— Some MTA Related Publications —

• An Automated Conditioning System for the MUCOOL Experiments at Fermilab,
  A. Kurup, IPAC11 proceedings

• High Pressure RF Cavity Test at Fermilab,
  B. T. Freemire et al., PAC11 proceedings
• Multi-purpose 805 MHz Pillbox RF Cavity for Muon Acceleration Studies
  G.M. Kazakevich et al., PAC11 proceedings
• Vacuum Arcs and Gradient Limits,
  J. Norem et al., PAC11 proceedings
• Enhancement of RF Breakdown Threshold of Microwave Cavities by Magnetic Insulation,
  D. Stratakis et al., PAC11 proceedings

• Beam Test of a High Pressure Cavity for a Muon Collider,
  M. Chung et al., IPAC10 proceedings, p3494
• Beam-induced Electron Loading Effects in High Pressure Cavities for a Muon Collider,
  M. Chung et al., IPAC10 proceedings, p3497
• The US Muon Accelerator Program,
  Y. Torun et al., IPAC10 proceedings, p3491
• The MuCool Test Area and RF Program,
  Y. Torun et al., IPAC10 proceedings, p3780
• Rectangular Box Cavity Tests in Magnetic Field for Muon Cooling,
  Y. Torun et al., IPAC10 proceedings, p3795
• Study of Electron Swarm in High Pressure Hydrogen Gas Filled RF Cavities,
  K. Yonehara et al., IPAC10 proceedings, p3503

• Thoughts on Incorporating HPRF in a Linear Cooling Channel,
  J. C. Gallardo and M. S. Zisman, NuFact09 proceedings
• The Problem of RF Gradient Limits,
  J. Norem et al., NuFact09 proceedings
• RF Breakdown in Magnetic Fields: Previous Work, Recent Theory, and Future Plans,
  D. Stratakis et al., NuFact09 proceedings

• RF Breakdown of Metallic Surfaces in Hydrogen at 805 MHz,
  M. BastaniNejad et al., submitted to PAC09 proceedings
• RF Breakdown Studies Using Pressurized Cavities,
  M. BastaniNejad et al., submitted to PAC09 proceedings
• Multipacting Simulation for Muon Collider Cavity,
  L. Ge et al., submitted to PAC09 proceedings
• Progress on the MuCOOL and MICE Coupling Coils,
  M. A. Green et al., submitted to PAC09 proceedings
• RF Studies at Fermilab MuCool Test Area,
  D. Huang et al., submitted to PAC09 proceedings
• The Normal Conducting RF Cavity for the MICE Experiment,
  D. Li et al., submitted to PAC09 proceedings
• Modeling RF Breakdown Arcs,
  J. Norem et al., submitted to PAC09 proceedings
• Effect of External Magnetic Fields on the Operation of RF Cavities,
  D. Stratakis et al., submitted to PAC09 proceedings

• rf breakdown with external magnetic fields,
  R. B. Palmer et al., Phys. Rev. ST Accel. Beams 12 (2009) 031002

• RF issues for muon ionisation cooling channels,
  D. Li, NuFact08 proceedings

• Studies of Breakdown in a Pressurized RF Cavity,
  M. BastaniNejad et al., EPAC08 proceedings, p736

• Evidence for Fowler-Nordheim behavior in rf breakdown,
  M. BastaniNejad et al., PAC07 proceedings, p2499
• Progress on the Design of the Coupling Coils for Mice and Mucool,
  M. Green et al., PAC07 proceedings, p500
• Recent RF Results from the MuCool Test Area,
  J. Norem et al., PAC07 proceedings, p2239

• High Pressure RF Cavities in Magnetic Fields,
  P. Hanlet et al., EPAC06 proceedings, p1364
• 201 MHz Cavity R&D for MUCOOL and MICE,
  D. Li et al., EPAC06 Proceedings, p1367
• The Mucool Rf Program,
  J. Norem et al., EPAC06 proceedings, p1358
• The Interactions of Surface Damage on RF Cavity Operation,
  J. Norem et al., EPAC06 proceedings, p1361

• Effects of surface damage on rf cavity operation,
  A. Hassanein et al., Phys. Rev. ST Accel. Beams 9 (2006) 062001

• Mucool Hydrogen Absorber R&D,
  M. A. Cummings, COOL05 proceedings, AIP Conf. Proc. 821 (2006) 442
• Cryogenics for the MuCool Test Area (MTA),
  C. Darve, B. Norris and L. Pei, COOL05 proceedings, AIP Conf. Proc. 821 (2006) 448
• Recent Innovations in Muon Beam Cooling,
  R. P. Johnson et al., COOL05 proceedings, AIP Conf. Proc. 821 (2006) 405
• MICE: the International Muon Ionization Cooling Experiment,
  D. M. Kaplan, COOL05 proceedings, AIP Conf. Proc. 821 (2006) 427
• The Muon Cooling RF R&D Program,
  Y. Torun et al., COOL05 proceedings, AIP Conf. Proc. 821 (2006) 437

• Muon Cooling: MuCool and MICE,
  Y. Torun, NuFact05 proceedings, Nucl. Phys. B (Proc. Sup.) 155 (2006) 381
• Neutrino Factory Accelerator R&D: Status and Priorities,
  M. S. Zisman, NuFact05 proceedings, Nucl. Phys. B (Proc. Sup.) 155 (2006) 143

• New Technology in Hydrogen Absorbers for Muon Cooling Channels,
  M. A. Cummings, PAC2005 proceedings, p84
• Progress on the Liquid Hydrogen Absorber for the MICE Cooling Channel,
  M. A. Cummings and S. Ishimoto, PAC2005 proceedings, p1772
• Studies of RF Breakdown of Metals in Dense Gases,
  P. M. Hanlet et al., PAC2005 proceedings, p3259
• The MuCool Test Area at Fermilab,
  C. Johnstone, A. Bross and I. Rakhno, PAC2005 proceedings, p3482
• The RF Experimental Program in the Fermilab MUCOOL Test Area,
  J. Norem et al., PAC2005 proceedings, p2104
• Fabrication of the Prototype 201.25 MHz Cavity for a Muon Ionization Cooling Experiment,
  R. A. Rimmer et al., PAC2005 proceedings, p2080

• Effects of High Solenoidal Magnetic Fields on Rf Accelerating Cavities,
  A. Moretti et al., Phys. Rev. ST Accel. Beams 8 (2005) 072001

• The MuCool Program,
  M. A. Cummings, NuFact04 proceedings, Nucl. Phys. B (Proc. Sup.) 149 (2005) 89
• Simulation of RF induced background in the MICE experiment,
  R. Sandström, NuFact04 proceedings, Nucl. Phys. B (Proc. Suppl.) 149 (2005) 301
• Summary of Working Group 3: Machine Design and R&D,
  Y. Torun et al., NuFact04 proceedings, Nucl. Phys. B (Proc. Suppl.) 149 (2005) 251
• High-pressure RF cavities for muon beam cooling,
  K. Yonehara et al., NuFact04 proceedings, Nucl. Phys. B (Proc. Suppl.) 149 (2005) 286

• A Simple Beam Line for the MuCool Test Area,
  C. M. Ankenbrandt et al., MC-Note 287, 2004
• Radio Noise in Lab-G,
  J. Norem, Y. Torun and A. Moretti, MICE-Note 72, 2004

• Muon Test Area at Fermilab,
  M. Popovic, EPAC2004 proceedings, p812

• High Pressure, High Gradient RF Cavities for Muon Beam Cooling,
  R. P. Johnson et al., LINAC2004 proceedings, p266
• Effect of High Solenoidal Magnetic Fields on Breakdown Voltages of High Vacuum 805 MHz Cavities,
  A. Moretti et al., LINAC 2004 proceedings, p272

• MICE Status,
  Y. Torun, NuFact03 proceedings, AIP Conf. Proc. 721 (2004) 106

• Dark Current, Breakdown and Magnetic Field Effects in a Multicell 805 MHz Cavity,
  J. Norem et al., Phys. Rev. ST Accel. Beams 6 (2003) 072001

• Muon Cooling Research and Development,
  M. A. Cummings and D. M. Kaplan, PAC2003 proceedings, p1798
• The Mucool Test Area Linac Experimental Facility at Fermilab,
  D. Errede et al., PAC2003 proceedings, p984
• Beam photography: A Technique for Imaging Dark Currents,
  P. Gruber and Y. Torun, PAC2003 proceedings, p1413
• Gaseous Hydrogen for Muon Beam Cooling,
  R. P. Johnson et al., PAC2003 proceedings, p1792
• A 201 MHz RF Cavity Design with Non-Stressed and Pre-Curved Be Windows for Muon Cooling Channels,
  D. Li, et al. PAC2003 proceedings, p1243
• Rf Tests of an 805 MHz Pillbox Cavity at Lab G of Fermilab,
  D. Li, et al. PAC2003 proceedings, p1246
• Dark Current and X Ray Measurements of an 805 MHz Pillbox Cavity,
  J. Norem et al., PAC2003 proceedings, p1183
• MICE: The International Muon Ionization Cooling Experiment,
  Y. Torun, PAC2003 proceedings, p1795

• 805 MHz and 201 MHz RF Cavity Development for MUCOOL,
  D. Li et al., NuFact02 proceedings, J. Phys. G: Nucl. Part. Phys. 29 (2003) 1683
• RF Induced Backgrounds in MICE,
  J. Norem et al., NuFact02 proceedings, J. Phys. G: Nucl. Part. Phys. 29 (2003) 1697

• Mechanical and thermal analysis of beryllium windows for RF cavities in a muon cooling channel,
  D. Li et al., EPAC2002 proceedings, p2163
• High Power RF Test of an 805 MHz RF Cavity for a Muon Cooling Channel,
  D. Li et al., EPAC2002 proceedings, p2160
• Closed-Cell 201.25 MHz RF Structures for a Muon Ionization Cooling Experiment,
  R. A. Rimmer et al., EPAC2002 proceedings, p2190

• High-Gradient Normal-Conducting RF Structures for Muon Cooling Channels,
  J. Corlett et al., PAC2001 proceedings, p500
• Design and Fabrication of an 805 MHz RF Cavity with Be Windows for a High RF Power Testing for a Muon Cooling Experiment,
  D. Li et al., PAC2001 proceedings, p918
• The Radiation Environment in and near High Gradient RF Cavities,
  J. Norem et al., PAC2001 proceedings, p837
• Closed-Cell 201.25 MHz RF Structures for a Muon Cooling Channel,
  R. A. Rimmer et al., PAC2001 proceedings, p927

Yağmur Torun

Jan 5, 2012