.3 eV

OIII (5p3/2)

36.8 eV

Uranium

K (1s)

115606 eV

LI (2s)

21757 eV

LII (2p1/2)

20948 eV

LIII (2p3/2)

17166 eV

MI (3s)

5548 eV

MII (3p1/2)

5182 eV

MIII (3p3/2)

4303 eV

MIV (3d3/2)

3728 eV

MV (3d5/2)

3552 eV

NI (4s)

1439 eV

NII (4p1/2)

1271 eV

NIII (4p3/2)

1043 eV

NIV (4d3/2)

778.3 eV

NV (4d5/2)

736.2 eV

NVI (4f5/2)

388.2 eV

NVII (4f7/2)

377.4 eV

OI (5s)

321 eV

OII (5p1/2)

257 eV

OIII (5p3/2)

192 eV

OIV (5d3/2)

102.8 eV

OV (5d5/2)

94.2 eV

PI (6s)

43.9 eV

PII (6p1/2)

26.8 eV

PIII (6p3/2)

16.8 eV

Vanadium

K (1s)

5465 eV

LI (2s)

626.7 eV

LII (2p1/2)

519.8 eV

LIII (2p3/2)

512.1 eV

MI (3s)

66.3 eV

MII (3p1/2)

37.2 eV

MIII (3p3/2)

37.2 eV

Xenon

K (1s)

34561 eV

LI (2s)

5453 eV

LII (2p1/2)

5107 eV

LIII (2p3/2)

4786 eV

MI (3s)

1148.7 eV

MII (3p1/2)

1002.1 eV

MIII (3p3/2)

940.6 eV

MIV (3d3/2)

689.0 eV

MV (3d5/2)

676.4 eV

NI (4s)

213.2 eV

NII (4p1/2)

146.7 eV

NIII (4p3/2)

145.5 eV

NIV (4d3/2)

69.5 eV

NV (4d5/2)

67.5 eV

Ytterbium

K (1s)

61332 eV

LI (2s)

10486 eV

LII (2p1/2)

9978 eV

LIII (2p3/2)

8944 eV

MI (3s)

2398 eV

MII (3p1/2)

2173 eV

MIII (3p3/2)

1950 eV

MIV (3d3/2)

1576 eV

MV (3d5/2)

1528 eV

NI (4s)

480.5 eV

NII (4p1/2)

388.7 eV

NIII (4p3/2)

339.7 eV

NIV (4d3/2)

191.2 eV

NV (4d5/2)

182.4 eV

NVI (4f5/2)

2.5 eV

NVII (4f7/2)

1.3 eV

OI (5s)

52.0 eV

OII (5p1/2)

30.3 eV

OIII (5p3/2)

24.1 eV

Yttrium

K (1s)

17038 eV

LI (2s)

2373 eV

LII (2p1/2)

2156 eV

LIII (2p3/2)

2080 eV

MI (3s)

392.0 eV

MII (3p1/2)

310.6 eV

MIII (3p3/2)

298.8 eV

MIV (3d3/2)

157.7 eV

MV (3d5/2)

155.8 eV

NI (4s)

43.8 eV

NII (4p1/2)

24.4 eV

NIII (4p3/2)

23.1 eV

Zinc

K (1s)

9659 eV

LI (2s)

1196.2 eV

LII (2p1/2)

1044.9 eV

LIII (2p3/2)

1021.8 eV

MI (3s)

139.8 eV

MII (3p1/2)

91.4 eV

MIII (3p3/2)

88.6 eV

MIV (3d3/2)

10.2 eV

MV (3d5/2)

10.1 eV

Zirconium

K (1s)

17998 eV

LI (2s)

2532 eV

LII (2p1/2)

2307 eV

LIII (2p3/2)

2223 eV

MI (3s)

430.3 eV

MII (3p1/2)

343.5 eV

MIII (3p3/2)

329.8 eV

MIV (3d3/2)

181.1 eV

MV (3d5/2)

178.8 eV

NI (4s)

50.6 eV

NII (4p1/2)

28.5 eV

NIII (4p3/2)

27.1 eV

References (Click the next to a value above to see complete citation information for that entry)

Bearden, J. A., and A. F. Burr. "Reevaluation of X-Ray Atomic Energy Levels." Reviews of Modern Physics, volume 39, number 1, 1967, pp. 125–142. doi:10.1103/RevModPhys.39.125

Cardona, M., and L. Ley, editors. Photoemission in Solids I: General Principles. Berlin: Springer-Verlag, 1978.

Fuggle, John C., and Nils Mårtensson. "Core-Level Binding Energies in Metals." Journal of Electron Spectroscopy and Related Phenomena, volume 21, number 3, 1980, pp. 275–281. doi:10.1016/0368-2048(80)85056-0

Gwyn Williams. Electron Binding Energies. http://www.jlab.org/~gwyn/ebindene.html. Accessed on April 30, 2010.