| âﾜThe IHEP 76-GeV Proton Synchrotronâ (p. 1) |
| by Ado, Yu M |
| âﾜThe NAL Accelerator and Future Plansâ (p. 7) |
| by Readon, P J |
| Progress on the 300 GeV Programme (p. 19) |
| by Billinge, Roy |
| âﾜThe Japanese 12-GeV Acceleratorâ (p. 23) |
| by Nishikawa, T |
| Present Status and Future Plans for the ISR (p. 32) |
| by Johnsen, Kjell |
| Spear: Status and Improvement Program (p. 37) |
| by Allen, M |
| DORIS, Present Status and Future Plans (p. 43) |
| by Le Duff, J |
| Design and status of DCI (p. 49) |
| by Martin, P |
| Non-destructive diagnostics of coasting beams with schottky noise (p. 53) |
| by Borer, J |
| Beams Loading in High-Energy Storage Rings (p. 57) |
| by Wilson, P B |
| A search for a beam-beam effect in the ISR (p. 63) |
| by Hübner, K |
| Beam-Beam Coupling in SPEAR (p. 66) |
| by Helm, R H |
| Vacuum conditions for Proton Storage Rings (p. 74) |
| by Calder, R |
| Influence of the Split Field Magnet spectrometer on the CERN Intersecting Storage Rings (p. 75) |
| by Bryant, P J |
| Dynamic compensation during stacking of the de-tuning caused by space charge effects (p. 80) |
| by Bryant, P J |
| Tune Shift Computation for Storage Rings with Low-Beta Sections (p. 83) |
| by Buon, Jean |
| Experimental investigation of single-beam and beam-beam space charge effects (p. 87) |
| by Bryant, P J |
| RF Systems for High-Energy e e Storage Rings (p. 92) |
| by Allen, A |
| Beam Dynamics Experiments at SPEAR (p. 97) |
| by Sabersky, A P |
| Beam enlargement by mismatching the energy-dispersion function (p. 100) |
| by Helm, R M |
| Adone, present status and experiments (p. 104) |
| by Bassetti, M |
| Resonant methods for beam size control in storage rings (p. 108) |
| by Bassetti, M |
| Direct Measurements on the Beam-beam Interaction at SPEAR (p. 113) |
| by Sabersky, A P |
| RF Superconductivity (p. 115) |
| by Kuntze, M |
| Progress report on the Stanford superconducting recyclotron (p. 123) |
| by MsAshan, M S |
| Application of superconducting RF accelerating sections to an electron (p. 128) |
| by Sudelin, R M |
| Measurements on the first 20-Cell deflector sections for a superconducting RF separator (p. 133) |
| by Bauer, W |
| Breakdown Fields in a superconducting Niobium cavity at S-Band (p. 140) |
| by Kneisel, P |
| On the preparation and a Thermal breakdown mechanism of superconducting Niobum X-Band cavities with high magnetic flux densities (p. 143) |
| by Hillenbrand, B |
| A 6-pass microton using a superconducting electron linac (p. 151) |
| by Hanson, A O |
| Development and testing of a prototype superconducting rf separator (p. 154) |
| by Carne, A |
| Development of the superconducting Helix for Heavy-ion acceleration (p. 159) |
| by Aron, J |
| Superconducting magnets (p. 164) |
| by Thomas, D B |
| The magnetic and termal stability of superconducting accelerator magnets (p. 170) |
| by Sampson, W B |
| Pulsed superconducting dipole magnets of the GESSS collaboration (p. 174) |
| by Turowski, P |
| Experimental superconducting accelerator ring (p. 179) |
| by Avery, R |
| Progress report on the NAL energy doubler design study (p. 184) |
| by Edwards, D A |
| Superconducting stretcher ring for the zero gradient synchrotron (p. 193) |
| by Crosbie, E A |
| 8 Superconducting bending magnet in a primary proton beam (p. 198) |
| by Allinger, J |
| Prediction of radiation effects on accelerators using hadron cascade calculations (p. 204) |
| by Ranft, J |
| Research work on pulsed superconducting magnets for accelerators (p. 209) |
| by Alexeev, V P |
| Electron ring acceleration (p. 214) |
| by Lambertson, Glen R |
| Acceleration of electron rings and investigations on ion-electron instabilities in the Garching ERA Experiment (p. 218) |
| by Andelfinger, C |
| Energy spreading and energy loss due to negative mass instability in an electron ring experiment (p. 223) |
| by Fink, J |
| Observations on collective longitudinal instabilities in electron rings (p. 226) |
| by Faltens, A |
| Experimental and Theoretical studies of electron ring formation and ion loading in the Maryland ERA (p. 230) |
| by Destler, W W |
| The electron ring program at Lawrence Berkley Laboratory (p. 235) |
| by Chupp, W W |
| Compressor design for intense electron rings (p. 240) |
| by Hauptman, J M |
| Self-consistent equilibria of accelerated relativistic electron rings (p. 245) |
| by Hofmann, I |
| Report on the Era Research at Karlsruhe (p. 250) |
| by Dustmann, C H |
| Other Collective Methods (p. 254) |
| by Kolomensky, A |
| Particle acceleration by intense electron beams (p. 263) |
| by Drickey, D |
| Collective Ion acceleration in linear electron beams (p. 268) |
| by Swain, D W |
| two New collective acceleration schemes (p. 272) |
| by Olson, C L |
| Electron auto-acceleration (p. 278) |
| by Briggs, R J |
| The autoresonant accelerator concept (p. 283) |
| by Sloan, M L |
| The high energy polarized beam at the ZGS (p. 288) |
| by Khoe, T K |
| Intense beams of 100 to 500 MeV positrons (p. 295) |
| by Aune, B |
| Second harmonic RF acceleration on Nimrod (p. 297) |
| by Sandels, E G |
| Accelerating Waveguides for High-Energy Accelerators (p. 301) |
| by Shalnov, A V |
| Phase-free acceleration of charged particles by AC fields (p. 304) |
| by Schott, W |
| Polarized electron source for the Stanford linear accelerator (p. 309) |
| by Alguard, M J |
| ITEP experimental assembly for ERA collective method investigations (p. 314) |
| by Chuvilo, I V |
| Present performance of collective ion accelerator in JINR (p. 318) |
| by Barabash, L S |
| Maximizing productivity and employee morale in an era of tight budgets (p. 326) |
| by Reich, K H |
| Ad Hoc Discussion Session (p. 326) |
| by Reich, Κ Η |
| Collective effects on orbit dynamics (p. 327) |
| by Mills, F E |
| Transverse collective instability in the NAL 500-GeV accelerator (p. 329) |
| by Stiening, R |
| Transverse single particle instability in the NAL 500-GeV accelerator (p. 332) |
| by Stiening, R |
| Fast damping of transverse coherent dipole oscillations in SPEAR (p. 338) |
| by Paterson, J M |
| Head-tail type instabilities in the CERN PS and Booster (p. 344) |
| by Gareyte, Jacques |
| Transverse bunched beam instabilities - Theory (p. 347) |
| by Sacherer, F J |
| Some observations on bunch lengthening at SPEAR (p. 352) |
| by Allen, M A |
| Investigation and cures of longitudinal instabilities of bunched beams in the ISR (p. 359) |
| by Bramham, Peter |
| Control of the bunch lengthening phenomenon in electron storage rings (p. 365) |
| by Rowe, E M |
| The longitudinal feedback system in Adone (p. 370) |
| by Renieri, A |
| Fast beam-cavity interaction and its effect on bunch shape in storage rings (p. 375) |
| by Papiernik, A |
| Landau damping by non-linear space-charge forces and octupoles (p. 380) |
| by Möhl, D |
| The effect of the beam self-field on the transverse betatron oscillation frequency (p. 385) |
| by Parzen, G |
| Acceleration by phase displacement in the ISR (p. 390) |
| by Henrichsen, K N |
| Stochasticity (p. 394) |
| by Jackson Laslett, L |
| Beam loss in a coasting beam from a high order isolated resonance (p. 402) |
| by Month, M |
| Intra-beam-scattering (p. 405) |
| by Piwinski, A |
| Detailed Study of the beam-beam interaction at the Orsay storage ring (p. 410) |
| by Bergher, M |
| Non-linear beam-beam effect computer simulation (p. 414) |
| by Renieri, A |
| Two-dimensional resonance effects due to a localized bi-gaussian charge distribution (p. 419) |
| by Ruggiero, A G |
| Instabilities detected in Saturne (p. 424) |
| by Faure, J |
| Stochastic effects in longitudinal phase space (p. 429) |
| by Gumowski, I |
| Gamma-transition-jump scheme of the CPS (p. 434) |
| by Hardt, Werner |
| Dipole two-beam instability in circular beams with azimuthal non-uniformity (p. 439) |
| by Zenkevich, P R |
| The interaction of a long intensive electron bunch with a passive cavity (p. 444) |
| by Voskresensky, G V |
| Beam extraction (p. 447) |
| by Edwards, H T |
| Slow resonance extraction of two simultaneous beam without RF structure (p. 451) |
| by Cho, Y |
| Extraction for the main ring at NAL (p. 456) |
| by Andrews, R A |
| BNL fast shaving extraction system (p. 462) |
| by Blumberg, L |
| Simulation of simultaneous beam sharing between internal targets and slow ejection at the CPS (p. 467) |
| by Bell, M |
| Expected energy-spread in the extracted beam of Saturne II (p. 471) |
| by Brück, H |
| Injection and trapping of the beam at 800 MeV in the CPS (p. 475) |
| by Boussard, Daniel |
| The CERN PS booster: design expectation confronted with reality, two years after start-up (p. 480) |
| by Reich, K H |
| Computer Control of Accelerators. A Review Paper (p. 485) |
| by Crowley-Milling, M C |
| User's assessment of the computer controls system of the CERN PS Booster (p. 490) |
| by Baribaud, Guy |
| Use of a general-purpose time shared computer in accelerator control (p. 495) |
| by Barton, M Q |
| The operator interface of the 300-GeV accelerator (p. 499) |
| by Beck, F |
| The computer control system for the SPS (p. 503) |
| by Hyman, J T |
| The impact of computer control on the performance of the CERN Intersecting Storage Rings (p. 508) |
| by Wolstenholme, P |
| Digital control of rectifier firing angles for the zero gradient synchrotron (ZGS) ring magnet Power supply (p. 511) |
| by Knott, M J |
| A control computer method for displaying amplitude and phase of ripple (p. 516) |
| by Lewis, L G |
| Initial experience with a multi-processor control system (p. 521) |
| by Mallory, K B |
| The CPS improvements 1965-1973 : An assessment(p. 524) |
| Simultaneous steering of H and H beams at LAMPF (p. 529) |
| by Crandall, K R |
| Fusion reaction in colliding beams (p. 531) |
| by Blewett, John Pauls |
| Will negative hydrogen ion sources soon replace proton sources in high energy accelerators ? (p. 536) |
| by Sluyters, T |
| ISABELLE design study of intersecting storage accelerators (p. 537) |
| by Hahn, H |
| Design and status of EPIC (p. 548) |
| by Bennett, J R J |
| The proton-electron -positron project- PER (p. 557) |
| by Smith, L |
| The PEP electron-positron ring - PEP stage I (p. 564) |
| by Rees, J R |
| ISABELLE antiproton option (p. 572) |
| by Baltay, C |
| SLED : a method of doubling SLACâs energy(p. 576) |
| by Farkas, Z D |
| A preliminary design of tri-ring intersecting storage accelerators in Nippon , TRISTAN (p. 584) |
| by Nishikawa, T |
| The super-Adone electron-positron storage ring design (p. 588) |
| by Amman, F |
| Bunched Beam Intersecting storage accelerators for proton-proton collisions (p. 593) |
| by Month, M |
| Insertions for colliding-beam storage rings (p. 599) |
| by Lee, W W |
| Resonance crossing in a protron synchrotron, application to ISABELLE (p. 604) |
| by Chasman, R |
| Main Ring magnets system of KEK PS (p. 610) |
| by Ando, A |
| Saturne II : proposal of a renovated proton facility at Saclay(p. 615) |
| by Brück, H |
| The electron Pulse stretcher EROS (p. 618) |
| by Heese, N R |
| Preliminary design considerations for the stage I PEP Lattice (p. 622) |
| by Helm, R H |
| Design considerations for high energy electron-positron storage ring (p. 629) |
| by Wiedemann, H |
| High-Intensity storage rings for Meson factory (p. 633) |
| by Batskikh, G I |
| Trends of the development of strong current cyclic accelerators - meson factories (p. 638) |
| by Dzhelepov, V P |
| First beam tests with the 590 MeV ring cyclotron at SIN (p. 643) |
| by Blaser, J P |
| Basic design considerations ion an electron beam stretcher (p. 648) |
| by Herminghaus, H |
| The next step: accelerators vs storage rings (p. 650) |
| by Lederman, Leon Max |
| Perspectives on colliding beams (p. 660) |
| by Keil, Eberhard |
| Synchrotron radiation sources (p. 671) |
| by Kapitza, Sergei P |
| Astrophysics and Elementary particle Physics (p. 675) |
| by Rufini, R |
| A 2 GeV 1A electron storage ring dedicated to the production of synchrotron radiation (p. 680) |
| by Thompson, D J |
| The Stanford synchrotron radiation project (SSRP) (p. 685) |
| by Winick, Herman |
| the conversion of the NBS 180-MeV electron Synchrotron to a 240-MeV electron storage ring for synchrotron radiation research (p. 689) |
| by Rowe, EM |
