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Single-bunch intensity limitations in low-emittance lattices for LEP

G. Sabbi, A. Vagner

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Abstract

OCR OutputGeneva, Switzerland are those of the optics which were used for the 1994 machine experiments.machine status during the 1994 run, and the ,8 function values at the impedances multi-particle tracking program TRISIM; the impedance model corresponds to the polarization wigglers is investigated.These results have been obtained using the Comparisons with the present 90°/60° lattice are also performed, and the effect of Of SyIICl11°Ot1`OI1 3.Ild bCt8.lZIOIlLIIIICS &1'C pICSCI1li€d and COI`I1p8.ICd II1C6.S111'CI`I1€I1tS.high current, and calculations of threshold current for vertical stability as function 108°/60° and 135°/60° LEP lattices.In particular, calculations of bunch length at Single-bunch collective effects at injection are discussed for the low-emittance Abstract G. Sabbi, A. Wagner in Low-Emittance Lattices for LEP Single-Bunch Intensity Limitations

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OCR OutputGeneva, Switzerland are those of the optics which were used for the 1994 machine experiments.machine status during the 1994 run, and the ,8 function values at the impedances multi-particle tracking program TRISIM; the impedance model corresponds to the polarization wigglers is investigated.These results have been obtained using the Comparisons with the present 90°/60° lattice are also performed, and the effect of Of SyIICl11°Ot1`OI1 3.Ild bCt8.lZIOIlLIIIICS &1'C pICSCI1li€d and COI`I1p8.ICd II1C6.S111'CI`I1€I1tS.high current, and calculations of threshold current for vertical stability as function 108°/60° and 135°/60° LEP lattices.In particular, calculations of bunch length at Single-bunch collective effects at injection are discussed for the low-emittance Abstract G. Sabbi, A. Wagner in Low-Emittance Lattices for LEP Single-Bunch Intensity Limitations

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Available abstract

OCR OutputGeneva, Switzerland are those of the optics which were used for the 1994 machine experiments.machine status during the 1994 run, and the ,8 function values at the impedances multi-particle tracking program TRISIM; the impedance model corresponds to the polarization wigglers is investigated.These results have been obtained using the Comparisons with the present 90°/60° lattice are also performed, and the effect of Of SyIICl11°Ot1`OI1 3.Ild bCt8.lZIOIlLIIIICS &1'C pICSCI1li€d and COI`I1p8.ICd II1C6.S111'CI`I1€I1tS.high current, and calculations of threshold current for vertical stability as function 108°/60° and 135°/60° LEP lattices.In particular, calculations of bunch length at Single-bunch collective effects at injection are discussed for the low-emittance Abstract G. Sabbi, A. Wagner in Low-Emittance Lattices for LEP Single-Bunch Intensity Limitations

Key concepts: Intensity (physics), Thermal emittance, Physics, Computer science, Environmental science, Optics, Beam (structure)

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