Keyword: thermal

Title	Other Keywords	Page
Longitudinal Kinetic Energy Spread from Focusing in Charged Particle Beams	electron, focusing, simulation, solenoid	62
N. Brown, D. Kehne, M. Reiser, D.X. Wang, J.G. Wang (University of Maryland)
A Numerical Check of the Thermal Wave-Model for Particle-Beam Dynamics	field, focusing, quadrupole, sextupole	209
R. Fedele, G. Miele (University of Napoli), F. Galluccio (INFN Napoli)
Longitudnial Dynamics for Electrons in the Thermal Wave Model for Charged Particle Beams	damping, emittance, radiation, synchrotron	212
R. Fedele, G. Miele (University of Napoli), L. Palumbo (University of Roma)
SRF Cavities for Future Applications	collider, damping, field, linac	758
D. Proch (DESY)
A New Surface Treatment for Niobium Superconducting Cavities	electron, field, gun, vacuum	798
B. Bonin, C. Antoine, B. Coadou, P. Greiner, C. Henriot, F. Koechlin, E. Lemaitre, J. P. Rodriguez (CE Saclay)
Status of the SSC LEB RF Cavity	booster, collider, ferrite, field	824
P. Coleman, F. Brandeberry, C. Friedrichs, Y. Goren, T. Grimm, G. Hulsey, S. Kwiatkowski, A. Propp, L. Taylor, L. Walling (SSCL), J. Averbukh, M. Karliner, V. Petrov, S. Yakovlev (BINP)
Bulk Niobium Low-, Medium-, and High- Superconducting Quarter Wave Resonators for the ALPI Postaccelerator	accelerator, cryogenics, field, linac	849
A. Facco (INFN), I. Ben-Zvi (BNL), E. Chiaveri (CERN), J.S. Sokolowski (INFN Legnaro), B.V. Elkonin (Weizmann Inst.)
Thermal Study of HOM Couplers for Superconducting RF Cavities	field, finite element, impedance, quench	855
M. Fouaidy, T. Junquera (Institut de Physique Nucleaire d'Orsay), S. Chel, A. Mosnier (CE Saclay)
A World Record Accelerating Gradient in a Niobium Superconducting Accelerator Cavity	accelerator, cw, field, x-ray	892
P. Barnes, J. Kirchgessner, D. Moffat, H. Padamsee, J. Sears (Cornell University), J. Graber (DESY)
20 MV/m Accelerating Gradient with Heat Treatment of a Six Cell, 1.5 GHz Cavity for TESLA	alignment, coupling, electron, field	921
J. Kirchgessner, P. Barnes, W. Hartung, D. Moffat, H. Padamsee, D. Rubin, J. Sears, M. Tigner (Cornell University), M. Hiller (Babcock & Willcox), D. Saraniti (SLAC), Q.S. Shu (SSCL)
Performance of a CEBAF Production Cavity After High-Temperature Heat Treatment	accelerator, coupling, electron, field	927
P. Kneisel, M.G. Rao (CEBAF)
The Design of a Pill-Box Cavity with Waveguide HOM Supressors	damping, spectrum, vacuum, waveguide	953
A. Massarotti, G. D'Auria, A. Fabris, C. Pasotti, C. Rossi, M. Svandrlik (Sincrotrone Trieste)
Cryostat for a Beam Test with the CESR-B Cavity	beamline, radiation, vacuum, waveguide	995
E. Nordberg, P. Barnes, R. Ehrlich, J. Kirchgessner, D. Metzger, D. Moffat, H. Muller, H. Padamsee, J. Sears, K. She, M. Tigner (Cornell University), W. Fox (LANL), H. Heinrichs (U. Wuppertal)
Fabrication of the APS Storage Ring Radio Frequency Accelerating Cavities	accelerator, electron, photon, vacuum	1013
K. Primdahl, J. Bridges, F. Depaola, R. Kustom (ANL), D. Snee (FNAL)
L-Band Superconducting Cavities at KEK for TESLA	collider, field, laser, quench	1024
K. Saito, E. Kako, S. Noguchi, M. Ono, T. Shishido, T. Tajima (KEK), M. Matsuoka (Mitsubishi Heavy Industries), H. Miwa, T. Suzuki (Nomura Plating Co.), H. Umezawa (Tokyo Denkai Co.)
Design of a High-Power Test Model of the PEP-II RF Cavity	coupling, field, vacuum, waveguide	1039
H.D. Schwarz, R.A. Bell, J.A. Hodgson, J.G. Judkins, K. Ko, C.K. Ng, R.P. Pendleton, K. Skarpaas (SLAC), F.P. Adams, M.G. Lipsett, W. Mellors, T. Tran-Ngoc, M.S. de Jong (AECL), G. Lambertson, R. Rimmer (LBNL), N. Kroll (UCSD/SLAC)
Performance of a 1500 MHz Niobiuim Cavity with 2K-LHe Channel Cooling	accelerator, diagnostics, electron, field	1060
J. Susta, P. Kneisel, M. Wiseman (CEBAF)
Accelerating Frequency Shift Minimization	accelerator, coupling, cw, impedance	1069
A.V. Tiunov, V.I. Shvedunov (INP Moscow)
Study on TESLA Cavity Shape	coupling, electron, field, tune	1095
D. Zu, J. Chen (Bejing U.)
The Workshop of Microwave-Absorbing Materials for Accelerators	accelerator, dielectric, electron, vacuum	1115
I.E. Campisi (CEBAF)
Window Design with MAFIA	cw, dielectric, simulation, waveguide	1133
W. Bruns, H. Henke, B. Littmann, R. Lorenz (TU Berlin)
The Design and Production of the Higher-Order-Mode Loads for CEBAF	accelerator, dielectric, electron, vacuum	1220
I.E. Campisi, A. Betto, B.H. Branson, A.M. Johnson, L.K. Summers (CEBAF)
A High Power Water Cooled Resistor for the High Voltage Power Supply in the TRIUMF RF System	cooling water, cyclotron	1300
K. Jensen, G. Blaker, R. Kuramoto (TRIUMF)
Superconducting Cavity Tuner Performance of CEBAF	accelerator, cryomodule, electron, resonance	1396
J. Marshall, J. Preble, W. Schneider (CEBAF)
An Experiemental and Analytical Study of a Buoyancy Driven Cooling System for a Particle Accelerator	accelerator, collider, ferrite, radio-frequency	1402
B. Campbell, R. Ranganathan (SSCL)
Collider Bypass Diode Thermal Simulations and Measurements for the SSCL	cathode, collider, quench, simulation	1405
C. Rostamzadeh, G. Tool (SSCL)
A Conceptual Design and Thermal Analysis of High Heat Load Crotch Absorber	electron, photon, radiation, x-ray	1497
I.C. Sheng, J. Howell, E. Rotela, S. Sharma (ANL)
Thermal Analysis of the Beam Missteering in APS Storage Ring	finite element, photon, positron, x-ray	1500
I.C. Sheng, J. Howell, S. Sharma (ANL)
Proton Linacs for Boron Neutron Capture Therapy	accelerator, neutron, proton, target	1756
A.J. Lennox (FNAL)
DANE Interaction Region Design	coupling, field, quadrupole, solenoid	2048
M. Bassetti, M.E. Biagini, C. Biscari, M.A. Preger, G. Raffone, G. Vignola (INFN-LNF)
Design of a New Generation of Collimators for LEP 200	cooling water, radiation, synchrotron, vacuum	2202
R. Jung, R. Perret, R. Valbuena (CERN)
Insulating and Metal-Ceramic Materials for Particle Accelerators	accelerator, dielectric, radiation, vacuum	2208
Yu. P. Severgin, M.Z. Filimonov (Efremov Institute)
Horizontal Movement of the Storage Ring Floor at the Photon Factory	factory, laser, photon, simulation	2260
T. Katsura, H. Nakamura (KEK), Y. Fujita (Shimizu Corp.), Y. Kamiya (U. Tokyo)
An Electrostatic Sweep Plate Device for Emittance Measurement of Ion Beams to 2 MeV	accelerator, emittance, field, ion	2420
T.W. Debiak, I. Birnbaum, R. Heuer, J. Porter (Grumman Corporation)
Knife-Edge Thin Film Field Emission Cathodes	bunching, electron, field, vacuum	2705
B. Lee, H.P. Demroff, M.M. Drew, T.S. Elliott, T.K. Mazumdar, P.M. McIntyre, Y. Pang, D.D. Smith, H.-J. Trost (Texas A&M)
Study of Porous Silicon Morphologies for Electron Transport	electron, field, ion, vacuum	2711
Y. Pang, H.P. Demroff, T.S. Elliott, B. Lee, J. Lu, V.B. Madduri, T.K. Mazumdar, P.M. McIntyre, D.D. Smith, H.-J. Trost (Texas A&M)
Collider Scenario Implications of ASST Operation	accelerator, collider, commissioning, quench	2757
A.D. McInturff, W. Burgett, M. Christianson, T. Dombeck, J. Gannon, D. Haenni, P. Kraushaar, M. Levin, M. McAshan, G. Mulholland, D. Murray, W. Robinson, T. Savord, R. Smellie, F. Spinos, G. Tool, J. Weisend II, J. Zatopek (SSCL)
Fermilab-Built SSC Collider Dipoles Using Low Temperature Curing Insulation Systems with and without Glass Tape	accelerator, collider, field, quench	2769
T.S. Jaffery, R. Coombes, A. Devred, J. DiMarco, T. Ogitsu, R.E. Sims, J.C. Tompkins, M. Wake (SSCL), R. Bossert, J. Carson, S.W. Delchamps, I Gonczy, S. Gourlay, R. Hanft, M.J. Lamm, P. Mazur, D. Orris, J. Strait (FNAL)
Quench and Quench Protection for the SSC Collider Correctors	collider, field, quench, simulation	2775
A. He (SSCL)
Quench Simulations of the 40 mm Aperture SSC-Quadrupole Magnet Connected in Series with 50 mm Aperture SSC-Dipole Magnets	collider, field, quadrupole, quench	2784
G. López (SSCL)
Effective Stress of the SSC 80 K Synchrotron Radiation Liner in a Quenching Dipole Magnet	collider, finite element, radiation, synchrotron	2787
K.K. Leung, Q.S. Shu, K. Yu, J. Zbasnik (SSCL)
A Mechanical System for the Positioning of Accelerator Magnets	accelerator, alignment, lattice, optics	2913
R. Viola, R. Martin (SSCL)
Thermal Modeling of Cryogenic Accelerator Structures	accelerator, radiation, software, waveguide	2953
H. Muller, J. Kirchgessner, P. Smith, D. Walend (Cornell University)
Beam Raster System at CEBAF	field, resonance, spectrum, target	3103
C. Yan, J. Beaufait, P. Brindza, R. Carlini, W. Vulcan, R. Wines (CEBAF)
Monitoring Production Target Thickness	monitoring, muon, target, vacuum	3106
M.A. Oothoudt (LANL)
Initial Operation of the CW 8X H- Ion Source Discharge	cathode, cw, field, ion	3172
H.V. Smith, P. Allison, C. Geisik, D.R. Schmitt, J.D. Schneider, J.E. Stelzer (LANL)
K+ Ion Source for the Heavy Ion Induction Linac System Experiment ILSE	emittance, extraction, ion, linac	3199
S. Eylon, W. W. Chupp, E. Henestroza, S. Yu (LBNL)
Vacuum Chamber and Crotch Absorber for the SPring-8 Storage Ring Vacuum System	ion, photon, radiation, vacuum	3845
K. Watanabe, S.H. Be, Y. Oikawa, H.A. Sakaue, Y. Wang, C.Y. Xu, S. Yokouchi (JAERI-RIKEN), Y. Yanagi (Hitachi Ltd.), M. Tsuchiya (IHI Japan), S. Takahashi (Kobe Steel)
Test Fabrication of a Copper Beam Duct for the KEK B-Factory	photon, radiation, synchrotron, vacuum	3860
Y. Suetsugu, K. Kanazawa (KEK)
Theoretical and Experimental Study of Sorption Processes on Non Evaporable Getters St 707	background, induction, spectrum, vacuum	3873
J. Miertusova, F. Daclon (Sincrotrone Trieste)
The Heat Load of an 80 K Liner for the SSC	collider, insertion, radiation, synchrotron	3879
J. Maddocks, A. Yücel (SSCL)
Overview of an 80 K Liner Design for Synchrotron Light Interception in SSCL Collider	accelerator, collider, radiation, synchrotron	3888
Q.S. Shu, W. Chou, D. Clark, W. Clay, Y. Goren, R. Kersevan, V. Kovachev, P. Kraushaar, K. Leung, J. Maddocks, D. Martin, D. Meyer, R. Mihelic, G. Morales, J. Simmons, G. Snitchler, M. Tuli, W. Turner, L. Walling, K. Yu, J. Zbasnik (SSCL)
Thermal Model and Associated Novel Approach for Synchrotron Radiation Liner with End Cooling	accelerator, quadrupole, radiation, synchrotron	3891
Q.S. Shu, W. Clay, J. Maddocks, G. Morales, K. Yu, J. Zbasnik (SSCL)
Design of ECR Ion Source Vacuum Systems	electron, ion, plasma, vacuum	3894
J. Pivarc (JINR, Dubna)
What Joining Method for the New Generation of Accelerators (SSC and LHC)	accelerator, collider, field, vacuum	3900
R. Gillier (Helicoflex), M. Lefrancois, J. Montuclard, Ch. Rouaud (LeCarbone-Lorraine France)