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Accelerator Physics Design Requirements and Challenges of RF Based Electron Cooler LEReC
, 2017The Low Energy RHIC electron Cooler (LEReC) is presently under construction at BNL to improve the luminosity of the Relativistic Heavy Ion Collider (RHIC). Required electron beam and its acceleration will be provided by the photoemission electron gun and
A. Fedotov +6 more
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Mount Aragats as a stable electron accelerator for atmospheric high-energy physics research
, 2016Observation of the numerous thunderstorm ground enhancements (TGEs), i.e., enhanced fluxes of electrons, gamma rays, and neutrons detected by particle detectors located on the Earth's surface and related to the strong thunderstorms above it, helped to ...
A. Chilingarian +2 more
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Accelerator Physics Challenges towards a Plasma Accelerator with Usable Beam Quality
, 2014Enormous progress in compact plasma accelerators has been demonstrated over the recent years in various experiments. These experiments rely on high power pulsed lasers or short electron bunches to excite ultrastrong wakefields in plasmas.
R. Assmann, J. Grebenyuk
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Particle physics with cosmic accelerators
Physical Review D, 1986We discuss the atmospheric showers initiated by 1--${10}^{4}$-TeV photons emitted by cosmic accelerators such as Cygnus X-3. The direction and characteristic time structure of the radiation from such sources can be used to tag a beam of known composition (\ensuremath{\gamma} rays) with well-understood interactions (QED) with the target atmosphere.
T. Stanev +2 more
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Handbook of Accelerator Physics and Engineering (2nd Edition)
, 2013Edited by internationally recognized authorities in the field, this expanded and updated new edition of the bestselling Handbook, containing more than 100 new articles, is aimed at the design and operation of modern particle accelerators.
A. Chao +3 more
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2021
This chapter is an introduction to Particle Physics accelerators, the major source of antiparticles at our disposal. It explains the physics underlying high energy collisions—electron–positron as well as hadron collisions—and after that it reviews the history of the large accelerators for Particle Physics experiments, ending up at CERN.
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This chapter is an introduction to Particle Physics accelerators, the major source of antiparticles at our disposal. It explains the physics underlying high energy collisions—electron–positron as well as hadron collisions—and after that it reviews the history of the large accelerators for Particle Physics experiments, ending up at CERN.
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A Staged Muon Accelerator Facility For Neutrino and Collider Physics
, 2014Muon-based facilities offer unique potential to provide capabilities at both the Intensity Frontier with Neutrino Factories and the Energy Frontier with Muon Colliders.
Jean-Pierre Delahaye Charles Ankenbrandt +10 more
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Electromagnetic Radiation in Accelerator Physics [PDF]
Reviews of Accelerator Science and Technology, 2010 This article reviews some fundamental concepts and presents several recent techniques used for calculation of radiation in various environments. They include properties of longitudinal and transverse formation lengths of radiation, usage of the parabolic equation and the Kirchhoff diffraction integral in radiation, coherent radiation and fluctuations ...
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SALOME: An Accelerator for the Practical Course in Accelerator Physics [PDF]
, 2014 Proceedings of the 5th Int.
Daniel Riebesehl +4 more
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Cosmic rays and particle physics
, 2016Preface 1. Cosmic rays 2. Particle physics 3. Cascade equations 4. Hadrons and photons 5. Accelerator data 6. Muons 7. Neutrinos 8. Neutrino-induced muons 9. Propagation 10. Gamma rays and antiprotons 11. Acceleration 12.
T. Gaisser
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