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The Oregon Convention Center, Portland, Oregon, was the venue for the 1997 Cryogenic Engineering Conference. The meeting was held jointly with the International Cryogenic Materials Conference. John Barclay, of the University of Victoria, and David Smathers, of Cabot Performance Materials, were conference chairmen. Portland is the home of Northwest Natural Gas, a pioneer in the use of liquid natural gas, and Portland State University, where cryogenic research has long been conducted. The program consisted of 350 CEC papers, considerable more than CEC-95. This was the largest number of papers ever submitted to the CEC. Of these, 263 papers are published here, in Volume 43 of Advances in Cryogenic Engineering. Once again the volume is published in two books. CEC PAPER REVIEW PROCESS Since 1954 Advances in Cryogenic Engineering has been the archival publication of papers presented at the biennial CEC!ICMC conferences. The publication includes invited, unsolicited, and government sponsored research papers in the research areas of cryogenic engineering and applications. All of the papers published must (1) be presented at the conference, (2) pass the peer review process, and (3) report previously unpublished theoretical studies, reviews, or advances in cryogenic engineering.
- Table of contents (263 chapters)
-
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Emerging 21st Century Markets and Outlook for Applied Superconducting Products
Pages 1-24
Rosner, Carl H.
-
Large Applications and Challenges of State-Of-The-Art Superconducting RF (SRF) Technologies
Pages 25-36
Shu, Quan-Sheng
-
The Jefferson Lab Superconducting Accelerator
Pages 37-42
Delayen, J. R.
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Jefferson Lab High-Power Free-Electron Laser
Pages 43-52
Rode, C. H.
-
Superconducting Radio-Frequency Technology: Understanding and Improvements of Limitations Through Application of Cryogenic Instrumentation
Pages 53-62
Kneisel, P.
-
Thermal Stability Analysis of Superconducting RF Cavities
Pages 63-70
Junquera, T. (et al.)
-
Influence of the RRR of Niobium on the RF Properties of Superconducting Cavities
Pages 71-76
Safa, H.
-
Studies of RF-Superconductivity Properties of Niobium Film-Coated Cavities at CERN
Pages 77-85
Benvenuti, C. (et al.)
-
Construction, Commissioning, and Cryogenic Performances of the First TESLA Test Facility (TTF) Cryomodule
Pages 87-96
Pagani, C. (et al.)
-
The Performance of 1.3 Ghz 9-Cell Superconducting Cavity Systems for The TESLA Test Facility
Pages 97-104
Möller, W.-D. (et al.)
-
Superconducting RF Cavities and Magnets for a 4-TeV Energy Muon Collider
Pages 105-112
Shu, Quan-Sheng (et al.)
-
Experience with the Lep Superconducting RF Accelerating System
Pages 113-121
Geschonke, G.
-
Design and Performance of KEKB Superconducting Cavities and its Cryogenic System
Pages 123-130
Hosoyama, K. (et al.)
-
Beam Effects on the Cryogenic System of LEP 2
Pages 131-137
Gayet, Philippe (et al.)
-
A Cryogen-Free 0.5 TESLA MRI Magnet for Head Imaging
Pages 139-147
Oort, J. M. (et al.)
-
Design, Fabrication, and Testing of the Aliss Superconducting Mine-Countermeasures Magnet
Pages 149-156
Heiberger, M. (et al.)
-
Manufacturing of Liquid Helium Free Superconducting Magnets for Industrial Use
Pages 157-163
Kobayashi, T. (et al.)
-
Ramp Rate Testing of an HTS High Gradient Magnetic Separation Magnet
Pages 165-171
Daugherty, M. A. (et al.)
-
Bi-2212 Coils for 1 T Class Insert Coils
Pages 173-179
Weijers, H. W. (et al.)
-
Computer Simulation of Quench Propagation in QUELL
Pages 181-188
Zanino, R. (et al.)
-
Numerical Evaluation of the Quench Behaviour of the ITER Toroidal Field Model Coil
Pages 189-196
Heller, R. (et al.)
-
Thermal and Hydraulic Measurement in the ITER QUELL Experiments
Pages 197-204
Hamada, K. (et al.)
-
Rearrangement of Superconducting Wires in Solenoidal Magnets
Pages 205-212
Moriyama, H. (et al.)
-
Completion of Helical Coils for LHD
Pages 213-220
Imagawa, S. (et al.)
-
Development of a Superconducting Solenoid Magnet System for the B-Factory Detector (BELLE)
Pages 221-228
Makida, Y. (et al.)
-
Preliminary Testing of the DØ Superconducting Solenoid
Pages 229-236
Smith, R. P. (et al.)
-
Performance and Operating Experience of the RHIC First Sextant Test
Pages 237-243
Sondericker, J. (et al.)
-
Magnetic Elements for the A1900 Fragment Separator at the NSCL
Pages 245-252
Zeller, A. F. (et al.)
-
Design and Construction of Coil Supporting Structure and Cryostat Vessel for LHD
Pages 253-260
Tamura, H. (et al.)
-
Performance of Magnet Leads for RHIC
Pages 261-267
Nicoletti, A. (et al.)
-
Mechanical and Thermal Considerations for the Superconducting Magnet to Normal Conductor Magnet “Warm-to-Cold Transitions” of the RHIC Accelerator
Pages 269-275
Rank, James (et al.)
-
A Gaseous-Helium Cooling System for a High-Tc Superconducting Coil
Pages 277-281
Herd, K. G. (et al.)
-
A Novel Thermal Insulation Method for a Next-Generation Conduction — Cooled Superconducting Magnet
Pages 283-290
Chandratilleke, G. R. (et al.)
-
Cryocooler Cooled Superconducting Magnets and Their Applications
Pages 291-297
Hasebe, T. (et al.)
-
Development of Two Types of Cryogen Free Superconducting Magnets (5T-ϕ300min and 10T-ϕ100mm)
Pages 299-305
Shibutani, K. (et al.)
-
Design of the Thermal Shields for the New Improved Version of the TESLA Test Facility (TTF) Cryostat
Pages 307-314
Pagani, C. (et al.)
-
Cooldown Symulations for TESLA Test Facility (TTF) Cryostats
Pages 315-324
Barni, D. (et al.)
-
Novel Concept of Concentrator of Magnetic Energy
Pages 325-331
Sobol, V. R. (et al.)
-
Stability Estimate for CICC with Cooling Channel Using One- and Two-Fluid Codes
Pages 333-339
Palo, S. (et al.)
-
A Simple Method for Measurement of AC Losses in Superconducting Wires under Configuration of a Double-Layer Non-Inductive Coil
Pages 341-348
Funaki, K. (et al.)
-
High-Temperature Superconductor Coil System for a Particle Detector Analyzing Magnet
Pages 349-356
Niemann, R. C. (et al.)
-
Three-Dimensional Numerical Analyses of the Stability of Ag/BSCCO Tape
Pages 357-363
Burkhardt, E. E. (et al.)
-
Design Considerations and Experience of the RHIC Dual Magnet Cryostat Installation
Pages 365-370
Grandinetti, R. (et al.)
-
High Current Diffusion Type Diodes at Cryogenic Temperatures for the LHC Superconducting Magnet Protection
Pages 371-378
Coull, L. (et al.)
-
Critical Current Density and Dissipation in Sintered YBCO Filaments
Pages 379-386
Cha, Y. S. (et al.)
-
A Possible 1.8 K Refrigeration Cycle for the Large Hadron Collider
Pages 387-393
Millet, F. (et al.)
-
A Simplified Cryogenic Distribution Scheme for the Large Hadron Collider
Pages 395-402
Chorowski, M. (et al.)
-
Cryogenic System and Cryostat Design for the LHC IR Quadrupole Magnets
Pages 403-410
Huang, Y. (et al.)
-
The New Superfluid Helium Cryostats for the Short Straight Sections of the CERN Large Hadron Collider (LHC)
Pages 411-417
Cameron, W. (et al.)
-
Cooling Strings of Superconducting Devices Below 2 K: The Helium II Bayonet Heat Exchanger
Pages 419-426
Lebrun, Ph. (et al.)
-
Supporting Systems from 293 K to 1.9 K for the Large Hadron Collider (LHC) Cryo-Magnets
Pages 427-434
Mathieu, M. (et al.)
-
Design of the Second Series of LHC Prototype Dipole Magnet Cryostats
Pages 435-441
Brunet, J. C. (et al.)
-
A Facility for Evaluating Superconductors above Atmospheric Pressure at 1.8K
Pages 443-450
Prodell, A. G. (et al.)
-
Cable Magnetization Effects in the LHC Main Dipole Magnets
Pages 451-458
Bottura, L. (et al.)
-
Thermohydraulics of Resistive Transitions of the LHC Prototype Magnet String: Theoretical Modeling and Experimental Results
Pages 459-466
Chorowski, M. (et al.)
-
Helium Recovery in the LHC Cryogenic System Following Magnet Resistive Transitions
Pages 467-474
Chorowski, M. (et al.)
-
Analysis of the 15m LHC Cryo-Dipole Radiation Screen during a Magnet Quench
Pages 475-482
Peón, G. (et al.)
-
Status, Operation and Performance of the RHIC Helium Refrigerator
Pages 483-490
Wu, K. C. (et al.)
-
TS Diagram for on-Line Monitoring of the RHIC Refrigerator
Pages 491-497
Rehak, M. (et al.)
-
RHIC 25 kW Refrigerator and Distribution System, Construction, Testing, and Initial Operating Experience
Pages 499-506
Iarocci, M. (et al.)
-
Ring Warmup and Helium Recovery for the RHIC Accelerator: Thermal Analysis of the Warmup of a Superconducting Magnet String
Pages 507-515
Rank, James (et al.)
-
Performance of RHIC 50 Watt Recoolers
Pages 517-522
Nicoletti, A. (et al.)
-
Performance of the RHIC Cryogenic Control System During the First Sextant Test
Pages 523-529
Benson, J. (et al.)
-
VJR/VJRR Design, Construction, Installation, and Performance
Pages 531-540
Quimby, E. C. (et al.)
-
A 1400 Liter 1.8 K Test Facility
Pages 541-548
Peterson, T. J. (et al.)
-
Performance and Control of a Cryogenic System Cooling 1152 VLPC Channels
Pages 549-556
Gasteyer, T. H. (et al.)
-
Thermodynamic Analysis and Operating Experience of the Nuclotron Helium Refrigerators in the “Satellite” Mode
Pages 557-564
Agapov, N. N. (et al.)
-
Experience in Four Years Operation of the 2 kW-HE I-Refrigerator at FZK/Karlsruhe
Pages 565-569
Perinić, G.
-
Experience with a Large Scale He II Refrigeration System at Tore Supra
Pages 571-579
Gravil, B. (et al.)
-
Operation Characteristics of the Helium Refrigerator for the Large Helical Device with a Dummy Load Apparatus
Pages 581-588
Maekawa, R. (et al.)
-
Development of a Cryogenic System for the Large Helical Device
Pages 589-596
Mito, T. (et al.)
-
Cryogenic System for TJNAF’s Hall C
Pages 597-604
Brindza, P. D. (et al.)
-
Design of the Fill/Transfer Station Cryostat for the Omega Cryogenic Target System
Pages 605-611
Gibson, C. R. (et al.)
-
The Cold Neutron Source of the Munich Research Reactor (FRM)
Pages 613-620
Gerstenberg, H. (et al.)
-
Cryogenic Transient Heat Transfer in the g-2 Cryostats at Thermal Insulating Vacuum Loss
Pages 621-628
Jia, L. X. (et al.)
-
Safety Design, Operation, and Control of a Liquid Hydrogen Target at BNL
Pages 629-636
Jia, L. X. (et al.)
-
Operational Experience with a Cryogenic Axial-Centrifugal Compressor
Pages 637-641
Decker, L. (et al.)
-
A High Reliability Gas-Driven Helium Cryogenic Centrifugal Compressor
Pages 643-649
Bonneton, M. (et al.)
-
Operating a Train of Cryogenic Centrifugal Compressors at Lower Flow Rates and Constant Compression Ratio
Pages 651-655
Gistau-Baguer, Guy M
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Predicting Performance of Expansion Turbines Using Different Working Fluids Based on the Artificial Neural Network
Pages 657-660
Liu, Liqiang (et al.)
-
A Feasibility Study on the Use of New Gas Foil Bearings in Cryogenic Turboexpander
Pages 661-665
Xiong, Lian-You (et al.)
-
80K Turbo Compressor System Without LN2 Cooling for High Reliable and Efficient Helium Refrigerator
Pages 667-674
Asakura, H. (et al.)
-
Progress Report of a Cryomechanical Hybrid Vacuum Pump Prototype
Pages 675-682
Périn, J. P. (et al.)
-
Conduction Cooled High-Temperature Superconducting Magnetic Bearing Module
Pages 683-690
Bornemann, H. J. (et al.)
-
Cool-Down Dynamics of a Cryostat with a Closed-Cycle Cryogenic Refrigerator
Pages 691-696
Zhang, B. X.
-
Development of 70MW Class Superconducting Generators
Pages 697-704
Imai, Y. (et al.)
-
Study of Supercritical Helium Circulation Pump for a Forced-Flow Cooled Magnet Using CICC
Pages 705-712
Kato, T. (et al.)
-
Experimental Study on a Thermoacoustic Engine with Brass Screen Stack Matrix
Pages 713-718
Chen, G. B. (et al.)
-
Increasing the Useful Life of Quench Reliefs with Inconel Bellows
Pages 719-725
Soyars, W. M.
-
Magnetic Bearing with Melt Processed HTS
Pages 727-732
Kordyuk, A. A. (et al.)
-
Recent Advances in the Realization and Dissemination of the ITS-90 Below 83.8058 K at NIST
Pages 733-740
Tew, W. L. (et al.)
-
Cryogenic Thermometer Calibration Facility at CERN
Pages 741-748
Balle, C. (et al.)
-
Miniature Resistance Thermometers Based on Ge Films on GaAs
Pages 749-756
Mitin, V. F.
-
High Resolution Thermometry Using the Magnetic Penetration Depth of Superconducting Films
Pages 757-763
Yeager, C. J. (et al.)
-
Neutron Irradiation Tests of Calibrated Cryogenic Sensors at Low Temperatures
Pages 765-772
Junquera, T. (et al.)
-
Effects of High Intensity Cryogenic Irradiation and Magnetic Field on Temperature Sensors
Pages 773-780
Filippov, Yu. P. (et al.)
-
Silicon Pressure Sensor for in Situ Pressure Measurement in a Pressurized Superfluid Helium Environment
Pages 781-788
Haruyama, T. (et al.)
-
Development of an Accurate Double-Diaphragm Sapphire Cryogenic Capacitive Pressure Transducer
Pages 789-794
Pavese, F. (et al.)
-
Measurements of Void Fraction and Flow Rate of LNG Flow
Pages 795-802
Arkharov, A. M. (et al.)
-
Forced Convection Cooled Thermistors Used as Magnet Lead Flow Sensors
Pages 803-809
Morgillo, A. (et al.)
-
Precise Wide Range Heatmeters for 1.5 K up to 80 K
Pages 811-818
Ferlin, G. (et al.)
-
Low Temperature Performance of a Superconducting Angular Accelerometer
Pages 819-826
Canavan, E. R. (et al.)
-
New Transformer for Powering Superconducting Magnets
Pages 827-834
Shevchenko, O. A. (et al.)
-
Cryogenic Control System for the g-2 Muon Ring
Pages 835-840
Tallerico, T. (et al.)
-
Application of Industrial Control Systems to a Large Scale Cryogenic System
Pages 841-848
Sanders, R. C. (et al.)
-
The Deskside Supercomputer
Pages 849-855
Peeples, John W.
-
Cryogenically Cooled Optical Dynamic RAM
Pages 857-864
Johnson, A. E. (et al.)
-
Cryopackaging for Real World Products
Pages 865-870
Lehmann, G. (et al.)
-
Packaging and Integration Issues for Cryoelectronic and Superconductor Materials
Pages 871-880
Clynne, T. H.
-
A Fully Functional Closed Cycle Cryosystem That Uses Less Than One Watt of Refrigeration at 4.5 K, for a 2.5 GHz Per Channel, 128 X 128 Channel Superconducting Switch
Pages 881-888
Hershberg, E. L. (et al.)
-
A Review of Cryobiology and Cryosurgery
Pages 889-896
Dobak, John, M.D.
-
A Novel Closed Loop Cryosurgical Device
Pages 897-902
Dobak, John (et al.)
-
A Cryogenic Catheter for Treating Heart Arrhythmia
Pages 903-910
Marquardt, E. D. (et al.)
-
Fast Joule-Thomson Cryocycling Device for Cryosurgical Applications
Pages 911-917
Maytal, B-Z.
-
Magnetocardiography and Magnetoencephalography: New Technologies for Fetal Surveillance
Pages 919-926
Wakai, R. T. (et al.)
-
Development of the Long-Lifetime Solid Nitrogen Dewar for NICMOS
Pages 927-933
Miller, C. D.
-
Pre- and Post-Launch Performance of the NICMOS Dewar
Pages 935-940
Miller, C. D.
-
Thermal Performance of the XRS Helium Cryostat
Pages 941-948
Breon, Susan R. (et al.)
-
Suppression of Superfluid Film Flow in the XRS Helium Dewar
Pages 949-956
Shirron, P. J. (et al.)
-
Final Design of the XRS/Astro-E ADR
Pages 957-963
Serlemitsos, A. T. (et al.)
-
A High Tc Superconducting Current Lead Assembly for the XDS Helium Cryostat
Pages 965-972
Tuttle, J. G. (et al.)
-
Cryogenic/Thermal System for the SIRTF Observatory
Pages 973-979
Hopkins, R. A. (et al.)
-
A Small Long-Life Dewar for Explorer-Type Space Experiments
Pages 981-987
Urbach, A. R. (et al.)
-
Lifetime Enhancement of the CHeX Cryogenic System
Pages 989-994
Luchik, T. S. (et al.)
-
Design and Testing of an Improved Cryopump for the Confined Helium Experiment
Pages 995-1000
Lysek, M. J. (et al.)
-
Design and Fabrication of a Zero Gravity Liquid Cryogen Cooler Using Surface Tension Confinement Technology
Pages 1001-1008
Driscoll, G. C. (et al.)
-
Liquid Hydrogen Densification Heat Exchanger
Pages 1009-1016
McIntosh, G. E. (et al.)
-
Post-Flight Analysis of a 10 K Sorption Cryocooler
Pages 1017-1024
Bowman, R. C., Jr. (et al.)
-
The Redstone Interface Cooling System
Pages 1025-1030
Lester, J. M.
-
Coals to Newcastle — Cryogenics in Antarctica
Pages 1031-1035
Francis, A. W. (et al.)
-
Investigation of the Self Destruction of a Liquid Nitrogen Container at South Pole Station, Antarctica
Pages 1037-1040
Francis, A. W.
-
Cryogenic Safety in the United States Antarctic Program
Pages 1041-1045
Alcorta, J. J.
-
Alaska SMES: Form and Function for the World’s Largest Magnet
Pages 1047-1076
Kral, S. F. (et al.)
-
Research of a New Coil Design for Superconducting Magnetic Energy Storage
Pages 1077-1084
Mailfert, A. (et al.)
-
Test Results of Elementaly Coils for Toroidal SMES
Pages 1085-1091
Hayashi, H. (et al.)
-
Structural Design of Superconducting Energy Storage Solenoidal Magnets
Pages 1093-1102
Wang, Yu
-
Aluminum Stabilized Conductor in a Large Cryostable SMES Magnet
Pages 1103-1108
Wang, Yu (et al.)
-
Design of a Monolithic 15 kA Superconductor for SMES
Pages 1109-1115
Christianson, O. R. (et al.)
-
A Method to Buffer AC Losses in a Forced Flow Superconducting Magnet
Pages 1117-1124
Parsons, B. K. (et al.)
-
Integrated Design of Cryogenic Refrigeration Systems for SMES Systems
Pages 1125-1133
Bowers, Brian J. (et al.)
-
He II Cooling System Performance in the Ebasco Proof of Principle Experiment during Lambda Transition, Warmup, and Quench
Pages 1135-1141
Christianson, O. R. (et al.)
-
Deep Discharge Recovery with the AML&P SMES Helium Refrigeration System
Pages 1143-1150
Kelley, J. P. (et al.)
-
Simulation and Design of a Protection System for SMES
Pages 1151-1158
Rosenbauer, F. (et al.)
-
Power System Feedback from High-Tc Superconductor Shielded Core Fault Current Limiter
Pages 1159-1166
Gerhold, J.
-
Studies on the Current Distribution in HTSC Power Cables
Pages 1167-1174
Chen, S. F. (et al.)
-
Test Results for Different High Temperature Superconducting Transmission Cable Prototypes
Pages 1175-1182
Demko, J. A. (et al.)
-
R&D of High Reliable Refrigeration System for Superconducting Generators
Pages 1183-1190
Ikeda, Y. (et al.)
-
1 ATM Subcooled Liquid Nitrogen Cryogenic System for Oxide Superconducting Power Transformer
Pages 1191-1198
Yoshida, S. (et al.)
-
Optimized LNG Storage Tanks for Fleet-Size Refueling Stations with Local LNG Liquefiers
Pages 1199-1206
Barclay, J. A. (et al.)
-
A Comparative Study of CNG Production Methods for a 1750 DEG / Day Vehicle Fleet
Pages 1207-1213
Barclay, M. A. (et al.)
-
Testing of a Buried LNG Tank
Pages 1215-1221
Jurns, J. M. (et al.)
-
Regime of Uniform Heating of Liquid Phase During Static Storage of Liquefied Natural Gas
Pages 1223-1228
Suprunova, Zh. A. (et al.)
-
The Assessment and Comparison of Alternative and Traditional Fuels from a Study of the Vehicle’s On-Road Performance and Emissions
Pages 1229-1236
Maria, S.
-
The Elimination of Oxides of Nitrogen from the Exhaust of a Diesel Engine Using Cryogenic Air Separation
Pages 1237-1243
Manikowski, A. (et al.)
-
Cryogenic Heat Engine Experiment
Pages 1245-1252
Plummer, M. C. (et al.)
-
Cryogenic Marine Loading Vapor Recovery System
Pages 1253-1256
Babet, Fred H.
-
Adsorption Storage of Gaseous Hydrogen at Cryogenic Temperatures
Pages 1257-1264
Chahine, R. (et al.)
-
A Fuel Cell Power Supply for Long Duration Balloon Flights Using Stored Cryogens
Pages 1265-1271
Green, M. A. (et al.)
-
Current Status of Thermodynamic Properties of Cryogenic Fluids
Pages 1273-1280
Jacobsen, R. T. (et al.)
-
Thermodynamic Properties of Mixtures of Nitrogen, Argon, and Oxygen, Including Air
Pages 1281-1288
Lemmon, E. W. (et al.)
-
Mathematical Model for Boiling Heat Transfer from a Thin Wire in Liquid Nitrogen
Pages 1289-1295
Fusco, C. (et al.)
-
Numerical Analysis of Heat Transport Mechanism in Nitrogen Near the Critical Point
Pages 1297-1304
Nakano, A. (et al.)
-
Effect of Surface Conditions on Pool Boiling Critical Heat Fluxes in Saturated and Subcooled Liquid Nitrogen at Various Pressures
Pages 1305-1312
Sakurai, A. (et al.)
-
Heat Transfer Through a Multilayer Insulation System as a Function of Pressure in the Cryostat Vacuum Space
Pages 1313-1318
Green, M. A.
-
Cryogenic Superinsulations with Increased Efficiency
Pages 1319-1325
Getmanets, V. F. (et al.)
-
Pumping Performance of Cryopanels Coated with Activated Carbon
Pages 1327-1334
Day, Chr. (et al.)
-
A Simplified Theory of Current Leads
Pages 1335-1341
Rehak, M. L. F.
-
Optimal Design of Sizes in Binary Current Leads Cooled by Cryogenic Refrigerator
Pages 1343-1350
Chang, H.-M. (et al.)
-
Effect of Heat Transfer on Cooling of Current Leads
Pages 1351-1357
Iyengar, K. S. (et al.)
-
Thermal Resistance Across a Copper/Kapton/Copper Interface at Cryogenic Temperatures
Pages 1359-1367
Zhao, L. (et al.)
-
The Effect of Solid Interfaces on Thermal Contact Resistance at Low Temperature
Pages 1369-1375
Xu, L. (et al.)
-
Modeling Superfluid Phase Separator Systems
Pages 1377-1384
Snyder, H. A. (et al.)
-
Common Approximations that Can Invalidate Calculations of the Flow of Superfluid Helium
Pages 1385-1392
Snyder, H. A. (et al.)
-
Development of Superfluid Shock Tube Facility
Pages 1393-1400
Nagai, H. (et al.)
-
Liquid Level Control Using a Porous Plug in a Two-Phase He II System
Pages 1401-1408
Panek, J. (et al.)
-
Steady and Unsteady Heat Transfer from a Flat Plate in Subcooled Helium II
Pages 1409-1416
Shiotsu, M. (et al.)
-
Material and Geometry Effects of Wire Surface Coating on Heat Transfer in He II Bath
Pages 1417-1424
Li, Y. Z. (et al.)
-
Various Film Boiling States in He II at Hydrostatic Pressures from Saturated Vapor Pressure to 1 ATM
Pages 1425-1432
Murakami, M. (et al.)
-
Heat Transfer from Insulated Rutherford Type Cables Immersed in Pressurized He II
Pages 1433-1440
Kimura, N. (et al.)
-
Latest Developments on He II Co-Current Two-Phase Flow Studies
Pages 1441-1448
Rousset, B. (et al.)
-
Heat Transport in Saturated He II with Surface Heat Transfer in the Turbulent Counterflow Regime
Pages 1449-1456
Welton, S. J. (et al.)
-
He II Heat Transport in Cylindrical Geometry
Pages 1457-1464
Pearson, D. (et al.)
-
Experimental Study for Dynamical Characteristics of He I–He II Interface Under Saturated Vapor Pressure Condition
Pages 1465-1471
Kamiya, K. (et al.)
-
Measurement of the Pressure Distribution and Drag on a Sphere in Flowing Helium I and Helium II
Pages 1473-1479
Smith, M. R. (et al.)
-
Steady State Heat Transfer Characteristics in He I with Different Surface Area
Pages 1481-1487
Iwamoto, A. (et al.)
-
Transient Heat Transfer Characteristics of Liquid Helium in Centrifugal Acceleration Field
Pages 1489-1496
Tsukamoto, O. (et al.)
-
A Liquid Helium Film Heat Pipe/Heat Switch
Pages 1497-1504
DiPirro, M. J. (et al.)
-
Liquid Helium Thermosiphon for the 4 TESLA CMS Solenoid
Pages 1505-1511
Lottin, J. C. (et al.)
-
Development of Multi-Loop Heat Pipes for Superconducting Magnet Applications
Pages 1513-1519
Chandratilleke, G. R. (et al.)
-
Performance of Crycooler Shunt Heat Pipes
Pages 1521-1528
Prenger, F. C. (et al.)
-
Cryopump Cooled with a Dual Heat Pipe
Pages 1529-1532
Buhler, S. (et al.)
-
Development of Intermetallic Compounds for Use as Magnetic Refrigerators or Regenerators
Pages 1533-1540
Foldeaki, M. (et al.)
-
Recent Progress in the Application of Magnetic Regenerator Materials
Pages 1541-1547
Hashimoto, T. (et al.)
-
Mean-Field Approximation Analysis of Magnetocaloric Effect in Rare-Earth Materials
Pages 1549-1555
Tishin, A. M.
-
Low Temperature Elasticity and Magnetic Susceptibility of Gd-Y Alloys
Pages 1557-1564
Beznosov, A. B. (et al.)
-
Eddy Current Power Dissipation in Rare Earth Packed Particle Bed Regenerators for AMRR Applications
Pages 1565-1571
Reid, C. E. (et al.)
-
Systematic Investigations of Regenerators for 4.2K-Refrigerators
Pages 1573-1580
Lang, A. (et al.)
-
Niobium Clad Neodymium in Wire and Strip Form for Use as a Regenerator
Pages 1581-1587
Wong, T. (et al.)
-
Neodymium-Ribbon-Regenerator Cooling Performance in a Two-Stage Gifford-McMahon Refrigerator
Pages 1589-1596
Chafe, J. N. (et al.)
-
Monolithic Regenerator Technology for Low Temperature (4 K) Gifford-McMahon Cryocoolers
Pages 1597-1604
Mérida, W. R. (et al.)
-
Analysis on the Colder Regenerator of 4.2K G-M Refrigerator
Pages 1605-1610
Xu, X. D. (et al.)
-
Measurement of Heat Conduction through Stacked Screens
Pages 1611-1618
Lewis, M. A. (et al.)
-
Pressure Drop over Regenerators in Oscillating Flow
Pages 1619-1626
Helvensteijn, B. P. M. (et al.)
-
Parallel Flow Regenerator for Pulse Tube Cooler Application
Pages 1627-1633
Hofmann, A. (et al.)
-
A Study of Oscillating Flow Charactristics of Regenerators in a High Frequency Pulse Tube Refrigerator
Pages 1635-1641
Jiang, Y. (et al.)
-
A Straightforward Method for the Sizing of Perforated Plate Matrix Heat Exchangers
Pages 1643-1650
Venkatarathnam, G.
-
Phillips Laboratory Space Cryocooler Development and Test Program
Pages 1651-1660
Bruning, J. (et al.)
-
An Update on Estimating the Cost of Cryogenic Refrigeration
Pages 1661-1666
Byrns, R. A. (et al.)
-
Further Development of a Mixed Gas Joule Thomson Refrigerator
Pages 1667-1674
Alexeev, A. (et al.)
-
Mixed-Refrigerant Joule-Thompson Cryocooler Driven By R22/R12 Compressor
Pages 1675-1678
Luo, E. C. (et al.)
-
Thermodynamic Analysis and Optimization of 80k Closed-Cycle Joule-Thompson Cryocooler with Gas Mixture
Pages 1679-1683
Luo, E. C. (et al.)
-
Development of a Low Vibration Throttle Cycle Cooler
Pages 1685-1692
Hill, D. H.
-
Water Trap Refrigerated by a Throttle-Cycle Cooler Using Mixed Gas Refrigerant
Pages 1693-1700
Khatri, Ajay (et al.)
-
Retrospective of Mixed-Refrigerant Technology and Modern Status of Cryocoolers Based on One-Stage, Oil-Lubricated Compressors
Pages 1701-1708
Boiarski, M. J. (et al.)
-
Closed-Cycle Cooling System for a Superconducting Magnet and 2K – 400K Variable Temperature Insert
Pages 1709-1714
Winter, C. (et al.)
-
An Hybrid Cycle Helium Liquefier
Pages 1715-1718
Poncet, J. M. (et al.)
-
Analyzing Magnetic Refrigeration Efficiency: A Rotary AMR — Reverse Brayton Case Study
Pages 1719-1728
Hall, J. L. (et al.)
-
The Giant Magnetocaloric Effect in Gd5(SixGe1-x)4 Materials for Magnetic Refrigeration
Pages 1729-1736
Pecharsky, V. K. (et al.)
-
The Influence of Multiple Magnetic Ordering on the Magnetocaloric Effect in RNiAl Alloys
Pages 1737-1744
Korte, B. J. (et al.)
-
Effect of Heat Rejection Conditions on Cryocooler Operational Stability
Pages 1745-1752
Ross, R. G., Jr. (et al.)
-
Test and Analysis of Five Types of Regenerative Cryocoolers
Pages 1753-1757
Li, Shimo (et al.)
-
Description and Performance of a Near-Room Temperature Magnetic Refrigerator
Pages 1759-1766
Zimm, C. (et al.)
-
An Experimental GM/Magnetic Refrigerator
Pages 1767-1774
Nellis, G. F. (et al.)
-
Performance and Internal Process of a 4 K GM Cooler
Pages 1775-1782
Wang, C. (et al.)
-
Performance of a Low-Temperature Gifford-McMahon Refrigerator Utilizing a Neodymium Disk Regenerator
Pages 1783-1790
Chafe, J. N. (et al.)
-
Numerical and Experimental Study of a 4 K Modified-Solvay Cycle Cryocooler
Pages 1791-1798
Kurihara, T. (et al.)
-
A Numerical Simulation Method of a Two-Stage G-M Refrigerator and Comparison with Experiment
Pages 1799-1806
Wang, L. (et al.)
-
Effects of Thermal Conductance in the Cooling Stage of a 4K-GM Refrigerator on Refrigeration Capacity
Pages 1807-1814
Inaguchi, T. (et al.)
-
Long-Term Performance of 4 K Gifford-McMahon Refrigerators on the Bima Array
Pages 1815-1821
Plambeck, R. L.
-
Efficient Single Stage Gifford-McMahon Refrigerator Operating at 20K
Pages 1823-1830
Fiedler, A. (et al.)
-
Thermofluid Analysis of Shuttle Loss on Regenerative Cryocoolers
Pages 1831-1838
Naka, K. (et al.)
-
Performance of Hughes’ “SBIRS Low” FDS Cryocooler
Pages 1839-1846
Barr, M. C. (et al.)
-
Enhanced Performance of the BEI 0.5 Watt Mini-Linear Stirling Cooler
Pages 1847-1853
Yuan, S. W. K. (et al.)
-
Experimental Performance of the BEI One Watt Linear (OWL) Stirling Cooler
Pages 1855-1861
Yuan, S. W. K. (et al.)
-
Exergy Analysis of Stirling Cycle Cryogenerator
Pages 1863-1870
Narayankhedkar, K. G.
-
Theoretical Performance of Single Stage and Two Stage Superfluid Stirling Refrigerators Using Kapton Recuperators
Pages 1871-1878
Patel, Ashok B. (et al.)
-
Development of a Linear Drive Cryocooler System Incorporating Both Stirling and Orifice Pulse Tube Refrigeration Cycles
Pages 1879-1886
Penswick, L. B. (et al.)
-
A New Approach for Thermoacoustic Refrigeration
Pages 1887-1894
Xiao, J. H. (et al.)
-
Pulse Tube Coolers with an Inertance Tube: Theory, Modeling, and Practice
Pages 1895-1902
Roach, Pat R. (et al.)
-
An Optimization Program for Modeling Pulse Tube Coolers
Pages 1903-1909
Kashani, Ali (et al.)
-
Pulse Tube Refrigerator Based on Fluid Inertia
Pages 1911-1918
Ravikumar, K. V. (et al.)
-
Thermodynamical Aspects of Pulse Tubes
Pages 1919-1925
Waele, A. T. A. M. (et al.)
-
The Temperature Profile within Pulse Tubes
Pages 1927-1932
Kittel, Peter
-
Interface Loss in the Small Amplitude Orifice Pulse Tube Model
Pages 1933-1940
Bauwens, Luc
-
An Adiabatic Model for a Two-Stage Double-Orifice Pulse Tube Refrigerator to Reach Liquid Helium Temperatures
Pages 1941-1948
Qiu, Limin (et al.)
-
Numerical Simulation and Experimental Verification of the Oscillating Flow in a Multi-Bypass Pulse Tube Refrigerator with Area Change
Pages 1949-1955
Ju, Y. L. (et al.)
-
Development of Low Frequency Pulse Tube Refrigerators
Pages 1957-1964
Ravex, A. (et al.)
-
Experimental Results of a Single Stage Linear Orifice Pulse Tube Refrigerator
Pages 1965-1972
Ishimura, M. (et al.)
-
Experiments on the Thermodynamic Performance of a “U-Tube” Pulse Tube Expander
Pages 1973-1981
Kirkconnell, C. S.
-
A Single Stage Five Valve Pulse Tube Refrigerator Reaching 32 K
Pages 1983-1989
Yuan, J. (et al.)
-
A Four-Valve Pulse Tube Cryocooler with a Cooling Power over 30 W at 80 K
Pages 1991-1998
Li, R. (et al.)
-
Effects of Regenerator Geometry on Pulse Tube Refrigerator Performance
Pages 1999-2005
Lewis, M. (et al.)
-
Investigation on the Heat Transfer Characteristic in Pulse Tube Refrigerator
Pages 2007-2013
Jeong, S. (et al.)
-
Oscillating Flow Behavior in a Pulse Tube Refrigerator under Optimized Conditions
Pages 2015-2021
Shiraishi, M. (et al.)
-
Visualization Study of Oscillating Flow Inside a Pulse Tube Refrigerator
Pages 2023-2030
Nakamura, N. (et al.)
-
Dynamic Experimental Study of the Multi-Bypass Pulse Tube Refrigerator with Two-Bypass Tubes
Pages 2031-2037
Ju, Y. L. (et al.)
-
Design of a 0.5 Watt Dual Use Long-Life Low-Cost Pulse Tube Cooler
Pages 2039-2046
Kuo, D. T. (et al.)
-
Development of a Low-Cost Unlimited-Life Pulse-Tube Cryocooler for Commercial Applications
Pages 2047-2053
Nast, T. (et al.)
-
Performance Study on a Two-Stage 4 K Pulse Tube Cooler
Pages 2055-2062
Wang, C. (et al.)
-
3K Double-Orifice Two-Stage Pulse Tube Refrigerator
Pages 2063-2068
Chen, G. B. (et al.)
-
Design and Testing of a Pulse Tube Based Cooling System for High Purity Germanium Detectors
Pages 2069-2076
Tissot, P. E. (et al.)
-
Low Noise Cold Head of a Four-Valve Pulse Tube Refrigerator
Pages 2077-2084
Gerster, J. (et al.)
-
Use of a Pulse Tube Refrigerator for Cooling a HTS-Antenna for Magnetic Resonance Imaging
Pages 2085-2092
Klundt, K. (et al.)
-
Table of contents (263 chapters)
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Bibliographic Information
- Bibliographic Information
-
- Book Title
- Advances in Cryogenic Engineering
- Editors
-
- Peter Kittel
- Series Title
- Advances in Cryogenic Engineering
- Series Volume
- 43
- Copyright
- 1998
- Publisher
- Springer US
- Copyright Holder
- Springer Science+Business Media New York
- eBook ISBN
- 978-1-4757-9047-4
- DOI
- 10.1007/978-1-4757-9047-4
- Hardcover ISBN
- 978-0-306-45807-1
- Softcover ISBN
- 978-1-4757-9049-8
- Series ISSN
- 0065-2482
- Edition Number
- 1
- Number of Pages
- LII, 2103
- Topics
