Compact Synchrotron Light Sources
This book covers a new niche in circular accelerator design, motivated by the promising industrial prospects of recent micromanufacturing methods ? X-ray lithography, synchrotron radiation-based micromachining and microanalysis techniques. It describes the basic concepts and the essential challenges for the development of compact synchrotron radiation sources from an accelerator designer's point of view and gives an outline of the actual state of the art. The volume is intended as an introduction and as a reference for physicists, engineers and managers involved in this rapidly developing field.
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accelerator allow angle beam beam current bending magnets betatron bunch calculated cell chamber chapter circular clearing coil cold compact compact rings concept configuration conventional COSY courtesy critical density depends dipole direction distribution effects efficiency electron elements emittance energy field Figure flux focusing force function given gives horizontal important increase industrial injection integrated intensity iron kicker lattice leading length lifetime limit linac machine material maximum measurement mechanical method microtron motion necessary obtained operation optical orbit parameters particle phase photon plane potential pressure produce pulse quadrupoles racetrack radiation radius range reasons reduce region resist scanning scattering shown in Fig shows single space stability storage ring stored straight sections strong structure superconducting symmetry synchrotron Table temperature tune vacuum vertical wavelength weak wiggler X-ray lithography