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Computing in Accelerator Design and Operation

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Cover of 'Computing in Accelerator Design and Operation'

Table of Contents

  1. Altmetric Badge
    Book Overview
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    Chapter 81 Future high energy accelerators
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    Chapter 82 Beam optics and dynamics
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    Chapter 83 Design of r.f. cavities
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    Chapter 84 Computer aided magnet design
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    Chapter 85 Beam instabilities and computer simulations
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    Chapter 86 Calculation of polarization effects
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    Chapter 87 Particle tracking in accelerators with higher order multipole fields
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    Chapter 88 Programs for designing the accelerating cavities for linear accelerators
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    Chapter 89 The MAGMI program for double pass electron linear accelerators
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    Chapter 90 A fortran program (RELAX3D) to solve the 3 dimensional poisson (Laplace) equation
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    Chapter 91 Calculation of three dimensional electric fields by successive over-relaxation in the central region of a cyclotron
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    Chapter 92 The design of the accelerating cavity for SuSe with the aid of the three-dimensional cavity calculation program CAV3D
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    Chapter 93 The further development of the calculation of the three dimensional electric field in the central region of the INR cyclotron
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    Chapter 94 Particle tracking using lie algebraic methods
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    Chapter 95 Numerical investigation of bunch-merging in a heavy-ion-synchrotron
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    Chapter 96 Nonlinear aspects of Landau damping in computer simulation of the microwave instability
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    Chapter 97 The transport theory of particle beam-congregation in six-dimensional phase space
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    Chapter 98 The MAD program
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    Chapter 99 Analogue computer display of accelerator beam optics
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    Chapter 100 A Monte Carlo beam transport program, REVMOC
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    Chapter 101 Multiparticle codes developed at GANIL
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    Chapter 102 MIRKO — an interactive program for beam lines and synchrotrons
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    Chapter 103 Aperture studies of the BNL colliding beam accelerator with reduced superperiodicity
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    Chapter 104 The study of misalignmental characteristics of beam optical components of HI-13 tandem
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    Chapter 105 Calculations for the design and modification of the 2 cyclotrons of S.A.R.A.
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    Chapter 106 Magnetic field optimization and beam dynamics calculations for SuSe
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    Chapter 107 ‘DFLKTR’ the code for designing the electrostatic extraction system for cyclotrons
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    Chapter 108 RFQ design considerations
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    Chapter 109 Effects of higher order multipole fields on high current RFQ accelerator design
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    Chapter 110 Versatile codes and effective method for orbit programming with actually existing first harmonics in cyclotron
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    Chapter 111 Calculations of the heavy ion saclay tandem post accelerator beams
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    Chapter 112 Electron injector computer simulations
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    Chapter 113 Numerical simulations of orbit correction in large electron rings
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    Chapter 114 Simulation of polarization correction schemes in e + e − storage rings
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    Chapter 115 Computation of electron spin polarisation in storage rings
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    Chapter 116 Archsim: A proton synchrotron tracking program including longitudinal space charge
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    Chapter 117 A method for distinguishing chaotic from quasi-periodic motions in orbit tracking programs
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    Chapter 118 PATH — a lumped-element beam-transport simulation program with space charge
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    Chapter 119 Workshop no. 1. Computer programs for lattice calculations
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    Chapter 120 Digital control of accelerators — the first ten years
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    Chapter 121 Distributed digital control of accelerators
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    Chapter 122 Centralized digital control of accelerators
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    Chapter 123 Concurrent control of interacting accelerators with particle beams of varying format and kind
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    Chapter 124 Integrated control and data acquisition of experimental facilities
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    Chapter 125 Software engineering tools
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    Chapter 126 Centralization and decentralization in the TRIUMF Control System
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    Chapter 127 The Fermilab Accelerator Controls System
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    Chapter 128 The control system for the daresbury synchrotron radiation source
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    Chapter 129 The microprocessor-based control system for the Milan superconducting cyclotron
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    Chapter 130 The ELSA control system hardware
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    Chapter 131 Computer control system of polarized ion source and beam transport line at KEK
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    Chapter 132 Computer control system of TRISTAN
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    Chapter 133 The system for process control and data analysis based on microcomputer and CAMAC equipment in the LAE 13/9 linear electron accelerator
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    Chapter 134 Some features of the computer control system for the Spallation Neutron Source (SNS) of the Rutherford Appleton Laboratory
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    Chapter 135 Design criteria for the operation of accelerators under computer control
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    Chapter 136 Computer aided control of the bonn penning polarized ion source
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    Chapter 137 Treatment and display of transient signals in the CERN antiproton accumulator
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    Chapter 138 Fast CAMAC-based sampling digitizers and digital filters for beam diagnostics and control in the CERN PS complex
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    Chapter 139 Automated cyclotron magnetic field measurement at the University of Manitoba
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    Chapter 140 On the problem of magnet ramping
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    Chapter 141 High level control programs at NSLS
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    Chapter 142 The minicomputer network for control of the dedicated synchrotron radiation storage ring BESSY
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    Chapter 143 The electronic interface for control of the dedicated synchrotron radiation storage ring BESSY
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    Chapter 144 Introduction to computing for accelerator operation
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    Chapter 145 Man-machine interface versus full automation
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    Chapter 146 Models and simulations
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    Chapter 147 Operations and communications within the Daresbury nuclear structure facility control system
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    Chapter 148 Consoles and displays for accelerator operation
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    Chapter 149 Operator interface to the oric control system
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    Chapter 150 Computer aided setting up of VICKSI
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    Chapter 151 GANIL beam setting methods using on-line computer codes
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    Chapter 152 A multi-processor, multi-task control structure for the CERN SPS
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    Chapter 153 Computer codes for automatic tuning of the beam transport at the Unilac
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    Chapter 154 Interactive testprogram for ion optics
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    Chapter 155 Numerical orbit calculation for a linac and improvement of its transmission efficiency of a beam
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    Chapter 156 The computerized beam phase measurement system at GANIL its applications to the automatic isochronization in the Separated Sector Cyclotrons (SSC) and other main tuning procedures
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    Chapter 157 On-line optimization code used at Saturne
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    Chapter 158 Automatic supervision for Saturne
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    Chapter 159 A local computer network for the experimental data acquisition at BESSY
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    Chapter 160 Closing remarks
Overall attention for this book and its chapters
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Title
Computing in Accelerator Design and Operation
Published by
ADS, January 2006
DOI 10.1007/3-540-13909-5
ISBNs
978-3-54-013909-6, 978-3-54-039130-2
Editors

Busse, Winfried, Zelazny, Roman

Attention Score in Context

Attention Score in Context

This research output has an Altmetric Attention Score of 3. This is our high-level measure of the quality and quantity of online attention that it has received. This Attention Score, as well as the ranking and number of research outputs shown below, was calculated when the research output was last mentioned on 26 August 2018.
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#7,553,524
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#9,313
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#41,106
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#108
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