Computing in Accelerator Design and Operation, 1

Future high energy accelerators.- Beam optics and dynamics.- Design of r.f. cavities.- Computer aided magnet design.- Beam instabilities and computer simulations.- Calculation of polarization effects.- Particle tracking in accelerators with higher order multipole fields.- Programs for designing the accelerating cavities for linear accelerators.- The MAGMI program for double pass electron linear accelerators.- A fortran program (RELAX3D) to solve the 3 dimensional poisson (Laplace) equation.- Calculation of three dimensional electric fields by successive over-relaxation in the central region of a cyclotron.- The design of the accelerating cavity for SuSe with the aid of the three-dimensional cavity calculation program CAV3D.- The further development of the calculation of the three dimensional electric field in the central region of the INR cyclotron.- Particle tracking using lie algebraic methods.- Numerical investigation of bunch-merging in a heavy-ion-synchrotron.- Nonlinear aspects of Landau damping in computer simulation of the microwave instability.- The transport theory of particle beam-congregation in six-dimensional phase space.- The MAD program.- Analogue computer display of accelerator beam optics.- A Monte Carlo beam transport program, REVMOC.- Multiparticle codes developed at GANIL.- MIRKO - an interactive program for beam lines and synchrotrons.- Aperture studies of the BNL colliding beam accelerator with reduced superperiodicity.- The study of misalignmental characteristics of beam optical components of HI-13 tandem.- Calculations for the design and modification of the 2 cyclotrons of S.A.R.A..- Magnetic field optimization and beam dynamics calculations for SuSe.- 'DFLKTR' the code for designing the electrostatic extraction system for cyclotrons.- RFQdesign considerations.- Effects of higher order multipole fields on high current RFQ accelerator design.- Versatile codes and effective method for orbit programming with actually existing first harmonics in cyclotron.- Calculations of the heavy ion saclay tandem post accelerator beams.- Electron injector computer simulations.- Numerical simulations of orbit correction in large electron rings.- Simulation of polarization correction schemes in e+e? storage rings.- Computation of electron spin polarisation in storage rings.- Archsim: A proton synchrotron tracking program including longitudinal space charge.- A method for distinguishing chaotic from quasi-periodic motions in orbit tracking programs.- PATH - a lumped-element beam-transport simulation program with space charge.- Workshop no. 1. Computer programs for lattice calculations.- Digital control of accelerators - the first ten years.- Distributed digital control of accelerators.- Centralized digital control of accelerators.- Concurrent control of interacting accelerators with particle beams of varying format and kind.- Integrated control and data acquisition of experimental facilities.- Software engineering tools.- Centralization and decentralization in the TRIUMF Control System.- The Fermilab Accelerator Controls System.- The control system for the daresbury synchrotron radiation source.- The microprocessor-based control system for the Milan superconducting cyclotron.- The ELSA control system hardware.- Computer control system of polarized ion source and beam transport line at KEK.- Computer control system of TRISTAN.- The system for process control and data analysis based on microcomputer and CAMAC equipment in the LAE 13/9 linear electron accelerator.- Some features of the computer control system for theSpallation Neutron Source (SNS) of the Rutherford Appleton Laboratory.- Design criteria for the operation of accelerators under computer control.- Computer aided control of the bonn penning polarized ion source.- Treatment and display of transient signals in the CERN antiproton accumulator.- Fast CAMAC-based sampling digitizers and digital filters for beam diagnostics and control in the CERN PS complex.- Automate