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2013•Progress of Theoretical and Experimental PhysicsOpen access

The KEKB filling-pattern generating system

E. Kikutani, K. Furukawa, M. Suetake, M. Tobiyama

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Abstract

KEKB is a high-luminosity electron–positron collider, consisting of an 8 GeV electron ring and a 3.5 GeV positron ring. To achieve the required luminosity, beams are squeezed to become very sharp and a large number of particles are stored in the rings. In order to operate the KEKB rings smoothly under a very high-current environment, we developed a user-friendly filling-pattern generating system. With the help of high-speed bunch-current measuring systems, it contributed to the stable operation of the collider rings.

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KEKB is a high-luminosity electron–positron collider, consisting of an 8 GeV electron ring and a 3.5 GeV positron ring. To achieve the required luminosity, beams are squeezed to become very sharp and a large number of particles are stored in the rings. In order to operate the KEKB rings smoothly under a very high-current environment, we developed a user-friendly filling-pattern generating system. With the help of high-speed bunch-current measuring systems, it contributed to the stable operation of the collider rings.

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Available abstract

KEKB is a high-luminosity electron–positron collider, consisting of an 8 GeV electron ring and a 3.5 GeV positron ring. To achieve the required luminosity, beams are squeezed to become very sharp and a large number of particles are stored in the rings. In order to operate the KEKB rings smoothly under a very high-current environment, we developed a user-friendly filling-pattern generating system. With the help of high-speed bunch-current measuring systems, it contributed to the stable operation of the collider rings.

Key concepts: KEKB, Physics, Collider, Luminosity, Positron, Ring (chemistry), Nuclear physics, Electron

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