Laser ion source for heavy ion synchrotrons (invited)
B. SharkovInstitute for Theoretical and Experimental Physics, Moscow, RussiaS. KondrashevInstitute for Theoretical and Experimental Physics, Moscow, RussiaI. RoudskoyInstitute for Theoretical and Experimental Physics, Moscow, RussiaS. SavinInstitute for Theoretical and Experimental Physics, Moscow, RussiaA. ShumshurovInstitute for Theoretical and Experimental Physics, Moscow, RussiaH. HaserothEuropean Organization for Nuclear Research, Geneva, SwitzerlandHartmut KuglerEuropean Organization for Nuclear Research, Geneva, SwitzerlandK. LangbeinEuropean Organization for Nuclear Research, Geneva, SwitzerlandNicola LisiEuropean Organization for Nuclear Research, Geneva, SwitzerlandH. MagnussonEuropean Organization for Nuclear Research, Geneva, SwitzerlandR. ScrivensEuropean Organization for Nuclear Research, Geneva, SwitzerlandJ. C. SchnuringerEuropean Organization for Nuclear Research, Geneva, SwitzerlandJ. TambiniEuropean Organization for Nuclear Research, Geneva, SwitzerlandS. HomenkoTRINITI, Troitsk, Moscow Region, RussiaК. Н. МакаровTRINITI, Troitsk, Moscow Region, RussiaV. RoerichTRINITI, Troitsk, Moscow Region, RussiaA. StepanovTRINITI, Troitsk, Moscow Region, RussiaYu. A. SatovTRINITI, Troitsk, Moscow Region, Russia
1998en
ABI
Аннотация
A status overview of the development of laser ion sources suited to heavy ion synchrotrons is presented. The results of experimental and theoretical studies, recently obtained at a number of laboratories, for laser-produced highly charged heavy ions are summarized for plasmas heated by long wavelength lasers. Design of a powerful repetition rate CO2 laser, target interaction chamber, and extraction system suited for reliable long term operation mode with real accelerators is discussed. Requirements for the final performance of the laser ion sources for ion beam injectors at the ITEP-Moscow and CERN accelerator facilities are given.
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