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RILIS Elements
Element Nickel Ni 28  •  Periodic table  •  Listview  •  References
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Properties
IonizationPotential: 61620 cm-1   (7.6399 eV)
Series: TransitionMetal 
MeltingPoint: 1455. °C
BoilingPoint: 2913. °C
AtomicWeight: 58.6934 g/mol
Yields: CERN TRIUMF
Maximum Efficiency: 6%

Ionization Scheme (1) Ni_305.2_617.9_<802N     .pdf export test
Created by Sebastian Rothe
Level Energy
(cm-1)
Configuration Wavelength,
vac. (nm)
Energy
(cm-1)
Transition
strength (s-1)
Notes
E0 204.79      
      305.17 32768.62 6e7 saturation 10.4 mW
E1 32973.41      
      617.851 16185.12 4.7e6 Saturation 3.1 mW
E2 49158.53      
      <802
IP 61620        

Efficiency:

Used at: Mainz

Lasers used: Cr:Forsterite

Used: offline

Notes: Diploma thesis of S.Rothe.

Updated: 09.06.2011 by Sebastian Rothe

Ionization Scheme (2) Ni_305.2_620.6_<798N     .pdf export test
Created by Sebastian Rothe
Level Energy
(cm-1)
Configuration Wavelength,
vac. (nm)
Energy
(cm-1)
Transition
strength (s-1)
Notes
E0 204.79      
      305.17 32768.62 6e7 Saturation 10.4 mW
E1 32973.41      
      620.632 16112.62 1.4e6 Saturation 12.9 mW
E2 49086.03      
      <798
IP 61620        

Efficiency:

Used at: Mainz

Lasers used: Cr:Forsterite

Used: offline

Notes:

Updated: 09.06.2011 by Sebastian Rothe

Ionization Scheme (3) Ni_305.2_611.3_748.4A     .pdf export test
Created by Sebastian Rothe
Level Energy
(cm-1)
Configuration Wavelength,
vac. (nm)
Energy
(cm-1)
Transition
strength (s-1)
Notes
E0 204.787 3d9 4s 3D3      
      305.17 32768.589 6e7
E1 32973.376 3d8 4s 4p 3F4      
      611.276 16359.217 2.7e6
E2 49332.593 3d9 4d      
      748.42 13361.482
IP 61620        
AI. 62694.074      

Efficiency: 6%

Used at: CERN

Lasers used: Dye, Ti:sapphire

Used: online

Reference: B. Marsh, V. Fedosseev, "RILIS Database", , 2009

Notes: There is a slight isotope shift in the AI. (e.g.: 13361.289 for 64Ni )

Updated: 27.08.2015 by Sebastian Rothe


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