The APS transfer line from linac to injector synchrotron | Zendy

R.K. Koul | Zendy; E. Crosbie | Zendy

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The APS transfer line from linac to injector synchrotron

Author(s) -

R.K. Koul,

E. Crosbie

Publication year - 1991

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/100446

Subject(s) - transfer line , injector , linear particle accelerator , synchrotron , accumulator (cryptography) , physics , line (geometry) , magnet , storage ring , beamline , nuclear physics , optics , computer science , beam (structure) , engineering , mechanical engineering , geometry , mathematics , algorithm , quantum mechanics , thermodynamics

This note describes the low-energy-transfer-line designed for the APS. The low energy transfer line constitutes two transport lines. One of these lines runs from linac to the positron accumulator ring, also called ``PAR``, and is 23.7138 m long. The second part of the low energy transport line runs from the ``PAR`` to the injector synchrtoron and is about 30.919 m long. The above length includes two quadrupoles, a bend magnet and a septum magnet in the injector synchrotron

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