| Advanced Analysis in Nanospace : Research with the XFEL(p. 1) |
| by Dosch, H |
| Accelerator Layout of the XFEL (p. 2) |
| by Brinkmann, R |
| Linac Coherent Light Source (LCLS) Accelerator System Overview (p. 7) |
| by Krejcik, P |
| High-Intensity, High Charge-State Heavy Ion Sources (p. 8) |
| by Alessi, J |
| Non-Interfering Beam Diagnostic Developments (p. 13) |
| by Peters, A |
| Status of REX-ISOLDE (p. 18) |
| by Kester, O |
| SPIRAL2 at GANIL (p. 23) |
| by Moscatello, M H |
| Development of Room Temperature and Superconducting CH-Structures (p. 28) |
| by Podlech, H |
| Beam Intensity Adjustment in the RIA Driver Linac (p. 33) |
| by Ostroumov, P N |
| Proposal for Reduction of Transverse Emittance of BNL 200 MeV Linac (p. 36) |
| by Alessi, J |
| The HITRAP-Decelerator for Heavy Highly-Charged Ions (p. 39) |
| by Dahl, L |
| A Dedicated 70 MeV Proton Linac for the Antiproton Physics Program of the Future Facility for Antiproton and Ion Research (FAIR) at Darmstadt (p. 42) |
| by Groening, L |
| High Current Beam Transport to SIS18 (p. 45) |
| by Richter, S |
| Investigation of the Beam Matching to the GSI-Alvarez DTL under Space Charge Conditions (p. 48) |
| by Yaramishev, S |
| Status of the 7 MeV/u, 217 MHz Injector Linac for the Heidelberg Cancer Therapy Facility (p. 51) |
| by Schlitt, B |
| The IH Cavity for HITRAP (p. 54) |
| by Kitegi, C A |
| The Compact 20 MV IH-DTL for the Heidelberg Cancer Therapy Facility (p. 57) |
| by Lu, Y R |
| KONUS Beam Dynamics Design of a 70 mA, 70 MeV Proton CH-DTL for GSI-SIS12 (p. 60) |
| by Tiede, R |
| Development of Intense Beam Proton Linac in China (p. 63) |
| by Fu, S |
| TRASCO-RFQ as Injector for the SPES-1 Project (p. 66) |
| by Posocco, P |
| The TRASCO-SPES RFQ (p. 69) |
| by Pisent, A |
| Design of the SPES-1 LEBT (p. 72) |
| by Fagotti, E |
| Cold-Model Tests and Fabrication Status for J-PARC ACS (p. 75) |
| by Ao, H |
| Particle Distributions at the Exit of the J-PARC RFQ (p. 78) |
| by Kondo, Y |
| Design of the R.T. CH-Cavity and Perspectives for a New GSI Proton Linac (p. 81) |
| by Li, Z |
| The Pre-Injector Linac for the Diamond Light Source (p. 84) |
| by Christou, C |
| Using a Solid State Switch for a 60kV Bouncer to Control Energy Spread during the Beam Pulse* (p. 87) |
| by Donley, L |
| The LEBRA 125 MeV Electron Linac for FEL And PXR Generation (p. 90) |
| by Hayakawa, K |
| ERLP Gun Commissioning Beamline Design (p. 93) |
| by Holder, D J |
| Commissioning of a 6 MeV X-Band SW Accelerating Guide (p. 96) |
| by Jin, Q |
| A study of higher-band dipole wakefields in X-band accelerating structures for the G/NLC (p. 99) |
| by Jones, R M |
| RHIC Electron Cooler (p. 102) |
| by Kewisch, J |
| Linear Accelerator LINAC-800 of the DELSY Project (p. 105) |
| by Kobets, V V |
| Development of a C-band Accelerating Module for SUPERKEKB (p. 108) |
| by Ohsawa, S |
| Injector Linac Upgrade for the BEPCII Project (p. 111) |
| by Wang, S H |
| The Research of a Novel SW Accelerating Structure with Small Beam Spot (p. 114) |
| by Yang, X |
| Preliminary Study on HOM-Based Beam Alignment in the TESLA Test Facility (p. 117) |
| by Baboi, N |
| Optimization of positron capture in NLC (p. 120) |
| by Batygin, Y K |
| Background from Undulator in the Proposed Experiment with Polarized Positrons (p. 123) |
| by Batygin, Y K |
| Positron Transmission and Polarization in E-166 Experiment (p. 126) |
| by Batygin, Y K |
| A study of coupler-trapped modes in X-band linacs for the GLC/NLC (p. 129) |
| by Jones, R M |
| Emittance-imposed alignment and frequency tolerances for the TESLA Linear Collider (p. 132) |
| by Baboi, N |
| Linac alignment and frequency tolerances from the perspective of contained emittances for the G/NLC (p. 135) |
| by Jones, R M |
| The Impact of Longitudinal Drive Beam Jitter on the CLIC Luminosity (p. 138) |
| by Schulte, Daniel |
| Electron-Cloud Effects in the Positron Linacs of Future Linear Colliders (p. 141) |
| by Grudiev, A |
| A Potential Signal for Luminosity Optimisation in CLIC (p. 144) |
| by Schulte, Daniel |
| Experimental Investigation of the Longitudinal Beam Dynamics in a Photo-Injector using a Two-Macroparticle Bunch (p. 147) |
| by Tikhoplav, R |
| Limiting Effects in the Round-To-Flat Beam Transformation (p. 150) |
| by Sun, Y E |
| Gamma and X-rays Production for Experiments at ELSA Facility (p. 153) |
| by Lemaire, J |
| Status And Operating Experience of The TTF Coupler (p. 156) |
| by Möller, W D |
| Energy Spread in BTW Accelerating Structures at ELETTRA (p. 159) |
| by Craievich, P |
| Numerical Calculation of Coupling Impedances in Kicker Modules for Non-Relativistic Particle Beams (p. 162) |
| by Doliwa, B |
| Wire measurement of impedance of an X-band accelerating structure (p. 165) |
| by Baboi, N |
| Simple Theory of Thermal Fatigue Caused by RF Pulse Heating (p. 168) |
| by Kuzikov, S |
| Calculation of RF Properties of the Third Harmonic Cavity (p. 171) |
| by Rothemund, K |
| TESLA RF Power Coupler Thermal Calculations (p. 174) |
| by Kostin, D |
| Ribbon Ion Beam Dynamics in Undulator Linear Accelerator (p. 177) |
| by Masunov, E S |
| RF Control Modelling Issues for Future Superconducting Accelerators (p. 180) |
| by Hofler, A |
| A Pass Band Performance Simulation Code of Coupled Cavities (p. 183) |
| by Tao, X |
| Advanced Beam-Dynamics Simulation Tools for RIA (p. 186) |
| by Garnett, Robert |
| RF breakdown in accelerator structures : from plasma spots to surface melting(p. 189) |
| by Wilson, P B |
| Development of a Permanent Magnet ECR Source to Produce a 5 mA Deuteron Beam at CEA/Saclay (p. 192) |
| by Gobin, R |
| Recent Results of the 2.45 GHz ECR Source Producing H- Ions at CEA/Saclay (p. 195) |
| by Gobin, R |
| Hminus Distribution in the HERA RF-Volume Source (p. 198) |
| by Peters, J |
| Ultra-High-Vacuum Problem for 200 keV Polarized Electron Gun with NEA-GaAs Photocathode (p. 201) |
| by Nakanishi, T |
| Design Parameters of the Normal Conducting Booster Cavity for the PITZ-2 Test Stand (p. 204) |
| by Paramonov, V V |
| Development of Adaptive Feedback Control System of Both Spatial and Temporal Beam Shaping for UV-Laser Light Source for RF Gun (p. 207) |
| by Tomizawa, H |
| Analysis of the Qualification-Tests Performance of the Superconducting Cavities for the SNS Linac (p. 210) |
| by Delayen, J R |
| SRF Cavity and Materials R&D at Fermilab (p. 213) |
| by Khabiboulline, N |
| First Cryogenic Tests with JLab's new Upgrade Cavities* (p. 216) |
| by Kneisel, P |
| Influence of Ta Content in High Purity Niobium on Cavity Performance : Preliminary Results*(p. 219) |
| by Kneisel, P |
| Cold Test Results of the ISAC-II Medium Beta High Gradient Cryomodule (p. 222) |
| by Laxdal, R E |
| Conceptual Layout of the European X-FEL Linear Accelerator Cryogenic Supply (p. 225) |
| by Petersen, B |
| RF Coupler Design for the TRIUMF ISAC-II Superconducting Quarter Wave Resonator (p. 228) |
| by Poirier, R L |
| A Wire Position Monitor System for the ISAC-II Cryomodule Components Alignment (p. 231) |
| by Rawnsley, B |
| Simulation of the RF Coupler for TRIUMF ISAC-II Superconducting Quarter Wave Resonators (p. 234) |
| by Zvyagintsev, V |
| Engineering and Building RF Structures : The Works(p. 237) |
| by Schrage, D |
| Survey of Advanced Acceleration Techniques (p. 242) |
| by Joshi, C J |
| Development of the UNILAC Towards a Megawatt Beam Injector (p. 246) |
| by Barth, W |
| Developments and Future Plans at ISAC/TRIUMF (p. 251) |
| by Schmor, P |
| The KEK C-Band RF System for a Linear Collider (p. 256) |
| by Matsumoto, H |
| Low Emittance 500 kV Thermionic Electron Gun (p. 261) |
| by Togawa, K |
| High Pressure, High Gradient RF Cavities for Muon Beam Cooling (p. 266) |
| by Johnson, R P |
| Effect of High Solenoidal Magnetic Fields on Breakdown Voltages of High Vacuum 805 MHz Cavities (p. 271) |
| by Moretti, A |
| High Power CW Superconducting Linacs for EURISOL and XADS (p. 275) |
| by Biarrotte, J L |
| Future developments in electron linac diagnostics (p. 280) |
| by Ross, M C |
| RFQ Drift-Tube Proton Linacs in IHEP (p. 285) |
| by Budanov, Yu |
| Development of a 352 MHz Cell-Coupled Drift Tube Linac Prototype (p. 288) |
| by Cuvet, Y |
| Design of LINAC4, A New Injector for the CERN Booster (p. 291) |
| by Garoby, R |
| The SPL Front End: A 3 MeV$H^{-}$ Test Stand at CERN (p. 294) |
| by Rossi, C |
| Beam Dynamics for a New 160 MeV $H^{-}$ Linac at CERN (LINAC4) (p. 297) |
| by Gerigk, F |
| Results of the High-Power Conditioning and the First Beam Acceleration of the DTL-1 for J-PARC (p. 300) |
| by Naito, F |
| A Linac-to-Booster Injection Line for Transverse Matching and Correlated Injection Painting (p. 303) |
| by Garnett, R |
| Carbon Ion Injector Linac for a Heavy Ion Medical Synchrotron (p. 306) |
| by Swenson, D A |
| The Heidelberg High Current Injector : A Versatile Injector for Storage Ring Experiments(p. 309) |
| by Von Hahn, R |
| Design of a Deuteron RFQ for Neutron Generation (p. 312) |
| by Guo, Z Y |
| High current RFQ using laser ion source (p. 315) |
| by Okamura, M |
| Test and First Experiments with the new REX-ISOLDE 200 MHz IH-Structure (p. 318) |
| by Sieber, T |
| Status of the RFI Linac Prototype (p. 321) |
| by Swenson, D A |
| Space charge compensation in low energy proton beams (p. 324) |
| by Ismail, A B |
| Investigation on Beam Dynamics Design of High-Intensity RFQs (p. 327) |
| by Zhang, C |
| Beam Dynamics Issues of SPES-1 Linac (p. 330) |
| by Fagotti, E |
| Characterization of Beam Parameter and Halo for a High Intensity RFQ Output under Different Current Regimes (p. 333) |
| by Fagotti, E |
| Some Relevant Aspects in the Design and Construction of a 30-62 MeV Linac Booster for Proton Therapy (p. 336) |
| by Vaccaro, V G |
| Beam Dynamics Design of J-PARC Linac High Energy Section (p. 339) |
| by Ikegami, M |
| A Simulation Study on Chopper Transient Effects in J-PARC Linac (p. 342) |
| by Ikegami, M |
| A Simulation Study on Error Effects in J-PARC Linac (p. 345) |
| by Ikegami, M |
| Alternating Phase Focusing in Low-Velocity Heavy-Ion Superconducting Linac (p. 348) |
| by Ostroumov, P N |
| Acceleration of Several Charge States of Lead Ion in CERN LINAC3 (p. 351) |
| by Coco, V |
| Proton Beam Dynamics of the SARAF Linac (p. 354) |
| by Shor, A |
| Multi-Bunch Beam Dynamics Studies for the European XFEL (p. 357) |
| by Baboi, N |
| Beam Optics Studies for the TESLA Test Facility Linac (p. 360) |
| by Castro, P |
| The Superconducting CW Driver Linac for the BESSY-FEL User Facility (p. 363) |
| by Knobloch, J |
| Linac Upgrades for FERMI@ELETTRA (p. 366) |
| by D'Auria, G |
| Extended Parametric Evaluation for 1 FEL : Emittance and Current Requirements(p. 369) |
| by Pedrozzi, M |
| A New Control System for the S-DALINAC (p. 372) |
| by Brunken, M |
| The Photo Injector Test Facility at DESY Zeuthen : Results of the First Phase(p. 375) |
| by Oppelt, A |
| Progress Report on the Flat Beam Experiment at the Fermilab/Nicadd Photoinjector Laboratory (p. 378) |
| by Sun, Y E |
| Simulations of the Ion-Hose Instability for DARHT-II Long-Pulse Experiments (p. 381) |
| by Chan, K C D |
| Cumulative Beam Breakup with Time-Dependent Parameters (p. 384) |
| by Delayen, J R |
| Methods for Measuring and Controlling Beam Breakup in High Current ERLs (p. 387) |
| by Tennant, C |
| Temporal profile of the LCLS photocathode ultraviolet drive laser tolerated by the microbunching instability (p. 390) |
| by Wu, J |
| Resistive-wall Wake Effect in the Beam Delivery System (p. 393) |
| by Delayen, J R |
| Simulation of RF breakdown effects on NLC beam (p. 396) |
| by Dolgashev, V A |
| Alternative Linac Layout for European XFEL Project (p. 399) |
| by Kim, Y |
| Extraction of High Charge Electron Bunch from the ELSA RF Injector : Comparison Between Simulation and Experiment(p. 402) |
| by Lemaire, J |
| Beam Analysis Using the IPNS Linac ESEM (p. 405) |
| by Dooling, J C |
| The First Results of Bunch Shape Measurements in SNS Linac (p. 408) |
| by Feschenko, A |
| Bunch Length Measurements at LEBRA (p. 411) |
| by Yokoyama, K |
| RF Tuning Schemes for J-PARC DTL and SDTL (p. 414) |
| by Ikegami, M |
| An Alternate Scheme for J-PARC SDTL Tuning (p. 417) |
| by Ikegami, M |
| Beam-Based Alignment Measurements of the LANSCE Linac (p. 420) |
| by McCrady, R C |
| The LANSCE Low Momentum Beam Monitor (p. 423) |
| by Merl, R |
| Precision Alignments of Stripline BPMs with Quadrupole Magnets for TTF2 (p. 426) |
| by Priebe, G |
| Systematic Calibration of Beam Position Monitor in the High Intensity Proton Accelerator (J-PARC) LINAC (p. 429) |
| by Sato, S |
| Highly Sensitive Measurements of the Dark Current of Superconducting Cavities for TESLA Using a SQUID Based Cryogenic Current Comparator (p. 432) |
| by Vodel, W |
| TTF II Beam Monitors for Beam Position, Bunch Charge and Phase Measurements (p. 435) |
| by Wendt, M |
| Beam Instrumentation Using BPM System of the SPring-8 Linac (p. 438) |
| by Yanagida, K |
| The Beam Diagnostics System in the J-PARC LINAC (p. 441) |
| by Lee, S |
| The High Accuracy RF Phase Detector Research for 200 MeV LINAC (p. 444) |
| by Dong, S |
| Adaptive Feedforward Cancellation of Sinusoidal Disturbances in Superconducting RF Cavities (p. 447) |
| by Kandil, T H |
| Status of RF Control System for ISAC II Superconducting Cavities (p. 450) |
| by Fong, K |
| Diagnostics for the Low Level RF Control for the European XFEL (p. 453) |
| by Jezynski, T |
| A New RF System for the CEBAF Normal Conducting Cavities (p. 456) |
| by Hovater, C |
| A Long-Pulse Modulator for the TESLA Test Facility (TTF) (p. 459) |
| by Kaesler, W |
| Superstrong Adjustable Permanent Magnet for a Linear Collider Final Focus (p. 462) |
| by Iwashita, Y |
| Low Energy Beam Transport using Space Charge Lenses (p. 465) |
| by Meusel, O |
| Results of the Magnetic Field Measurements of the DTL Quadrupole Magnets for the J-PARC (p. 468) |
| by Takasaki, E |
| Spectrographic Approach to Study of RF Conditioning Process in Accelerating RF Structures (p. 471) |
| by Tomizawa, H |
| J-PARC Linac Alignment (p. 474) |
| by Ikegami, M |
| Coupler Development and Gap Field Analysis for the 352 MHz Superconducting CH-Cavity (p. 477) |
| by Liebermann, H |
| Technologies of The Peripheral Equipments of The J-PARC DTL1 for the Beam Test (p. 480) |
| by Yoshino, K |
| CLIC Magnet Stabilization Studies (p. 483) |
| by Redaelli, S |
| Static Absolute Force Measurement for Preloaded Piezoelements Used for Active Lorentz Force Detuning System (p. 486) |
| by Sekalski, S P |
| Improvements of RF Characteristics in the SDTL of the J-PARC Proton LINAC (p. 489) |
| by Wang, S |
| Compact Electron-Linac Design Concept for a Gamma Ray Source (p. 492) |
| by Chan, K C D |
| Results of a 3D-EM-Code Comparison on the TRISPAL Cavity Benchmark (p. 495) |
| by Balleyguier, P |
| Parallel Particle in Cell Computation of an Electron Gun with GdfidL (p. 498) |
| by Bruns, W |
| Evaluation of Magnetic Field Enhancement Along a Boundary (p. 501) |
| by Iwashita, Y |
| Mechanical Stability Simulations on a Quarter Wave Resonator for the SPIRAL II Project (p. 504) |
| by Saugnac, H |
| Some Estimations for Correlation Between the RF Cavity Surface Temperature and Electrical Breakdown Possibility (p. 507) |
| by Paramonov, V V |
| The Finite State Machine for Klystron Operation for VUV-FEL and European X-FEL Linear Accelerator (p. 510) |
| by Cichalewski, W |
| Gradient limitations for high-frequency accelerators (p. 513) |
| by Döbert, Steffen |
| State of the Art SRF Cavity Performance (p. 518) |
| by Lilje, L |
| State of the Art in RF Control (p. 523) |
| by Simrock, S |
| State of the Art Electron Bunch Compression (p. 528) |
| by Piot, P |
| Results from the Initial Operations of the SNS Front End and Drift Tube Linac (p. 533) |
| by Aleksandrov, V S |
| Recent Results in the Field of High Intensity CW Linac Development for RIB Production (p. 538) |
| by Pisent, A |
| Challenges of Linac Driven Light Sources (p. 543) |
| by Bocchetta, C J |
| PAL Linac Upgrade for a 1-3 XFEL (p. 544) |
| by Oh, J O |
| KEKB Injector Linac and Upgrade for SuperKEKB (p. 549) |
| by Michizono, S |
| Status of the J-PARC Linac, Initial Results and Upgrade Plan (p. 554) |
| by Yamazaki, Y |
| Overview of High Intensity Linac Programs in Europe (p. 559) |
| by Garoby, R |
| Summary of the Argonne Workshop on High Gradient RF (p. 564) |
| by Norem, J |
| Industrial RF Linac Experiences and Laboratory Interactions (p. 569) |
| by Peiniger, M |
| IOT RF Power Sources for Pulsed and CW Linacs (p. 574) |
| by Bohlen, H P |
| Review of Fast Beam Chopping (p. 578) |
| by Caspers, Friedhelm |
| High Power Targets (p. 583) |
| by Kirk, H |
| End-to-End Beam Dynamics Simulations for the ANL-RIA Driver Linac (p. 584) |
| by Ostroumov, P N |
| Intermediate-Velocity Superconducting Accelerating Structures (p. 589) |
| by Delayen, J R |
| End-to-End Beam Simulations for the MSU RIA Driver Linac (p. 594) |
| by Wu, X |
| DESIGN IMPROVEMENT OF THE RIA 80.5 MHZ RFQ (p. 599) |
| by Zhao, Q |
| Fabrication of Superconducting Cavities for SNS (p. 602) |
| by Pekeler, M |
| Superconducting beta=0.15 Quarter-Wave Cavity for RIA (p. 605) |
| by Kelly, M |
| Cold Tests of a Superconducting Co-Axial Half-Wave Cavity for RIA (p. 608) |
| by Kelly, M |
| Performance Improvement of the Multicell Cavity Prototype for Proton LINAC Projects (p. 611) |
| by Visentin, B |
| The Frankfurt Funneling Experiment (p. 614) |
| by Zimmermann, Holger |
| Tuner Design for High Power 4-Rod-RFQs (p. 617) |
| by Schempp, A |
| Design of A 352 MHz-Proton-RFQ for GSI (p. 620) |
| by Schempp, A |
| Superconducting RFQs in the PIAVE Injector (p. 623) |
| by Bisoffi, G |
| Construction of a 161 MHz, β=0.16 Superconducting Quarter Wave Resonator with Steering Correction for RIA (p. 626) |
| by Facco, A |
| High Beta Cavity Optimization for ISAC-II (p. 627) |
| by Laxdal, R E |
| Engineering and Cryogenic Testing of the ISAC-II Medium Beta Cryomodule (p. 630) |
| by Stanford, G |
| Progress in the Development of the TOP Linac (p. 633) |
| by Picardi, L |
| The Acceleration Test of the APF-IH-LINAC (p. 636) |
| by Yamamoto, K |
| Calculation of Electron Beam Dynamics of the LUE-200 Accelerator (p. 639) |
| by Sumbaev, A P |
| 3D Beam Dynamics Simulation in Undulator Linac (p. 642) |
| by Masunov, E S |
| An Electrode With Molybdenum-Cathode and Titanium-Anode to Minimize Field Emission Dark Currents (p. 645) |
| by Nakanishi, T |
| Highly Polarized Electrons from GaAs-GaAsP and InGaAs-AlGaAs Strained Layer Superlattice Photocathodes (p. 648) |
| by Nakanishi, T |
| Development of Field-Emission Electron Gun from Carbon Nanotubes (p. 651) |
| by Hozumi, Y |
| Comparison of 2 Cathode Geometries for High Current (2 kA) Diodes (p. 654) |
| by Pichoff, N |
| Ultra Low Emittance Electron Gun Project for FEL Application (p. 657) |
| by Ganter, R |
| Multi-Mode SLED-II Pulse Compressors (p. 660) |
| by Kuzikov, S |
| Development of C-band Accelerating Section for SuperKEKB (p. 663) |
| by Kamitani, T |
| Production of S-band Accelerating Structures (p. 666) |
| by Piel, C |
| A Four-Cell Periodically HOM-Damped RF Cavity for High Current Accelerators (p. 669) |
| by Wu, G |
| New Accelerating Modules RF Test at TTF (p. 672) |
| by Kostin, D |
| Progress toward NLC / GLC prototype accelerator structures (p. 675) |
| by Wang, J W |
| A High-Power Test of an X-Band Molybdenum-Iris Structure (p. 678) |
| by Wuensch, Walter |
| Development of a Non-Magnetic Inertial Sensor for Vibration Stabilization in a Linear Collider (p. 681) |
| by Frisch, J |
| Vibration Stabilization of a Mechanical Model of a X-Band Linear Collider Final Focus Magnet (p. 684) |
| by Frisch, J |
| Approaches to Beam Stabilization in X-Band Linear Colliders (p. 687) |
| by Frisch, J |
| High Precision Survey and Alignment of Large Linear Accelerators (p. 690) |
| by Prenting, J |
| Operation of a 1.3 GHz, 10 MW Multiple Beam Klystron (p. 693) |
| by Bohlen, H P |
| Development of High RF Power Delivery System for 1300 MHz Superconducting Cavities of Cornell ERL Injector (p. 694) |
| by Belomestnykh, S A |
| NLC Hybrid Solid State Induction Modulator (p. 697) |
| by Cassel, R L |
| Reduction of RF Power Loss Caused by Skin Effect (p. 700) |
| by Iwashita, Y |
| The Design and Performance of the Spallation Neutron Source Low-Level RF Control System (p. 703) |
| by Champion, M |
| The Toshiba E3736 Multi Beam Klystron (p. 706) |
| by Yano, A |
| Cable Insulation Breakdowns in the Modulator with a Switch Mode High Voltage Power Supply (p. 709) |
| by Cours, A |
| The RF-System for A High Current RFQ at IHEP (p. 712) |
| by Zhang, Z |
| A High-Resolution S-band Down-Converting Digital Phase Detector for SASE FEL Use (p. 715) |
| by Grelick, A E |
| The RF-Station Interlock for the European X-ray laser (p. 718) |
| by Grevsmühl, T |
| The CEBAF RF Separator System Upgrade (p. 721) |
| by Hovater, C |
| Tuning of External Q And Phase for The Cavities of A Superconducting Linear Accelerator (p. 724) |
| by Katalev, V V |
| RF Reference Distribution System for the J-PARC Linac (p. 727) |
| by Kobayashi, T |
| Quasi-Optical Components for Future Linear Colliders (p. 730) |
| by Kuzikov, S |
| Electromagnetic Design of New RF Power Couplers for the S-DALINAC (p. 736) |
| by Kunze, Marco |
| Control of the Low Level RF System for J-Parc Linac (p. 739) |
| by Michizono, S |
| Digital Feedback System for J-Parc Linac RF Source (p. 742) |
| by Michizono, S |
| Development of C-band High-Power Mix-Mode RF Window (p. 745) |
| by Michizono, S |
| Low Level RF Including a Sophisticated Phase Control System for CTF3 (p. 748) |
| by Mourier, J |
| High-power RF distribution system for the 8-pack project (p. 751) |
| by Nantista, C |
| SKIP : A Pulse Compressor for SuperKEKB(p. 754) |
| by Sugimura, T |
| Waveguide Stub Tuner Analysis for CEBAF Application (p. 757) |
| by Wang, H |
| Low-Power RF Tuning of the Spallation Neutron Source Warm LINAC Structures (p. 760) |
| by Deibele, C |
| Measurement and Control of Microphonics in High Loaded-Q Superconducting RF Cavities (p. 763) |
| by Grimm, T L |
| Traveling Wave and Standing Wave Single Cell High Gradient Tests (p. 766) |
| by Dolgashev, V A |
| The Simulation Calculations And Dielectric Characteristics Investigation of a Hybrid Dielectric-Iris-Loaded Travelling Accelerating Structure (p. 769) |
| by Wu, C F |
| The Tuning Study of the Coupled Cavities for the RF Chopper System of J-PARC (p. 770) |
| by Wang, S |
| Experimental Study of an 805 MHz Cryomodule for the Rare Isotope Accelerator (p. 773) |
| by Grimm, T L |
| First Experience with Dry-Ice Cleaning on SRF Cavities (p. 776) |
| by Reschke, D |
| A Newly Designed and Optimized CLIC Main Linac Accelerating Structure (p. 779) |
| by Grudiev, A |
| Laser Produced Ions as an Injection Beam for Cancer Therapy Facility (p. 782) |
| by Noda, A |
| Superconducting Accelerating Structure with Gradient as 2 Times Higher as TESLA Structure (p. 785) |
| by Avrakhov, P V |
| Experiences in Fabrication and Testing the Prototype of the 4.90 GHz Accelerating Sections for MAMI C (p. 788) |
| by Jankowiak, A |
| Measurements of High Order Modes in High Phase Advance Damped Detuned Accelerating Structure for NLC (p. 791) |
| by Khabiboulline, N |
| Design of a 300 GHz Broadband TWT Coupler and RF-Structure (p. 794) |
| by Krawczyk, F L |
| Test Results of the 3.9 GHz Cavity at Fermilab (p. 797) |
| by Solyak, N |
| Low Power Measurements on a Finger Drift Tube Linac (p. 800) |
| by Schempp, A |
| Accelerator structure bead pull measurement at SLAC (p. 803) |
| by Lewandowski, J R |
| Longitudinal Bunch Shape Monitor Using the Beam Chopper of the J-PARC (p. 806) |
| by Naito, F |
| Measured RF Properties of the DTL for the J-PARC (p. 809) |
| by Tanaka, H |
| The Technique for the Numerical Tolerances Estimations in the Construction of Compensated Accelerating Structures (p. 812) |
| by Paramonov, V V |
| Effect of the Tuner on the Field Flatness of SNS Superconducting RF Cavities (p. 815) |
| by Sun, A |
| A 3D Self-Consistent, Analytical Model for Longitudinal Plasma Oscillation in a Relativistic Electron Beam (p. 818) |
| by Geloni, G |
| Cold Tests of a 160 MHz Half-Wave Resonator (p. 821) |
| by Stassen, R |
| Electro Polishing of Niobium Cavities at DESY (p. 824) |
| by Matheisen, A |
| Overview of Linear Collider Test Facilities and Results (p. 827) |
| by Hayano, H |
| Muon Ionization Cooling Experiment (MICE) (p. 832) |
| by Zisman, M S |
| Status of the SNS Linac : An Overview(p. 837) |
| by Holtkamp, N |
| Overview on High-Brightness Electron Guns (p. 842) |
| by Lewellen, J W |
| Accelerator Control and Global Networks : State of the Art(p. 847) |
| by Gurd, D P |
| Status of High-Power Tests of Dual Mode SLED-II System for an X-Band Linear Collider (p. 852) |
| by Tantawi, S G |
| The Science of Radioactive Ion Beams (p. 857) |
| by Sherrill, B |
| The Physics Perspectives at the Future Accelerator Facility FAIR (p. 858) |
| by Stroth, J |
| Moscow Meson Factory DTL RF System Upgrade |
| by Esin, S K |
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