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The CERN intersecting storage rings (ISR)

机译:CERN相交存储环(ISR)

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摘要

The CERN Intersecting Storage Rings (ISR) was the first facility ever built providing colliding hadron beams. It mainly operated with protons with beam energies of 15 to 31 GeV. The ISR was con-ceived in the years 1960 to 1964 and was approved in 1965. It came into operation at the beginning of 1971 and was decommissioned as a collider in 1983. A number of accelerator technologies have been either much improved or developed at the ISR which subsequently have be-come enabling technologies for a number of hadron storage rings and large colliders. Prominent examples of such technologies are ultra-high vacuum technology, beam diagnostics based on Schottky signals and stochastic cooling. The experiences obtained with the ISR were later exploited at the proton-antiproton facility in the CERN SPS, the Teva-tron at Fermilab, the RHIC at Brookhaven and, finally, by the LHC at CERN.
机译:欧洲核子研究组织相交存储环(ISR)是有史以来第一座提供碰撞强子束的设施。它主要使用具有15至31 GeV束能量的质子进行工作。 ISR的构想是1960年至1964年,并于1965年获得批准。它于1971年初投入运行,并于1983年作为对撞机退役。在此期间,许多加速器技术已得到很大改进或发展。 ISR随后成为许多强子存储环和大型对撞机的使能技术。此类技术的突出示例是超高真空技术,基于肖特基信号的光束诊断和随机冷却。 ISR获得的经验后来被CERN SPS的质子-反质子设施,费米实验室的Teva-tron,布鲁克黑文的RHIC以及后来的CERN的LHC所利用。

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