The Net Advance of Physics: ACCELERATORS

ACCELERATORS:

• General:
  • Cavity types by Frank Gerigk [2010/06] Superconducting cavities (used in accelerators).
  • Proceedings of the CAS - CERN Accelerator School: Specialised Course on RF for Accelerators edited by R. Bailey [2010/06] 460 pp.
  • Dealing with megawatt beams by N. V. Mokhov [2010/06]
  • Current Leads, Links and Buses by A. Ballarino [2013/05]
  • Large Superconducting Magnet Systems by P. Védrine [2013/05]
  • Introduction to Beam Instrumentation and Diagnostics by M. Gasior et al. [2013/08]
  • Longitudinal Beam Dynamics by F. Tecker [2013/08]
  • Beam Instabilities by G. Rumolo [2013/08]
  • Machine [i.e. Accelerator] Protection by R. Schmidt [2013/08]
  • RF Cavity Design by E. Jensen [2013/08]
  • Beam-Beam Effects by W. Herr and T. Pieloni [2013/08]
  • Mathematical and Numerical Methods for Non-linear Beam Dynamics by W. Herr [2013/08]
  • Proceedings of the CAS - CERN Accelerator School: Advanced Accelerator Physics Course, Trondheim, Norway, 18-29 Aug 2013 edited by W. Herr [2013/08] 556 pp.
  • Introduction to Particle Accelerators and their Limitations by B. J. Holzer [2014/11]
  • Ion Acceleration -- Target Normal Sheath Acceleration by M. Roth and M. Schollmeier [2014/11]
  • Experimental Facilities at the High Energy Frontier by P. Jenni [2015/03]
  • Summary of [European Advanced Accelerator Conference 2017] Working Group 8: Advanced and Novel Accelerators for High Energy Physics by Brigitte Cros et al. [2017/12]
  • Electron Beam Spectroscopy for Nanophotonics by A. Polman et al. [2019/11]
  • Brief introduction to particle accelerators by P. Fernandes Tavares [2020/06]
  • Advanced accelerator concepts by M. Ferrario and R. Assmann [2021/03]
  • Introduction to non-linear longitudinal [particle] beam dynamics by H. Damerau [2021/08]
  • Proceedings of the Advanced Accelerator Concepts Seminar Series 2020 edited by C. Benedetti and S. S. Bulanov [2021/08]
  • Advanced accelerator concepts: From birth to high-impact science by J. Rosenzweig [2023/02]
  • Superconductivity in particle accelerators by C. Z. Antoine [2023/10]
  • Beam-intercepting devices by D. Reggiani [2024/06]
  • [Accelerator Physics] Concepts Rookie Book by D. Barak et al. [2025/10]
  • Beam instrumentation by R. Veness [2024/06]
  • Applications of particle accelerators by S. Sheehy [2024/07]
  • Introduction to the mechanical design of accelerators by M. Timmins [2026/01]
  • Collimation [of particle beams] by N. Fuster Martínez [2026/03]

• General: NUMERICAL/COMPUTATIONAL:
  • Tools for scientific computing by A. Latina [2021/08] especially for accelerator-beam science
  • Review of time-series forecasting methods and their applications to particle accelerators by S.-C. Li and A. Adelmann [2022/09]

• Types: COLLIDERS; SYNCHROTRONS;

• Type: LASER:
  • Laser Plasma Accelerators by Victor Malka [2011/12]
  • A Review of Laser-Plasma Ion Acceleration by Andrea Macchi [2017/12]

• Type: LINEAR:
  • Linear Accelerators by Maurizio Vretenar [2013/03]
  • Wakefields and Instabilities in Linear Accelerators by M. Ferrario et al. [2013/08]
  • Linac by D. Alesini [2021/03]
  • Transverse Linear [Accelerator] Beam Dynamics by W. Hillert [2021/07]
  • Energy Recovery LINACs: An Overview by M. Arnold [2024/11]

• Type: PLASMA WAKE:
  • Plasma Wake Accelerators: Introduction and Historical Overview by V. Malka [2014/11]
  • Beam-driven, Plasma-based Particle Accelerators by P. Muggli [2014/11]
  • Introduction to Plasma Accelerators: the Basics by R. Bingham and R. Trines [2014/11]
  • Laser Wakefield Accelerators by Z. Najmudin [2014/11]
  • An Overview of Recent Progress in Laser Wakefield Acceleration Experiments by S. P. D. Mangles [2014/11]
  • A Review of Beam-Driven Plasma Wakefield Experiments by A. Aimidula and Ping Zhang [2018/07]
  • Physics of laser-wakefield accelerators by J. Wenz and S. Karsch [2019/03]
  • A Brief Review of Plasma Wakefield Acceleration by Altan Cakir and Ahmet Oguz Guzel [2019/08]

• Type: QUADRUPOLE:
  • The radio-frequency quadrupole [linear accelerator] by Maurizio Vretenar [2013/03]

• Aspects: COOLING:
  • [Accelerator] Cryostat Design by V. Parma [2013/05]
  • Cooling with Superfluid Helium by P. Lebrun and L. Tavian [2013/05]

• Aspects: UNDULATORS:
  • Recent progress in high-temperature superconducting undulators by Z.-W. Chen et al. [2025/02]

• Aspects: VACUUM SYSTEMS:
  • Vacuum Technology for Superconducting Devices by P. Chiggiato [2013/05]
  • Accelerator vacuum [systems] by M. Seidel [2021/05]

• Re: ELECTRON-CLOUD AND SPACE-CHARGE EFFECTS:
  • Space Charge Effects [in Accelerators] by M. Ferrario et al. [2013/08]
  • Electron Cloud Effects in Accelerators by M. A. Furman [2013/10]

• Re: MEDICINE:
  • Medical Applications [of Particle Accelerators] by C. Biscari and L. Falbo [2013/08]
  • Accelerators for Medical Applications by R. Bailey (ed.) [2015/06] CAS-CERN Accelerator School; 346 pp.
  • Medical applications [of accelerator beams]: Instrumentation and diagnostics by A. Peters [2018]
  • Recent progress in pencil-beam-scanning FLASH proton therapy by S.-Y. Wei et al. [2022/06]

THE NET ADVANCE OF PHYSICS