Laser formation of lithium plasma ion sources for applied-B ion diodes on the PBFA-II accelerator

An active ion source, LEVIS (Laser Evaporation Ion Source), using a short pulsed Nd laser (1.06 m, 8ns) to form a thin Li vapor layer and a tuned dye laser (670.8nm, μsec) for ionization is being developed at Sandia. The LEVIS process has been developed and characterized in the laboratory. Initial e...

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Published in1992 9th International Conference on High-Power Particle Beams Vol. 2; pp. 800 - 805
Main Authors Tisone, G. C., Renk, T. J., Johnson, D. J., Gerber, R. A., Adams, R. G.
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.05.1992
Subjects
Anodes
Heating
Ion sources
Laser beams
Laser tuning
Lithium
Substrates
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Abstract An active ion source, LEVIS (Laser Evaporation Ion Source), using a short pulsed Nd laser (1.06 m, 8ns) to form a thin Li vapor layer and a tuned dye laser (670.8nm, μsec) for ionization is being developed at Sandia. The LEVIS process has been developed and characterized in the laboratory. Initial experiments using these ion sources on PBFA-II produced ion beams with a low fraction of lithium ions and with low voltages. Recent experiments using improved distribution optics and anode cleaning techniques are described.
AbstractList An active ion source, LEVIS (Laser Evaporation Ion Source), using a short pulsed Nd laser (1.06 m, 8ns) to form a thin Li vapor layer and a tuned dye laser (670.8nm, μsec) for ionization is being developed at Sandia. The LEVIS process has been developed and characterized in the laboratory. Initial experiments using these ion sources on PBFA-II produced ion beams with a low fraction of lithium ions and with low voltages. Recent experiments using improved distribution optics and anode cleaning techniques are described.
Author Tisone, G. C.
Renk, T. J.
Adams, R. G.
Johnson, D. J.
Gerber, R. A.
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  surname: Adams
  fullname: Adams, R. G.
  organization: Sandia Nat. Labs., Albuquerque, NM, USA
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Snippet An active ion source, LEVIS (Laser Evaporation Ion Source), using a short pulsed Nd laser (1.06 m, 8ns) to form a thin Li vapor layer and a tuned dye laser...
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StartPage 800
SubjectTerms Anodes
Heating
Ion sources
Laser beams
Laser tuning
Lithium
Substrates
Title Laser formation of lithium plasma ion sources for applied-B ion diodes on the PBFA-II accelerator
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