2004•Unpublished venueRequires access

Observations on the luminosity lifetimes and emittance growth rates at the tevatron

P. Lebrun, Valeri A. Lebedev, Владимир Дмитриевич Шильцев, J. Slaughter

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Abstract

A record luminosity of 4.2/spl times/10/sup 31/ has been reached at the Fermilab p p~ collider. The lifetime of this luminosity at the beginning of the store is about 10 hours. This lifetime can be explained by the measured loss of anti-protons and protons due to collisions and emittance growths. We report on transverse emittance growth rates based on our Synchrotron Light Monitor. Longitudinal emittance growth rate measurements are based on the TeV Sampled Bunch Display data. It is shown that Intra Beam Scattering is a significant source of emittance growth rates. We comment on other possible factors for these observed emittance growth rates. Finally, we comment on future luminosity lifetimes, as we hope to further increase our peak luminosity.

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What this paper is about

A record luminosity of 4.2/spl times/10/sup 31/ has been reached at the Fermilab p p~ collider. The lifetime of this luminosity at the beginning of the store is about 10 hours. This lifetime can be explained by the measured loss of anti-protons and protons due to collisions and emittance growths. We report on transverse emittance growth rates based on our Synchrotron Light Monitor. Longitudinal emittance growth rate measurements are based on the TeV Sampled Bunch Display data. It is shown that Intra Beam Scattering is a significant source of emittance growth rates. We comment on other possible factors for these observed emittance growth rates. Finally, we comment on future luminosity lifetimes, as we hope to further increase our peak luminosity.

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Available abstract

A record luminosity of 4.2/spl times/10/sup 31/ has been reached at the Fermilab p p~ collider. The lifetime of this luminosity at the beginning of the store is about 10 hours. This lifetime can be explained by the measured loss of anti-protons and protons due to collisions and emittance growths. We report on transverse emittance growth rates based on our Synchrotron Light Monitor. Longitudinal emittance growth rate measurements are based on the TeV Sampled Bunch Display data. It is shown that Intra Beam Scattering is a significant source of emittance growth rates. We comment on other possible factors for these observed emittance growth rates. Finally, we comment on future luminosity lifetimes, as we hope to further increase our peak luminosity.

Key concepts: Thermal emittance, Tevatron, Luminosity, Fermilab, Physics, Synchrotron, Beam emittance, Nuclear physics

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