Debunching and Capture in the LEB for the SSC

Mahale, N.K.

doi:10.2172/1001049

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“…c h. was obtained assuming a gaussian longitudinal distribution with emittance as shown in Figure 1; multiparticle simulations verified that this is a very good approximation for t ~ 0.5 msec (important details at injection are not shown here; see Ref. [4)). …”

Section: An Examplementioning

confidence: 81%

RAMPRF: a program for synchronous acceleration

Furman

Conference Record of the 1991 IEEE Particle Accelerator Conference

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We describe a family of standard FORTRAN programs that calculate bucket-related quantities as a function of time during acceleration, assuming it is adiabatic. The members of the family are distinguished by the type of input: One family member takes energy and total peak voltage as a function of time; another takes momentum and bucket area as a function of time, etc. The input is in free-format tabular form. The output is in standard ASCII form, in multi-column tables and x-y listings appropriate for plotting. Bunch-related quantities, such as energy spread and space-charge tune spread, are also calculated assuming that the bunches have a specified longitudinal emittance, and are small and matched to the bucket.Sample excitation curves for the sse's low energy booster are presented .

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Section: An Examplementioning

confidence: 81%

RAMPRF: a program for synchronous acceleration

Furman

Conference Record of the 1991 IEEE Particle Accelerator Conference

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Debunching and Capture in the LEB for the SSC

Cited by 1 publication

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RAMPRF: a program for synchronous acceleration

RAMPRF: a program for synchronous acceleration

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