| M. Goldhaber | Welcome | p.iii | |
| J.P. Blewett | Preface | p.v | |
| I. Special Purpose Magnets | |||
| Henry H. Kolm | The Prolonged Adolescence of Superconductivity | p.3 | |
| Henry A. Thiessen / Morris M. Klein | Spectrometer Design at LASL | p.8 | |
| R.J. Weggel / D.B. Montgomery | Hybrid Magnets | p.18 | |
| H. Brechna / F. Arendt / W. Heinz | Superconducting Magnetic Energy Storage Systems | p.29 | |
| K. Hirai / S. Akiyama / H. Fujino / K. Onodera | A Lightweight Superconducting Magnet for a Test Facility of Magnetic Suspension for Vehicles | p.41 | |
| R.T. Avery / A.A. Garren / J.T. Gunn / R.R. Fullwood / A.J. Lieber / P.F. Meads | A Study to Adapt a Weak Focusing Synchroton to a Strong Focusing Proton Storage Ring | p.49 | |
| P.H. Rebut / A. Torossian / J. Delassus / M. Delaunay | Production of Pulsed High Magnetic Fields with Rotating Machine | p.56 | |
| M. Huguet / P.H. Rebut / A. Torossian / M. Meier | A Large 100 MW Pulsed Magnetic Coil for Fusion Research | p.60 | |
| Eugene E. Halik | Multiparticle Spectrometer Magnet (MPS) | p.66 | |
| H. Ogiwara / N. Takano / H. Yonemitsu | Experimental Studies on Magnetically Suspended High Speed Trains Using Large Superconducting Magnets | p.70 | |
| A. Catitti / A. Cattoni / G. Sacerdoti | A Magnetic Analyzer for Colliding Beam Experiments in a Storage Ring | p.80 | |
| N. Nakanishi / S. Motonaga / K. Matsuda / S. Takeda / M. Hemmi / T. Inoue / J. Fujita / H. Nakajima / Y. Awaya | Construction of a Two-Magnet Type Broad Range Particle Analyzer and Measurement of Ion-Optical Properties of Use of It | p.87 | |
| Egon Hoyer / Jack Gunn | Design of the High Resolution Spectrometer Bending Magnets for LASL | p.92 | |
| M. Goldschmidt / D. Rieck / C.A. Wiedner | Performance of the First QDDD Spectrograph | p.100 | |
| M. Ohayon / J.P. Penicaud / B. de Sereville | Study and Construction of Two High Performing Magnets for 1.7 GeV/c Spectrometer | p.108 | |
| L.G. Ratner / R.J. Lari / J.A. Bywater / E.C. Berrill | The Resonant Extraction Magnet at the Zero Gradient Synchroton | p.114 | |
| R. Juhala / A.W. Maschke / S. Mori / R. Yamada | Correction Magnet System of NAL Main Accelerator | p.119 | |
| H.J. Besch / U. Trinks | A Large Solid Angle Superconducting Ironless Magnet for the DESY Storage Rings | p.126 | |
| II. Beam Handling Magnets | |||
| E. Frick / B. Kuiper / A. Messina / H. Riege | The Kicker Magnet for the Fast Ejection System of the Serpukhov 70 GeV Proton Accelerator | p.135 | |
| H. van Breugel / R. Cuenot / S. Herin / B. Kuiper | The Septum Magnets for the Fast Ejection System of the Serpukhov 70 GeV Proton Synchroton | p.144 | |
| H. Edwards / E.L. Hubbard / R. Juhala | A Radiation Resistant Laminated Septum Magnet | p.153 | |
| H. Hsieh / R. Britton / R. Gibbs | A DC Superconducting Beam Splitting Magnet System | p.157 | |
| A. Asner / D. Leroy | A Low Stored Energy, High Precision Superconducting Quadrupole for High Energy Beams | p.164 | |
| L.G. Ratner / R.J. Lari / J.A. Bywater / E.C. Berrill | Design of a Low Fringe Field Septum Magnet for Use at the CERN-ISR | p.167 | |
| Robert T. Avery / Philip F. Meads | A 'Corner' Septum Magnet for Multi-Turn Injection | p.174 | |
| A.R. Mortimer / A.T. Gresham | An Ultra-Thin Septum Magnet | p.178 | |
| S. Kowalski / H. Enge | Beam Rotator | p.182 | |
| Egon Hoyer | Beam Extraction Focusing Coils for the Bevatron | p.188 | |
| III. Superconducting Magnets | |||
| John R. Purcell | DC Superconducting Magnets | p.201 | |
| G. Bronca / P. Genevey / F. Kircher / J. Perot / J.P. Pouillange / G. Prost | Pulsed Superconducting Magnets | p.203 | |
| S.J. St Lorant | Superconducting Shields for Magnetic Flux Exclusion and Field Shaping | p.227 | |
| J.C. Vallier | 15 Tesla Superconducting Magnet | p.233 | |
| M. Iwamoto / T. Satow / M. Tanaka / O. Ogino / K. Akashi / K. Ishihara / K. Fushimi | Horizontal Dipole Superconducting Magnet Using Multilayer Insulation | p.237 | |
| J. File / G.V. Sheffield | A Large Superconducting Magnet for Fusion Research | p.240 | |
| W.C. Young / R.W. Boom | Materials and Cost Analysis of Constant-Tension Magnet Windings for Tokamak Reactors | p.244 | |
| Z.J.J. Stekly / R.J. Thome | Electromagnetic Loading of Dewar Shells as a Result of Time Varying Magnetic Fields | p.252 | |
| T. Bohn / P. Komarek | Review on the Performance Limits of a Large Superconducting MHD-Magnet | p.265 | |
| Arthur R. Harvey | A Winding Technique for Superconducting Tape in Multi-Axis Magnets | p.271 | |
| C.P. Parsch / E. Bartosch / F. Bohm / G. Horlitz / G. Knust / S. Wolff / A. Stephan / D. Hauck | The 1.4 m / 2.2 T Superconducting Detector Magnet PLUTO for the Electron-Positron Storage Ring at DESY | p.275 | |
| W. Eschricht / H.-J. Fiebig / G. Horlitz / U. Knopf / G. Knust / K.-D. Nowakowski / O. Peters / W. Stahlschmidt / S. Wolff | A Superconducting Field Compensation Coil for the 1.4 m / 2.2 Tesla Superconducting Detector Magnet PLUTO at DESY | p.287 | |
| F. Wittgenstein | Preliminary Test Results of BEBC Superconducting Magnet | p.295 | |
| B.E. Mulhall | Windings for the Superconducting Machines | p.301 | |
| The Karlsruhe IEKP Magnet Group compiled by W. Schauer | The Karlsruhe Pulsed Superconducting Magnet Programme - Status Report | p.306 | |
| A. Berruyer / R. Blondet / G. Bronca / P. Genevey / F. Kircher / J. Perot / J.P. Pouillange | The Saclay Superconducting Pulsed Dipole 'MOBY' | p.316 | |
| William S. Gilbert / Robert B. Meuser / Fred L. Toby | Superconducting Pulsed Dipoles for Future Accelerators | p.324 | |
| K. Jaeger / J. Purcell | Operation and Accuracy of the 12-foot Bubble Chamber Magnet | p.328 | |
| G. Danby / H. Foelsche / S. Hsieh / J. Jackson / A. Prodell | Studies of Losses, Diamagnetic and Permanent Magnetic Effects in Superconducting Magnets | p.334 | |
| M.A. Green | Residual Fields in Superconducting Magnets | p.339 | |
| IV. Conventional Magnets | |||
| Robert M. Main / Roland Yourd | Edge Cooled Tape Magnet Coils for High Current Density Applications | p.349 | |
| B.E. Mulhall | Bitter Magnets for 20 T | p.360 | |
| K. Endo / M. Kihara | Design of the Bending and Quadrupole Magnets for the Main Ring of the Japanese 12 GeV Proton Accelerator | p.363 | |
| H. Sasaki / K. Takikawa / M. Kumada | Design of the Booster Synchroton Magnet for the Japanese 12 GeV Proton Synchroton | p.372 | |
| J.A. Bywater / R.C. Niemann / V.J. Sevcik / R.B. Wehrle | Repair of ZGS Ring Magnet Coil Damaged Conductor Sections | p.381 | |
| T.H. Benham / J.A. Biggs / J.A. Hoffman / F.W. Markley / A. McKamey | Reinsulation of the Replaced Sections of the Damaged Zero Gradient Synchroton Ring Magnet Coil | p.391 | |
| R. Juhala | Air-Core Magnets for Trimming the NAL Booster Synchroton Orbit | p.402 | |
| F. Ascolese / R. Billinge / H. Edwards / W. Hanson / R. Juhala / A. Maschke / J. Michelassi / P. Reardon / S. Snowdon | Design of NAL External Beam Line Quadrupoles | p.407 | |
| W. Hanson / H. Hinterberger / P. Reardon | NAL Main Ring Integrally Impregnated Magnets | p.415 | |
| R. Yamada / C. Schmidt / R. Juhala / R. Lari | Design and Magnetic Measurement of the NAL Main Accelerator Bending Magnets | p.423 | |
| J. Billan / R. Perin / V. Sergo | The Split Field Magnet of the CERN Intersecting Storage Rings | p.433 | |
| P.A. Hudson | Magnet Technology at the Mullard Cryomagnetic Laboratory of the Clarenden Laboratory, Oxford | p.444 | |
| D.H. Parkinson / A. G. Harris / J.W. Stearn | The High Magnetic Field Laboratory, RRE Malvern | p.450 | |
| A. Harvey | Radiation-Hardened Magnets Using Mineral-Insulated Conductors | p.456 | |
| W.V. Hassenzahl | An Algorithm for Eliminating the Duodecapole Component in Quadrupole Magnets | p.469 | |
| W. Dunwoody / J. Spencer / N. Tanaka / R. Rolfe / R. Stearns / M. Thomason | Magnetic Measurements on the LASL Prototype Magnet | p.475 | |
| V. Materials | |||
| W.B. Sampson | New Superconducting Materials for Magnet Applications | p.487 | |
| D.B. Thomas / N.M. Wilson | Filamentary Superconductors for Pulsed Magnets | p.493 | |
| F.R. Fickett | Properties of Nonsuperconducting Technical Solids at Low Temperatures | p.498 | |
| Willard D. Coles | Twisted, Multifilament Nb3Sn Superconductive Ribbon | p.517 | |
| C.D. Henning / R.L. Nelson / H.L Leichter / C.O. Ward | Experiments with Aluminum Bonded Nb3Sn | p.521 | |
| Teruo Noguchi | Magnetic Instability and Transiently Stabilized Maximum Current of V3Ga Tape Coils | p.529 | |
| R. Lohberg / T.W. Eagar / I.M. Puffer / R.M. Rose | Preliminary Measurements of the Critical Current Density of Nb3A10.8Ge0.2 Ribbon | p.537 | |
| F.R. Fickett | Magnetoresistivity of Copper and Aluminum at Cryogenic Temperatures | p.539 | |
| L. Boyer / G. Fournet / A. Mailfert | Stability Criteria for Thin Superconductors Subjected to External Perturbations | p.542 | |
| M. Suenaga / W.B. Sampson | A Comparative Study of Superconducting Composite Conductors with Filaments of A-15 Compounds | p.548 | |
| VI. Field Computations | |||
| C.W. Trowbridge | Progress in Magnet Design by Computer | p.555 | |
| F. Moscati / G. Sacerdoti | A New Material Technique to Compute the Magnetic Potential Produced by Permanent Magnets in Plane or Cylindrical Symmetry | p.566 | |
| Robert T. Avery / L. Jackson Laslett | Assessing and Controlling Eddy-Currents in Conductors of Fast-Pulsed Coils | p.571 | |
| H.A. Enge / S.B. Kowalski / C.A. Wiedner / M. Goldschmidt / H.J. Scheerer | Problems Associated with Attaining High Field Uniformity and Reproducibility in Magnetic Spectographs | p.578 | |
| T.K. Khoe / R.J. Lari | 'FORGY', a Companion Computer Program of 'TRIM' to Calculate FORces and EnerGY in Electromagnets | p.585 | |
| D. Abeshouse / H. Hahn | Perturbation Method for cos theta Magnet with Nonlinear Iron Shield | p.594 | |
| Richard A. Beth | Induced emf's in Two-Dimensional Fields | p.600 | |
| H.F. Vogel / R.J. Lari | Computation of Magnetic End Fields, and Comparison with Measurement | p.604 | |
| Y. Iwasa / R.J. Weggel | Circular-Aperture Dipole and Quadrupole Magnets: Shape, Field, Energy Storage, Body-Forces and Iron Shield | p.607 | |
| M.J. Newman / C.W. Trowbridge / L.R. Turner | GFUN: An Interactive Program as an Aid to Magnet Design | p.617 | |
| S.C. Snowdon | Transfer Function for NAL Main Ring Dipole and Quadrupole Magnets | p.627 | |
| R.S. Christian / H.F. Vogel | 3D Magnetic Field Computations and Comparison with Measurement | p.636 | |
| J.E. Allinger / G.T. Danby / J.W. Jackson / S.T. Lin | Magnetic Circuit Considerations for High Field Magnets | p.637 | |
| G. Parzen / K. Jellett | Coil Configuration in Superconducting Dipoles and Quadrupoles | p.642 | |
| VII. Magnet Cooling and Energizing Systems | |||
| Peter C. Vander Arend | Magnet Cooling Systems | p.653 | |
| R.A. Winje / P.J. Reardon / E.R. Schoop / W.A. Manahan | Power Supplies for Magnets | p.664 | |
| Michael G.J. Fry | Precision Direct-Current Transformers with Active Elements - A Progress Report | p.674 | |
| J.W. Dean | Refrigeration Systems for DC and Pulsed Superconducting Magnets in High Energy Physics | p.682 | |
| G. Horlitz / S. Wolff / C.P. Parsch | Helium Gas Cooled Current Leads in a Refrigerator Cooled Superconductive Magnet System | p.689 | |
| Walter F. Praeg | Transient Protection System for the Ring Magnets of the Zero Gradient Synchrotron | p.698 | |
| R.B. Britton / F.J. Abbatiello / K.E. Robins | Flux Pumps and AC Superconducting Components | p.703 | |
| Masayoshi Masuda | The Preliminary Test of the Static Power Supply for Japanese Proton Synchroton | p.709 | |
| J.D. Pahud | The Reactive Power Compensation of the CERN PS-Booster Power Supply | p.718 | |
| Kenneth M. Thompson | An Interactive Code for Optimization of the Design of Water-Cooled Conductors | p.725 | |
| VIII. Field Measurement and Instrumentation | |||
| Robert M. Main | Alignment of Drift Tube Quadrupole Lenses Using a Pulsed Wire | p.735 | |
| J.H. Coupland / D.E. Baynham | Measurements on Pulsed Superconducting Dipole Magnets | p.737 | |
| K.-D. Lohmann | Economical and Accurate Methods for Measuring the Multipole Field Coefficients of Bending Magnets and Quadrupoles | p.745 | |
| W.B. Sampson / P.F. Dahl / A.D. McInturff / G.H. Morgan | Magnetic Measurements of Superconducting Synchroton Magnets | p.752 | |
| J. Allinger / G. Danby / B. DeVito / H. Foelsche / R. Gibbs / S. Hsieh / J. Jackson / A. Prodell / A. Raag | Performance and Magnetic Measurements of a Full-Scale Cross-Section Model of a Superconducting 8-degree Bending Magnet System | p.758 | |
| John W. Dawson | A Method for Detecting Corona Within Ring Magnet Coils of the Zero Gradient Synchroton | p.765 | |
| E.G. Auld / D.L. Livesey / A.J. Otter / N. Rehlinger | The Magnetic Field Survey System for the TRIUMF Cyclotron Magnet | p.767 | |
| J.P. Gourber | A Portable Device to Measure Low Magnetic Permeability in Situ | p.773 | |
| J. Billan / J.P. Grillet / K.N. Henrichsen / F. Schaff | Precise Semi-Automatic Field Mapping in the Split Field Magnet of the ISR | p.779 | |
| G.H. Morgan | Stationary Coil for Measuring the Harmonics in Pulsed Transport Magnets | p.787 | |
| Charles G. Dols | A Computer-Controlled, 3D, Magnetic Field Mapping System | p.791 | |
| B. Turck | Design and Construction of Magnetic Measurements in a High Performance Spectrometer Magnet | p.801 | |
| Participants | p.809 | ||
| Author Index | p.815 | ||