Optical and x-ray imaging of electron beams using synchrotron emission

Abstract

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Nonintercepting diagnostics for transverse beam parameters: From rings to ERLs

“…In addition, it is germane to note that OSR imaging can be used over a wide range of energies. Calculations for 18-40 MeV at 200 mA in a proposed linac-driven FEL of the 1980s indicated the feasibility [5], and the actual measurements with an intensified camera were done at Los Alamos for beam energies of 23-28 MeV and with a charge of 10 mC in 20 ms [6]. Several examples at APS have been proposed or implemented: the chicane dipole at 150 MeV (proposed); PAR bends at 325 MeV; IS bends at 325-7000 MeV; SR bends at 7000 MeV and 100 mA; and UR from the 1.8-cm period, 3.4-m-long undulator.…”

The optical diagnostic beamline at the Canadian Light Source

“…A general discussion of beam diagnostics with synchrotron light is covered in Refs. [1][2][3][4][5], while a few site-specific examples are included in Refs. [6][7][8][9][10][11][12][13][14][15].…”

Optical System Design for High-Energy Particle Beam Diagnostics

“…Phosphors with different spectra are available to fulfill the needs of optical system requirements. Phosphors with decay time as short as 45 ps are available for dynamic studies [1].…”

“…(1) Powdered phosphor [1,2] A phosphor screen is formed by adhering phosphor powder to a substrate. The scintillation light reflects multiple times before escaping the powder particle, thus lighting up the entire grain.…”

“…With the development of quantitative imaging tools, especially the ever better availability of CCD cameras and digitizers, optical imaging has become a vital part of particle beam diagnostics today. This tutorial is designed to introduce the field to starting young engineers and builds on several tutorials presented at past Beam Instrumentation Workshops [1][2][3]. The readers will also find it beneficial to be informed of progress in other fields that use quantitative imaging tools extensively, such as video microscopy, astronomy, and machine vision.…”