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17 results on '"Tambini, J"'

1. The CERN laser-ion source

Author

Collier, J., Hall, G., Haseroth, H., Kugler, H., Kuttenberger, A., Langbein, K., Scrivens, R., Sherwood, T., Tambini, J., Sharkov, B., Shumshurov, A., and Masek, K.

Subjects
Physics::Plasma Physics, Physics::Accelerator Physics
Abstract

This paper describes the first results of a feasibility study undertaken at CERN to determine whether a laser-produced plasma can be used as a source of intense highly charged heavy ion beams. A variety of important measurements have been made, and the results are encouraging. Furthermore, a beam of highly charged light ions produced by the laser ion source has been accelerated successfully in a radio frequency quadrupole (RFQ) structure

Published
2017

4. High-charge state ion beam production from a laser ion source

Author

Bourgeois, M, Hall, G, Haseroth, H, Kondrashev, S A, Kugler, H, Langbein, K, Lombardi, A M, Makarov, K, Pirkl, Werner, Satov, Yu A, Scrivens, R M, Sharkov, B Yu, Shumshurov, A V, Ster, A, Tambini, J, and Tanke, E

Subjects
Accelerators and Storage Rings
Published
1996

5. The CERN laser ion source

Author

Collier, J, Hall, G, Haseroth, H, Kugler, H, Kuttenberger, A, Langbein, K, Masek, K, Scrivens, R, Sharkov, B, Sherwood, T R, Shumshurov, A, and Tambini, J

Subjects
Accelerators and Storage Rings
Published
1996

6. Ion emission from high-Z laser plasmas

Author

Rohlena, K, Králiková, B, Láska, L, Masek, K, Pfeiffer, M, Skála, J, Straka, P, Farny, J, Wolowski, J, Woryna, E, Mróz, W, Golubev, A A, Sharkov, B Yu, Shumshurov, A V, Haseroth, H, Kugler, H, Langbein, K, and Tambini, J

Subjects
Accelerators and Storage Rings
Published
1996

11. Developments at the CERN laser ion source

Author

Haseroth, H., primary, Kugler, H., additional, Langbein, K., additional, Lisi, N., additional, Lombardi, A., additional, Magnusson, H., additional, Pirkl, W., additional, Schnuriger, J. C., additional, Scrivens, R., additional, Tambini, J., additional, Tanke, E., additional, Homenko, S., additional, Makarov, K., additional, Roerich, V., additional, Stepanov, A., additional, Satov, Y., additional, Kondrashev, S., additional, Savin, S., additional, Sharkov, B., additional, Shumshurov, A., additional, Krása, J., additional, Láska, L., additional, Pfeifer, M., additional, and Woryna, E., additional

Published
1998
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12. Laser ion source for heavy ion synchrotrons (invited)

Author

Sharkov, B. Yu., primary, Kondrashev, S., additional, Roudskoy, I., additional, Savin, S., additional, Shumshurov, A., additional, Haseroth, H., additional, Kugler, H., additional, Langbein, K., additional, Lisi, N., additional, Magnusson, H., additional, Scrivens, R., additional, Schnuringer, J. C., additional, Tambini, J., additional, Homenko, S., additional, Makarov, K., additional, Roerich, V., additional, Stepanov, A., additional, and Satov, Yu., additional

Published
1998
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13. The CERN laser–ion source

Author

Collier, J., primary, Hall, G., additional, Haseroth, H., additional, Kugler, H., additional, Kuttenberger, A., additional, Langbein, K., additional, Scrivens, R., additional, Sherwood, T., additional, Tambini, J., additional, Sharkov, B., additional, Shumshurov, A., additional, and Masek, K., additional

Published
1996
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14. Laser ion source development at CERN

Author

Collier, J., primary, Hall, G., additional, Haseroth, H., additional, Kugler, H., additional, Kuttenberger, A., additional, Langbein, K., additional, Scrivens, R., additional, Sherwood, T. R., additional, Tambini, J., additional, Shamaev, O. B., additional, Sharkov, B. Yu., additional, Shumshurov, A., additional, Kozochkin, S. M., additional, Makarov, K. N., additional, and Satov, Yu. A., additional

Published
1996
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15. Laser ion source for heavy ion synchrotrons (invited).

Author

Homenko, S., Savin, S., Roudskoy, I., Tambini, J., Schnuringer, J. C., Scrivens, R., Magnusson, H., Lisi, N., Langbein, K., Kugler, H., Haseroth, H., Shumshurov, A., Roerich, V., Satov, Yu., Sharkov, B. Yu., Kondrashev, S., Stepanov, A., and Makarov, K.

Subjects
ION sources, LASERS, SYNCHROTRONS
Abstract

Describes the development of laser ion sources for heavy ion synchrotrons. Evaluation of laser-produced highly charged heavy ions; Design of repitition rate carbon dioxide laser and extraction system for real accelerators; Completion of the target illumination ensemble; Demonstration of the amplification factors.

Published
1998

16. Developments at the CERN laser ion source.

Author

Satov, Y., Haseroth, H., Langbein, K., Lombardi, A., Pirkl, W., Magnusson, H., Stepanov, A., Roerich, V., Makarov, K., Homenko, S., Tanke, E., Tambini, J., Scrivens, R., Schnuriger, J. C., Lisi, N., Kugler, H., Kondrashev, S., Sharkov, B., and Savin, S.

Subjects
ION sources, HEAVY ion accelerators, SYNCHROTRONS
Abstract

Investigates the suitability of the laser ion source for injection into synchrotrons. Use of a carbon dioxide laser ion source for the production of a heavy ion beam; Acceleration of a tantalum ion beam by a radio frequency quadrupole; Production of a stable longitudinal mode pulse through a master oscillator and power amplifier system.

Published
1998

17. The CERN laser-ion source

Author

Collier, J., Hall, G., Haseroth, H., Kugler, H., Kuttenberger, A., Langbein, K., Scrivens, R., Sherwood, T., Tambini, J., Sharkov, B., Shumshurov, A., Masek, K., Collier, J., Hall, G., Haseroth, H., Kugler, H., Kuttenberger, A., Langbein, K., Scrivens, R., Sherwood, T., Tambini, J., Sharkov, B., Shumshurov, A., and Masek, K.

Abstract

This paper describes the first results of a feasibility study undertaken at CERN to determine whether a laser-produced plasma can be used as a source of intense highly charged heavy ion beams. A variety of important measurements have been made, and the results are encouraging. Furthermore, a beam of highly charged light ions produced by the laser ion source has been accelerated successfully in a radio frequency quadrupole (RFQ) structure

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