Stochastic cooling of a stored proton beam

Bramham, Peter; Carron, G.; Hereward, H G; Hübner, Kurt; Schnell, Wolfgang; Thorndahl, L.

doi:10.1016/0029-554x(75)90575-3

Cited by 38 publications

(11 citation statements)

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“…In 1974, 7 years after the invention and almost 3 years after the initial publication a first experimental demonstration [25] of stochastic cooling was tried in the ISR. The initiative came from Schnell, Hereward and Hübner and the hardware was built by Carron, Thorndahl, and Bramham.…”

Section: Early Developments and Testsmentioning

confidence: 99%

History of stochastic beam cooling and its application in many different projects

Caspers

Möhl

2012

EPJ H

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This paper gives an overview of the evolution of stochastic beam cooling from the very beginning (in 1968) until the present-day (2011). The early history, the main achievements and the growing number of the worldwide applications are outlined. Abstract. This paper gives an overview of the evolution of stochastic beam cooling from the very beginning (in 1968) until the presentday (2011). The early history, the main achievements and the growing number of the worldwide applications are outlined.

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Section: Early Developments and Testsmentioning

confidence: 99%

History of stochastic beam cooling and its application in many different projects

Caspers

Möhl

2012

EPJ H

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“…6, with a clear indication of reduction in the rms amplitude. The effect of stochastic cooling on or off, spread over 13 h on a stored beam, is more discernible in a test carried out in 1974 [14]. …”

Section: The Early Yearsmentioning

confidence: 99%

Simon van der Meer (1925–2011): A Modest Genius of Accelerator Science

Chohan

2011

Rev. Accl. Sci. Tech.

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Simon van der Meer was a brilliant scientist and a true giant of accelerator science. His seminal contributions to accelerator science have been essential to this day in our quest for satisfying the demands of modern particle physics. Whether we talk of long base-line neutrino physics or antiproton-proton physics at Fermilab or proton-proton physics at LHC, his techniques and inventions have been a vital part of the modern day successes. Simon van der Meer and Carlo Rubbia were the first CERN scientists to become Nobel laureates in Physics, in 1984. Van der Meer's lesserknown contributions spanned a whole range of subjects in accelerator science, from magnet design to power supply design, beam measurements, slow beam extraction, sophisticated programs and controls.

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“…The first practical cooling system was demonstrated at the ISR. 15,16 Early R&D work was done in storage rings dedicated to that purpose: ICE 17 at CERN and the 200 MeV electron cooling ring (ECR) at FNAL. 18,19 The R&D proved the stochastic cooling technique -particularly the critical demonstration of simultaneous stochastic beam cooling in all three planes -and enabled the confident construction of the CERN AA 20,21 and later the two-ring Fermilab antiproton source including the Debuncher 22 and the Accumulator 23 Rings.…”

Section: Stochastic Cooling Implementationsmentioning

confidence: 99%