13th International Workshop on RF Superconductivity
Peking University, Beijing, China 2007
Announcements
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Posters
Program ID |
Title | Principle Author |
| TUP01 | A coaxial TE011 cavity and a system to measure DC and RF properties of superconductors | G. Ciovati ( Jefferson Lab ) |
| TUP02 | A Database for Superconducting Cavities | Paul-Dieter Gall ( DESY ) |
| TUP03 | Surface studies of the baking effect on fine, small and single grain niobium | Alexander Romanenko ( Cornell University ) |
| TUP04 | Cryogenic System for the KEKB Crab Cavities | Hirotaka Nakai ( KEK ) |
| TUP05 | Crystal orientation effects during fabrication of single or multi-crystal Nb SRF cavities | D. Baars ( Dept. Mech. Eng. MSU ) |
| TUP07 | Frequency and Length Adjusting of Dumbbell for the PEFP Low ¦Â SRF Cavity | Gao Changyi ( PEFP, Korea Atomic Energy Research Institute ) |
| TUP08 | Gradient limits and SCRF performance | Jim Norem ( Argonne ) |
| TUP09 | High Power conditioning of the Input Coupler for BEPCII Superconductor Cavity | W.M. Pan ( IHEP ) |
| TUP10 | HIGH RELIABLE SURFACE TREATMENT RECIPE OF HIGH GRADIENT SINGLE CELL SUPERCONDUCTING CAVITIES AT KEK | Fumio Furuta ( KEK ) |
| TUP11 | Lorentz-Force-Induced Deformation and Motion of High Gradient SRF Structures | Yuichi Morozumi ( KEK ) |
| TUP12 | MAGNETIC AND ELECTRICAL PROPERTIES OF SINGLE CRYSTAL NIOBIUM FOR RF CAVITIES | Waldemar Singer ( DESY ) |
| TUP13 | Measurement of RF losses due to trapped flux in a large-grain niobium cavity | Gianluigi Ciovati ( Jefferson Lab ) |
| TUP14 | Measurement of the high-field Q-drop in a large-grain niobium cavity for different oxidation processes | Gianluigi Ciovati ( Jefferson Lab ) |
| TUP15 | Multipacting Study of Ichiro end Cavity | Ilmoon Hwang ( Kyoungpook national university,republic of Korea ) |
| TUP16 | ON THE DEPENDENCE OF THE Q-VALUE ON THE ACCELERATING GRADIENT FOR SUPERCONDUCTING CAVITIES | Wolfgang Weingarten ( CERN ) |
| TUP17 | Preliminary results on ¡°polarized¡± buffered chemical polishing of a large-grain niobium cavity | Gianluigi Ciovati ( Jefferson Lab ) |
| TUP18 | Recent XPS Studies of the Effect of Processing on Nb SRF Surfaces | Hui Tian ( JLab & College of William and Mary ) |
| TUP19 | Results from a 850 C Heat Treatment and Operational Findings from the 3 GHz SRF Cavities at the S-DALINAC | Ralf Eichhorn ( TU-Darmstadt S-DALINAC ) |
| TUP20 | Review of high field Q-slope, surface measurements | Alexander Romanenko ( Cornell University ) |
| TUP21 | RF Cavity Performance for the ISAC-II Superconducting Linac | Robert Laxdal ( TRIUMF ) |
| TUP22 | RF cavity results confronting Gurevich's non-linear BCS resistance formulation | Rong-Li Geng ( Jefferson Lab ) |
| TUP23 | Status of KEK Superconducting Cavities | Shinji Mitsunobu ( KEK High Energy Accelerator ) |
| TUP24 | Studies of the high field anomalous losses in small and large grain niobium cavities | Alexander Romanenko ( Cornell University ) |
| TUP25 | Study on Multipacting in High Gradient SRF Structures | Yuichi Morozumi ( KEK ) |
| TUP26 | Study on the thermal behaviors of SRF cavity | Z.G. Zong ( IHEP ) |
| TUP27 | Systematic Trends for the Medium Field Q-Slope | Justin Vines ( Cornell University ) |
| TUP28 | 1.3 GHz cavity weld to helium vessel | A. Schmidt ( DESY Hamburg ) |
| TUP29 | THERMAL DESIGN STUDIES OF NIOBIUM SRF CAVITIES | Ahmad Aizaz ( Michigan State University/NSCL ) |
| TUP30 | Update on Cavity Preparation for High Gradient Super Conducting multi cell Cavities at DESY | B. van der Horst ( DESY Hamburg ) |
| TUP31 | Update on EP experiences at DESY and Industrialization of the Electro Polishing Process at DESY | M. Schmokel ( DESY Hamburg ) |
| TUP32 | Update on Quality Control for the DESY Cavity Preparation | Axel Matheisen ( DESY Hamburg ) |
| TUP33 | Update on the JARI 1 Project Results of Electro-polishing of Multicell Super Conducting Resonators | Steinhau K¨¹hl ( DESY Hamburg Germany, * INFN Leganaro Italy ) |
| TUP34 | Wake Fields in 9-Cell TESLA Accelerating Structures: Spectral Element Discontinuous Galerkin(SEDG) Simulations | Misun Min ( Argonne National Laboratory ) |
| TUP35 | Inpedance simulation and waveguide dampingstudy of a superconducting deflecting cavity for ALS at LBNL | Jiaru Shi ( Tsinghua University ) |
| TUP36 | A new electropolishing system at ANL for superconducting quarter-wave resonators | Scott Gerbick ( Argonne National Laboratory ) |
| TUP38 | A novel sputtered medium beta cavity for ALPI | S. Stark ( INFN-LABORATORI NAZIONALI DI LEGNARO ) |
| TUP39 | Basic Research on the 1.3 GHz Superconducting Cavity for the ERL Main Linacs | Takaaki Furuya ( KEK ) |
| TUP40 | CW Operation of superconducting TESLA cavities | W. Anders ( BESSY ) |
| TUP41 | Damping of Higher Order Modes in High Gradient SRF Structures | Yuichi Morozumi ( KEK ) |
| TUP42 | DESIGN and ANALYSIS of a MEGAWATT CLASS SUPERCONDUCTING PHOTOINJECTOR CAVITY | Douglas Holmes ( Advanced Energy Systems Inc. ) |
| TUP43 | DESIGN and FABRICATION of a MEGAWATT CLASS SUPERCONDUCTING PHOTOINJECTOR | Michael Cole ( Advanced Energy Systems Inc. ) |
| TUP44 | Development and RF Test Results of a new HF and H2SO4 free Electro Polishing Method for Superconducting Niobium Cavities | Michael Pekeler ( ACCEL ) |
| TUP45 | Development of a Digital Self-Excited Loop for Field Control in High-Q Superconducting Cavities | Jean Delayen ( Thomas Jefferson National Accelerator Facility ) |
| TUP46 | Development of Low Beta Superconducting Twin Quarter Wave Resonator | Hiroshi Kabumoto ( Japan Atomic Energy Agency ) |
| TUP47 | Diagnostic Instrumentation for the Fermilab Vertical Cavity Test Facility | Camille Ginsburg ( Fermilab ) |
| TUP48 | DRY-ICE CLEANING: THE MOST EFFECTIVE CLEANING PROCESS FOR SRF CAVITIES? | Detlef Reschke ( DESY ) |
| TUP49 | ECR plasma cleaning: an in-situ processing technique for rf cavities | G. Wu ( Fermilab ) |
| TUP50 | Effect of 400 C "In-situ" Baking and Subsequent Air Exposures on 1500 MHz Single Cell Superconducting Radiofrequency Cavities | Grigory Eremeev ( Cornell University ) |
| TUP51 | Electropolishing on single and multi-cells: COMSOL Modelling | Melanie Bruchon ( CEA Saclay ) |
| TUP52 | FABRICATION OF 1.3 GHZ 9-CELL CAVITY BY HYDROFORMING | Waldemar Singer ( DESY ) |
| TUP53 | FABRICATION OF SINGLE CRYSTAL NIOBIUM CAVITIES | Waldemar Singer ( DESY ) |
| TUP54 | FIELD TUNING AND HOMS MEASUREMENT OF THE 9-CELL ICHIRO COPPER CAVITY MODEL | J. Wu ( Tsinghua University ) |
| TUP55 | Fine Grain and Large Grain Niobium Cavity Prototyping for a Proton Linac | Walter Hartung ( Michigan State University ) |
| TUP56 | First Experiments with a NbZr ¨Cbased Superconducting Joint | Peter Kneisel ( Jefferson Lab ) |
| TUP57 | First Fermilab Results of SRF Cavity Lorentz Force Detuning Compensation Using a Piezo Tuner | Ruben Carcagno ( Fermilab ) |
| TUP58 | First cold tests of the beta=0.12 ladder resonator at LNL | Giovanni BISOFFI ( INFN ¨C LABORATORI NAZIONALI DI LEGNARO ) |
| TUP59 | FROM MULTISTUB RESONATORS TO INTERMODULATION MEASUREMENTS: SRF ACTIVITIES AT ANU IN 2005-2007 | Nikolai R. Lobanov ( Australian National University ) |
| TUP60 | HIGH POWER INPUT COUPLERS FOR THE STF BASELINE CAVITY SYSTEM AT KEK | Eiji Kako ( KEK ) |
| TUP61 | Highly-oriented film growth in SRF cavities | Daniel Bowring ( University of Virginia ) |
| TUP62 | Hydrodynamic Thermal Modeling of 9-cell ILC Cavity Electropolishing and Implications for Improving the EP Process | Charles Reece ( Jefferson Lab ) |
| TUP63 | INITIAL EXPERIENCE IN OPERATING THE SRF CRYOMODULES FOR ERLP | Shrikant Pattalwar ( STFC, Daresbury Laboratory ) |
| TUP64 | Initial tests of Atomic Layer Deposition (ALD) in superconducting rf systems | M. Pellin ( ANL ) |
| TUP65 | JLab CW Cryomodules for 4th Generation Light Sources | Robert Rimmer ( JLab ) |
| TUP66 | Low emittance polarized electron source based on Superconducting RF gun | Rong Xiang ( FZD ) |
| TUP67 | Niobium Quarter-Wave Resonator Development for a Heavy Ion Re-accelerator | Walter Hartung ( Michigan State University ) |
| TUP68 | Optimisation of a 1/2 cell high average current gun for 4GLS | Carl Beard ( STFC Daresbury Laboratory ) |
| TUP69 | Optimization of Baking Parameters for Electropolished Niobium superconducting Cavities | Bernard Visentin ( CEA Saclay ) |
| TUP70 | Optimization of the BCP Processing of Elliptical Nb SRF Cavities | Germano Galasso ( FNAL ) |
| TUP71 | Parameters Investigation for Niobium Electro-Polishing | Fabien Eoz¨¦nou ( CEA Saclay ) |
| TUP72 | Piezo-Assisted Blade Tuner: Cold Test Results | Carlo Pagani ( INFN ) |
| TUP73 | Plasma treatment of bulk Nb surface in the Ar/Cl2 discharge | Marija Raskovic ( Department of Physics, Old Dominion University ) |
| TUP74 | Progress of the Test Cavity Program for the European XFEL | Arne Brinkmann ( DESY ) |
| TUP75 | PROGRESS ON CAVITY FABRICATION FOR THE ATLAS ENERGY UPGRADE | J.D. Fuerst ( ANL ) |
| TUP76 | PROTOTYPING OF SPOKE CAVITIES AND AUXILLIARY SYSTEMS FOR THE INTERMEDIATE ENERGY SECTION OF THE EURISOL DRIVER | Sebastien BOUSSON ( IPN Orsay ) |
| TUP77 | Recent experience with nine-cell cavity performance at DESY | Detlef Reschke ( DESY ) |
| TUP78 | Cryomodules and cavities development for the spiral2 superconducting linac | Guillaume Olry ( IPN Orsay ) |
| TUP79 | Parameters Investigation for Niobium Electro-Polishing | Fabien Eoz¨¦nou ( CEA Saclay ) |
| TUP80 | Single Cell Electro-Polishing at CEA Saclay: First Results | Fabien Eoz¨¦nou ( CEA Saclay ) |
| TUP81 | Stiffened medium beta 704 MHz elliptical cavity for pulsed proton linac | P. Bosland ( CEA Saclay ) |
| TUP82 | Researches on large grain SC cavities at Peking University | Jiankui Hao ( IHIP£¬Peking University ) |
| TUP83 | Fabrication studies on multi-cell TESLA-type cavity | Xiangyang Lu ( IHIP£¬Peking University ) |
| TUP84 | Introduction of 9 cell accelerator at Peking University | Zhenchao Liu ( IHIP£¬Peking University ) |
| TUP85 | Development of single cell Superconducting Elliptical Cavity (b=0.45) and SRF Test Facility in IHEP | F.C. Zhao ( IHEP ) |
| WEP01 | Studies of Alternative Techniques for Niobium Cavity Fabrication | Christopher Compton ( National Superconducting Cyclotron Laboratory, Michigan State University ) |
| WEP02 | Superconducting RF Photocathode Gun for Low Emittance Polarized Electron Beams | Douglas Holmes ( Advanced Energy Systems Inc. ) |
| WEP03 | SUPERCONDUCTING STORAGE CAVITY AT 56 MHz FOR RHIC | Ilan Ben-Zvi ( Brookhaven National Laboratory ) |
| WEP04 | Surface Roughness Characterization of Niobium Subjected to Incremental BCP and EP Processing Steps | Hui Tian ( JLab & College of William and Mary ) |
| WEP05 | TESTING THE FLASH SUPERCONDUCTING ACCELERATING MODULES | D Kostin ( DESY, Notkestrasse 85, 22607 Hamburg, Germany ) |
| WEP06 | SPIRAL 2 COUPLER PREPARATION AND RF CONDITIONING | T. Cabanel ( CNRS/IN2P3-UJF-INPG ) |
| WEP07 | The Cornell ERL Main Linac Concept | Matthias Liepe ( Cornell University ) |
| WEP08 | Upgrade of the PIAVE-ALPI linac low-beta section at LNL | D. Zenere ( INFN-LNL ) |
| WEP09 | Vacuum Sealing Problem of ISE Cavity with large beam tube | Juho Hong ( POSTECH ) |
| WEP10 | VERTICAL TEST RESULTS ON THE STF BASELINE 9-CELL CAVITIES AT KEK | E. Kako ( KEK ) |
| WEP11 | Parameter measurement of 2cell superconducting cavity | Shen xuming ( Institute of Applied electronics, CAEP ) |
| WEP12 | Design of the Compact High Average Current DC-SC Photo-injector at PKU | Feng Zhu ( IHIP, School of Physics, Peking University ) |
| WEP13 | Cavity Diagnostic System for the vertical test of the Baseline SC Cavity in KEK-STF | Y. Yamamoto ( KEK ) |
| WEP14 | Commissioning and Early Operating Experience with the Fermilab Horizontal Test Facility | R. Carcagno ( Fermilab ) |
| WEP15 | Initial Results from Fermilab¡¯s Vertical Test Stand for SRF Cavities | R. Carcagno ( Fermilab ) |
| WEP16 | Commissioning of BEPCII superconducting RF system | Sun Yi ( IHEP ) |
| WEP17 | Considerations on the third harmonic rf of the European XFEL | E. Vogel ( DESY ) |
| WEP18 | Cryogenic system for acceptance tests of SRF cavities of BEPCII | Z. G. Zong ( IHEP ) |
| WEP19 | Cryogenic System for BEPCII Superconducting Cavity | Yaping Liu ( IHEP ) |
| WEP20 | 325 MHz power couplers of spokes cavities for modular, multiple power levels | QuanSheng Shu ( AMAC Inc. Newport News, VA 23606 ) |
| WEP21 | Electrical axes of TESLA cavities | Anton Labanc ( DESY ) |
| WEP22 | Electron activity interlock for XFEL input couplers | Anton Labanc ( DESY ) |
| WEP23 | Fabrication and Test of the 500MHz SC Modules for the BEPCII | Z.Q. Li ( IHEP ) |
| WEP24 | Field emission from single crystal and large grain Nb cathodes | Arti Dangwal ( Berg. Universitat Wuppertal ) |
| WEP25 | Final Tests and Commissioning of the 400MHz LHC Superconducting Cavities | Pierre Maesen ( CERN ) |
| WEP26 | High Power Tests of Input Couplers for Cornell ERL Injector | V. Veshcherevich ( Cornell University ) |
| WEP27 | Horizontal Tests for Crab Cavities in KEKB | Y. Yamamoto# ( KEK ) |
| WEP28 | Latest Results of ILC High-Gradient R&D 9-cell Cavities at JLAB | R.L. Geng ( JLAB ) |
| WEP29 | Status and plans for an ILC accelerator test facility at Fermilab | Michael Church ( FNAL ) |
| WEP30 | New HOM coupler design for ERL injector at KEK | K. Watanabe ( KEK ) |
| WEP31 | Optimization of the SRF Cavity Design for the CEBAF 12 GeV Upgrade | C. Reece ( Jefferson Lab ) |
| WEP32 | Performance of the CEBAF Prototype Cryomodule Renascence | C. E. Reece ( Jefferson Lab ) |
| WEP33 | REALISATION OF A PROTOTYPE SUPERCONDUCTING CW CAVITY AND CRYOMODULE FOR ENERGY RECOVERY | P. A. McIntosh ( STFC Daresbury Laboratory ) |
| WEP34 | Research and development of 1.3 GHz low loss cavities made of China large grain at IHEP | Z. G. Zong ( IHEP ) |
| WEP35 | RF Superconductivity Activities of PEFP | An Sun ( Korea Atomic Energy Research Institute ) |
| WEP36 | High Current, Large Aperture, Low HOM, Single Crystal Nb,2.85GHz SRF Cavity | Q.S. Shu ( AMAC Inc. ) |
| WEP37 | Nondistructive Testing Instrument of Dished Nb Sheets for SRF Cavities Based on SQUID Technology | Q. S. Shu ( AMAC Inc. ) |
| WEP38 | SSRF Superconducting RF System | Jianfei Liu ( SSRF ) |
| WEP39 | Status of 9-cell ILC cavity processing/testing at Cornell | W.J. Ashmanskas ( FNAL ) |
| WEP40 | Status of beta=0.12 quarter wave resonator for radioactive beams production at Spiral2 facility | G. Martinet ( IPNO ) |
| WEP41 | Status of the 3.9 GHz SCRF Effort at Fermilab | Elvin Harms ( Fermilab ) |
| WEP42 | Status of the ILC Crab Cavity Development | G. Burt ( Cockcroft Institute ) |
| WEP43 | Status of the Superconducting RF Photo-Injector Development | Friedrich Staufenbiel ( FZD ) |
| WEP44 | The commissioning of BEPCII RF system | G.W. Wang ( IHEP ) |
| WEP45 | The first processing of capacitive-coupling coupler at room temperature in a cryomodule at STF | T. Saeki ( KEK ) |
| WEP46 | The manufacture of the SSRF higher harmonic cavity | MA Guangming ( SSRF ) |
| WEP47 | BCP SYSTEM FOR THE ANL-FNAL SCSPF | A. Rowe ( Fermilab ) |
| WEP48 | DESIGN AND FABRICATION OF SUPERCONDUCTING CAVITIES FOR INDUSTRIALIZATION | K. Sennyu ( MHI KOBE ) |
| WEP49 | Flexible Application of the JLab Pansophy Information System for Project Reports, Process Monitoring, and R&D Sample Tracking | Valerie Bookwalter ( Jefferson Lab ) |
| WEP50 | Input Couplers for KEKB Crab Cavities | K.Nakanishi ( KEK ) |
| WEP51 | Some fabrication issues on the spare high power input coupler for BEPCII SCC | T.M. Huang ( IHEP ) |
| WEP52 | SRF activities at ACCEL Instruments | M. Pekeler ( ACCEL ) |
| WEP53 | OPERATION OF THE SOLEIL RF SYSTEM | P. Marchand ( SOLEIL ) |
| WEP54 | A Tuner for a Superconducting CH-prototype cavity | A. Bechtold ( IAP, Frankfurt University ) |
| WEP55 | Beam-induced RF modes and RF power in the crab cavity for KEKB | Y. Morita ( KEK ) |
| WEP56 | Cavity and Linac RF and detuning control simulations | Axel Neumann ( BESSY GmbH ) |
| WEP57 | Commissioning and Beam Operation of KEKB Crab-RF System | K. Akai ( KEK ) |
| WEP58 | Investigation of Passive Stabilization and Different Tuning Systems for TESLA Cavities with Respect to CW Operation | O. Kugeler ( Bessy ) |
| WEP59 | Conceptual design considerations of a 5-cell dual-axis SRF cavity for ERLs | Chun-xi Wang ( Argonne National Lab ) |
| WEP60 | Construction and Processing of the Variable RF Power Couplers for the LHC Superconducting Cavities | Eric Montesinos ( CERN ) |
| WEP61 | Design of the magnetic shield for TRASCO low beta elliptical cavities | Paolo Pierini ( INFN Milano-LASA ) |
| WEP62 | Diagnosis, Analysis, and Resolution of Thermal Stability Issues with HOM Couplers on Prototype CEBAF SRF Cavities | C. E. Reece ( Thomas Jefferson National Accelerator Facility ) |
| WEP64 | EFFICIENT FAN-OUT RF POWER DISTRIBUTION ALGORITHM WITH COMPLETE RF VECTOR CONTROL FOR SRF ACCELERATORS | Y. W. Kang ( SNS ) |
| WEP65 | Study on the buffered electropolishing Jacquet layers on niobium cavity | Erdong Wang ( IHIP) |
| WEP66 | HIGH PRESSURE RINSING SYSTEM STUDIES | D. Sertore ( INFN Milano - LASA ) |
| WEP67 | Low-Level RF Control of Microphonics in Superconducting Spoke-Loaded Cavities | Z.A. Conway ( Argonne National Laboratory ) |
| WEP68 | Measurement of transfer function by dynamic Lorentz force detuning | Axel Neumann ( BESSY GmbH ) |
| WEP69 | MgB2 Thin Films on Nb Cavity by Pulse Laser Deposition | S.Mitsunobu ( KEK ) |
| WEP70 | Nb Coating of Copper cavities by UHV Cathodic arc | Roberto Russo ( ICIB-CNR and INFN ) |
| WEP71 | Numerical Simulation of the Electropolishing process | Germano Galasso ( FNAL ) |
| WEP72 | Operation Status of the KEKB Superconducting Accelerating Cavity | Takaaki Furuya ( KEK ) |
| WEP73 | OPERATIONAL EXPERIENCE OF THE DIAMOND SCRF SYSTEM | Morten Jensen ( Diamond Light Source ) |
| WEP74 | Particle free pump down and venting of UHV vacuum systems | Kirsten Zapfe ( DESY ) |
| WEP76 | Performance of rf amplifiers for ISAC-II medium beta linac operation | A. K. Mitra ( TRIUMF ) |
| WEP77 | Field Reconstruction by Passband Frequency Measurement at the Rossendorf SRF-Gun Cavity | A. Arnold ( FZD ) |
| WEP78 | Design of a 9-Cell Cavity ILC Test Cryomodule in China | Q. J. Xu ( IHEP, CAS ) |
| WEP79 | SCATTERING MATRIX CALCULATION OF HIGHER ORDER MODES AND SENSITIVITY TO CAVITY FABRICATION ERRORS FOR ILC SUPERCONDUCTING CAVITIES | Ian. Shinton ( University of Manchester/Cockcroft Institute ) |
| WEP80 | SIMULATION OF TRANSVERSE HIGHER ORDER DEFLECTING MODES IN THE MAIN LINACS OF ILC | C.J. Glasman ( University of Manchester/Cockcroft Institute ) |
| WEP81 | Tests Of Air Cooled 1.3 GHz Waveguide Windows Using A RF-Coupler Test Bench Based On A Resonant Ring | H.B¨¹ttig ( FZD ) |
| WEP82 | The Measurements of Static Heat Loss and Unloaded Q0 on the BEPCII SRF Cavities | BIAN Lin ( IHEP ) |
| WEP83 | The prototype cryomodule for the EUROTRANS program | S. Barbanotti ( INFN Milano-LASA ) |
| WEP84 | The test bench for the power amplifiers of the Spiral-2 SC linac | M. Di Giacomo ( GANIL ) |
| WEP85 | Waveguide coupler kick to beam bunch and current dependency on SRF Cavities | G. Wu ( FNAL ) |
| WEP86 | Niobium sample surface treatment by Buffered Electropolishing | Song Jin ( IHIP, School of Physics, Peking University ) |
| WEP230 | FABRICATION AND TEST OF THE 500MHZ SC MODULES FOR THE BEPCII | Z.Q. Li ( IHEP ) |