Abstract
More than twenty years after its invention, 14 Electron Beam Ion Sources are in operation worldwide. The substantial progress in operation and insight, achieved over the last few years, made the EBISes become reliable tools for the production of beams of very highly charged, low energy ions. For example, 8 EBISes produce bare argon on a standard basis. The successful production of hydrogen-like xenon presents the ions with the highest ionization energy, whereas the production of Th80+ presents the highest achieved charge state. Several synchrotrons are fed by EBIS-injectors, taking advantage of the EBIS batch mode production, which yields the highest charge states. A few EBISes are used for ion source development. However, most of the EBISes' efforts are directed to research the physics of highly charged ions. Some of those are used to study the electron-ion interaction inside the source. But normally, most EBISes deliver the ions for external experiments, which so far concentrate on the recombination of the highly charged ions with atoms, molecules and surfaces. The ions are typically produced at a potential of 1 to a few kilovolts per charge, but in most cases, the EBIS is mounted on a high voltage platform or is followed by an RFQ, and therefore can generate ion energies from a few hundred volts up to a few hundred kilovolts per charge. The delivered beams have a low emittance and a low energy spread, which is an advantage for high resolution experiments. This paper presents briefly all operational EBISes, their capabilities, their achievements, and their contribution to physics research.
Similar content being viewed by others
References
Donets E.D.: USSR Inventor's Certificate No. 248860, March 16, 1967, Byull. OIPOTZ No. 23, 65 (1969).
Levine M.A., Marrs, R.E., Henderson J.R., Knapp D.A., Schneider M.B., Physica ScriptaT22, 157 (1988).
Levine M.A., Schneider M.B.: in “Proceedings of the International Conference on ECR Ion Sources, East Lansing, 1987”, National Superconducting Cyclotron Laboratory, Michigan State University Report MSUCP-47, 233 (1988).
Donets E.D., Shirkov G.D., Avtorskoe Svidetelstvo USSR, N1225420 (02.07.1984), Bul. OI,N44, 69 (1989).
Hershcovitch, A., editor: “International Symposium on Electron Beam Ion Sources and Their Applications, Upton, NY, 1988”, AIP Conf. Proc. No. 188, (American Institute of Physics, New York, 1989).
Donets E.D.: in “The Physics and Technology of Ion Sources” Brown I.G. edt., (John Wiley & Sons, New York) 245 (1989).
Schmieder R.W.: in “Physics of Highly-Ionized Atoms” Marrus R. edt., (Plenum Publishing Corp.) 321 (1989).
Arianer J., Cabrespine A., Goldstein C.: Nucl. Instrum. and Meth.193, 401 (1982).
Donets E.D., Monchinsky V.A.: “Quatriemes Journess D'edudes Saturne La Physique avec Mimas, LaLonde-les Maures, 1986” (Laboratoire National Saturne, 91191 Gif-sur-Yvette Cedex, France), 310 (1987).
Ovsyannikov V.P.: Vth Int. Conf. on the Physics of Highly-Charged Ions, Giessen, Germany, 1990, Book of Abstracts, 5.13 (1990).
Donets E.D.: Nucl. Instrum. MethodsB9, 522 (1985).
Donets E.D.: “Int. Conf. on Ion Sources, Berkeley, CA, (1989).
Donets E.D., Ovsyannikov V.P.: JINR Commun. P7-10438, Dubna, (1977).
Donets E.D., Kartashov S.V., Ovsyannikov V.P.: JINR Rapid Commun.20-86, 27 (1986).
Donets E.D.: Rev. Sci. Instrum.61, 225 (1990).
Donets E.D., Ovsyannikov V.P.: Sov. Phys. JETP53, 466 (1981).
Donets E.D.: Physica ScriptaT3, 11 (1983).
Donets E.D., Trifonov V.A., Tutin G.A., Eismont V.P.: JINR Commun. P7-83-573, Dubna, (1983).
Donets E.D., Dudnikov, V.G., Dunin V.B., Kartashov S.V.: this conference (1991).
Olivier M., Faure J., Laclare J.L., Lefebvre J.M., Leleux G., Ropert A., Tkatchenko A., Tkatchenko M., IEEE Trans. Nucl. Sci.NS-30, 1463 (1983).
Faure J., Antoine P., Ciret J.C., Degueurce L., Gros P., Courtois A., Gastineau B., Gobin R., Leaux P., Leroy P.A., Penicaud J.P. in reference [5], 102 (1989).
CERN Courier, September 1989, p. 17.
CERN Courier, November 1989, p. 37.
Briand J.P., Charles P., de Billy L., Essabaa S., Mchami A., Bliman S.: Bull. APS35, 1167 (1990).
Briand J.P.: private communication (1990).
Herrlander C.J.: in ref [5], 379 (1989).
Liljeby L., Engstrom A.: in ref [5], 27 (1989).
Andersson H., Astner G., Cederquist H.: J. PhysB21, L187 (1988).
Cederquist H., Andersson H., Astner G., Hvelplund P., Pederson J.O.P.: Phys. Rev. Lett.62, 1465 (1989).
Anderson H., Cederquist H., Astner G., Hvelplund P., Pedersen J.O.P., Physica Scripta42, 150 (1990).
Cederquist H.: this conference (1991).
Kleinod M., Becker R., Klein H.: in ref [5], 15 (1989).
Becker R., Kleinod M.: this conference (1991).
S. Ohtani, Physics ScriptaT3, 110 (1983).
“The collected Papers of NICE Project / IPP, Nagoya” Tawara H.: edt., IPP-AM-43, (Institute of Plasma Physics, Nagoya University, 1985).
Okuno K.: in ref. [5], 33 (1989).
Okuno K.: Jap. J. of Appl. Phys.28, 1124 (1989).
Okuno K., Soejima K., Kaneko Y.: submitted for publication in Nucl. Instrum. and Meth. (1989).
Beebe E.N.: in ref. [5], 166 (1989).
Kostroun V.O.: in ref. [5], 65 (1989).
Kostroun V.O., private communication (1990).
Levine M.A., Marrs R.E., Bennett C.L., Henderson J.R., Knapp D.A., Schneider M.B.: in ref. [5], 82 (1989).
Schneider M.B., Levine M.A., Bennett C.L., Henderson J.R., Knapp D.A., Marrs R.E., :in ref. [5], 158 (1989).
Penetrante B.M., Levine M.A., Bardsley J.N.,: in ref. [5], 145 (1989).
Marrs R.E., Levine M.A., Knapp D.A., Henderson J.R.: Phys. Rev. Lett.60, 715 (1988).
Marrs R.E., Levine M.A., Knapp D.A., Henderson J.R.: in “Electronic and Atomic Collisions” Gilbody H.B., Newell W.R., Read F.H., Smith A.C.H. eds., (Elsevier Science Publisher) 209 (1988).
Knapp D.A., Marrs R.E., Levine M.A., Bennett C.L., Chen M.H., Henderson J.R., Schneider M.B., Scofield J.H.: Phys. Rev. Lett.62, 2104 (1989).
Marrs R.E., Beiersdorfer P., Bennett C., Chen M.H., Cowan T., Dietrich D., Henderson J.R., Knapp D.A., Osterheld A., Schneider M.A., Scofield J.H.: in ref. [5], 445 (1989).
Beiersdorfer P., Osterheld A.L., Chen M.H., Henderson J.R., Knapp D.A., Levine M.A., Marrs R.E., Reed K.J., Schneider M.B., Vogel D.A.: Phys. Rev. Lett.65, 1995 (1990).
Henderson J.R., Beiersdorfer P., Bennett C.L., Chantrenne S., Knapp D.A., Marrs R.E., Schneider M.B., Wong K.L., Doschek G.A., Seely J.F., Brown C.M., LaVilla R.E., Dubau J., Levine M.A.: Phys. Rev. Lett.65, 705 (1990).
Levine M.A., Marrs R.E., Bardsley J.N., Beiersdorfer P., Bennett C.L., Chen M.H., Cowan T., Dietrich D., Henderson J.R., Knapp D.A., Osterheld A., Penetrante B.M., Schneider M.A., Scofield J.H.: Nucl. Instrum. and Meth.B43, 431 (1989).
Schneider D., DeWitt D., Clark M.W., Schuch R., Cocke C.L., Schmieder R., Reed K.J., Chen M.H., Marrs R.E., Levine M., Fortner R.: Phys. Rev. A42, 3889 (1990).
Stockli M.P., Arianer J., Cocke C.L., Richard P., Nucl. Instrum. and Meth.B40/41 1020 (1989).
Stockli M.P., Cocke C.L., Richard P.: in ref. [5] 114 (1989).
Stockli M.P., Cocke C.L., Richard P.: Rev. Sci. Instrum.61, 242 (1990).
Ali R., Bhalla C.P., Cocke C.L., Stockli M.P.: Phys. Rev. Lett.64, 633 (1990).
Ali R., Bhalla C.P, Cocke C.L., Schulz M., Stockli M.P.: to be published in Phys. Rev. A (1991).
Ali R., Bhalla C.P, Cocke C.L., Schulz M., Stockli M.P.: this conference (1991).
Schulz M., Cocke C.L., Stockli M.P., Hagmann S.: this conference (1991).
Courtesy of Western Michigan University.
e.g. Antsiferov P.S., Movshev V.G.: this conference (1991).
Author information
Authors and Affiliations
Rights and permissions
About this article
Cite this article
Stöckli, M.P. The status of the electron beam ion sources. Z Phys D - Atoms, Molecules and Clusters 21 (Suppl 1), S111–S115 (1991). https://doi.org/10.1007/BF01426260
Issue Date:
DOI: https://doi.org/10.1007/BF01426260