Index to volume 27 (1987)

Index to volume 27 (1987) Articles

(titles in italics refer to Research and technical notes)

January (pp 1-56) Thermal helium mass flowmeter for space cryostat J.P. Bugeat, R. Petit and D. Valentian 4-7 Turbine flowmeter for liquid helium with the rotor magnetically levitated A. Rivetti, G. Martini, R. Goria and S. Lorefice 8-11 Feasibility of a cryogenic multiplexer for spaceborne applications T. RSsgen, L. Reyneri and O.N. Devit 12-14 Directly operated valve for space cryostats F. Fuchs and A. Seidel 15-19 Thermal contacts through mechanical moving parts in low thermal budget optical cryogenic assemblies O.A. Testard 20-22 Passive low temperature thermostat with millikelvin temperature stability for space applications F. Pavese 23-26 Non-linear vap0ur-liquid phase separation including microgravity effects S.W.K. Yuan and T.H.K. Frederking 27 33 Physical limitations of fountain effect pumps U. Schmidtchen and H.-D. Denner 34-37 Study of the design limits of porous plug type helium phase separators H. R~idiger and M. Wanner 38-41 Fixed slit geometry passive phase separator for superfluid helium R. Schaellig and A. Seidel 42-48 Operation of phase separators in zero gravity J.B. Hendricks and G.R. Karr 49-53

February (pp 57-112) Electric motor with superconducting winding J.P. Bugeat, R. Petit and D. Valentian 59-62 Cold stepping drive for the ISO/LWS T.J. Patrick, R.C. Sidey and W.A. Towlson 63-64 Cryogenic ratchet wheel drive for the ISOPHOT experiment G. Kulzer, D. Lemke, H. Bauer, H. Bellemann and G. Neumann 65-67 Grating drive for the short-wavelength spectrometer in 1SO K.J. Wildeman, D. A. Beintema, G.R. Ploeger, D. Snel and J.J. Wijnbergen 68-72 Cryogenic torquer/positioner for space use U. Ruppert and Z. SzOcs 73-76 Main components and performances of the IMGC calibration facilities for liquid helium flow rate measurements

722

A. Rivetti, G. Martini, R. Goria and S. Lorefice 77-80 Liquid helium pumps for in-orbit transfer P.Kittel 81-87 Rigid leaded regenerator matrix for small closed-cycle refrigerators J. Cosier and R.M. Silvester 88-89 Behaviour and accurate thermometry of carbon-glass resistance thermometers at low temperatures and in magnetic fields upto 7T Jiang Hua, Cui Chang-geng and Guo Shu-quan 90-92 Electrical breakdown mechanism of liquid nitrogen in the presence of thermally induced bubbles M. Hara, T. Kaneko and K, Honda 93 101 Pinning force in superconducting Nb-AI Ge systems J.G. Chigvinadze, J. PrachaPov&, J. R6~i~,ka and S.R. ~afrata 102-105 Development of niobium-tin conductors at SLE J.D. Elen and W.M.P. Franken 106 107

March (pp 113 168) Demands on advanced superconductors by large projects in fusion and particle accelerators G. Brianti and P. Komarek 115-120 Basic models for thermal stability and zone propagation calculations for a.c. superconductors V.A. Altov, Yu.M. Lvovsky and V.V. Sytchev 121-130 Continuous flow apparatus for preparing isotopically pure 4He P.C. Hendry and P.V.E. McClintock 131-138 Powerful dilution refrigerator for use in the study of polarized liquid 3He and nuclear cooling G.A. Vermeulen and G. Frossati 139-147 Miniature Stirling cycle cooler G, Davey and A.H. Orlowska 148-151 Flow characteristics of a cyclic flow regenerator F.Z. Guo, Y.M. Chou, S.Z. Lee, Z.S. Wang andW. Mao 152 155 Research on mechanisms of cryofrost condensation and cryotrapping Lu Niand LuJun 156-161 Ha// probe CdxHg I xTe for use in magnetic investigations of Nb3Sn superconducting layers B.A. Gtt)wacki and S,A. Ignatowicz 162-164

April (pp 169-224) Development of high critical current densities in niobium 46.5 w t % titanium

Cryogenics 1987 Vol 27 December

Li Chengren and D. C. Larbalestier 171 177 Importance of spacing in the development of high current densities in multifilamentary superconductors E, Gregory, T.S. Kreilick, J. Wong, A.K. Ghosh and W.B. Sampson 178-182 Spiral superconducting Nb-Ti filaments: electric field and critical current M. Pol~k, R.G, Mints, M. Majoro~ and I. Hl&snik 183-188 Temperature dependence of absolute fluid-state parameters A. Eisner 189-201 Stability of industrial grade platinum resistance thermometers in the range 13-273 K J. Vep~ek 202-204 Ohmic heating losses in cryoresistive pulsed energy storage aluminium inductors for electromagnetic launchers Y.M. Eyssa 205-208 Optimized support systems for spaceborne dewars R.A. Hopkins and D.A. Payne 209-216 Internal frictions of austenitic stainless steels at low temperature K. Tsubono, S. Owa, N. Mio, N. Akasaka and H. Hirakawa 217-218 Simple monitoring method for recovery helium gas E. Cavanna, C. FerdeghinL A. Gussoni and C. Salvo 219-220

May (pp 225-280) Electron tunneling measurement of the energy gap in a La-Sr-Cu-O superconductor J. Moreland, A.F. Clark, H.C. Ku and R.N. Shelton 227-228 Optimization of superconducting solenoid magnet geometries for minimum inductance G. Ravi Kumar and P. Chaddah 229-237 Analyses of conductor behaviour in the superconducting toroidal magnet system of the tokarnak T-15 installation E. Yu. Klimenko and N.N. Martovetsky 238-242 Main stages of manufacturing a 300 MW superconducting generator B.I. Fomin, L.V. Kurilovich, G.M. Khutoretsky, I.F. Filippov, Yu.L Rybin, V.D. Varshavsky and Yu.G Tyurin 243-248 Systematic study to reduce the effects of cracks in multilayer insulation. Part 1 : theoretical model Q.S. Shu 249-256 Differential method for sizing multistream plate fin heat exchangers B.S.V. Prasad and S.M.K.A. Gurukul 257-262 Cell for orthobaric surface tension measurements at low temperatures V.A,M, Soares, I.A. McLure, B.S. AImeida, R.A. Higgins and J.C.G. Calado 263-265

Index Simple liquid nitrogen level monitor using copper wire as a sensor J.A. Akintunde 2 6 ~ 2 6 8

June (pp281 344) Emergence of Nb Ti as supermagnet material T.G. Berlincourt 283 289 Recent developments in multifilamentary Nb Ti superconductors E. Gregory 290-297 Systematic study to reduce the effects of cracks in multilayer insulation. Part 2: experimental results Q.S. Shu, R.W. Fast and H.L. Hart 298-311 Heat capacity, Cp, of fluids from transient hot wire measurements H.M, Roder and C.A. Nieto de Castro 312 313 On the efficiency of hybrid regenerators with different matrix configurations E. BorchL M. Zofi and L. Lombardini 314 315 Plastic dewar for pressurized superfluid hefium H. KobayashL H. Fukuda, T. Tomioka and Y. Kuraoka 3 1 ~ 3 1 8

J u l y (pp 345-408) Transport properties of fluids of cryogenic interest W.M. Haynes, D.E. Diller and H.M. Roder 348 360 Review on the fabrication techniques of A-1 5 superconductors R.G. Sharma 361 378 Fast current pulser for superconducting samples J. Casas and J.-F. Loude 379 385 Effects of H2/CI 2 ratio on CVD synthesis of superconducting Nb3Ge tapes T. Asano, Y. Tanaka and K. Tachikawa 386 390 Fast negative ion thermometer for 3He superfluids J.T. Simola, K.K. Nummila, L. Skrbek and J.S. Korhonen 391 396 Adsorption isotherms and helium on activated charcoal L. Duband, A. Ravex and J. Chaussy 397 400 Further improvements in current density by reduction of filament spacing in multifilamentary Nb Ti superconductors T.S. Kreilick and E. Gregory 401-402 19.3 T with a superconducting magnet P. Turowski and Th. Schneider 403 404

A u g u s t (pp 409 472) Microstructural and electromagnetic characterization of La2 xSrxCuO4 D.C. Larbalestier, M. Daeumling, P.J. Lee, T.F. Kelly, J. Seuntjens, C. Meingast, X. Cai, J. McKinnell, R.D. Ray, R.G. Dillenburg and E.E. Hellstrom 411 415 Development of stable high field Nb-Ti superconducting magnets

Jiao Zhengkuan, Chen Zhuomin, Han Hanmin, Wang Futang, Shi Airu and Han Guchang 416-420 Critical energy of superconducting composites R. Jayakumar 421-424 New method of selecting the optimum geometrical parameters in the design of superconducting solenoids Cao Xiao-wen 425-426 Thermal conductivity of liquid hydrogen filled foam D.E. Daney and E Mapoles 427 428 Thermal conductivity of various glassreinforced plastics at temperatures below 80 K Yu.P. Dmitrevsky, S.S. Kozub and U. Escher 429 432 Electrical properties of low melting point alloys at 4.2 K P. Bruzzone 433-436 Small heat exchanger using silver powder S.T. Lu and H. Kojima 437 438 Use of Siemens KPY pressure sensors at liquid helium temperatures P.L. Walstrom and J.R. Maddocks 439 441 Flow phenomena of superfluid helium through a porous plug phase separator H. Nakaiand M. Murakami 442 449 Optical method for measurement of quality and flow patterns in helium two-phase flow T. Haruyama 450 453 3He/4He dilution refrigerator without a pumped 4He stage K. Uhlig 454 457 Simple reliable low power liquid helium level monitor for continuous operation Y.S. Kim, J.S. Park, C.M. Edwards and N.S. Sullivan 458-459

September (pp 473-536) Evidence for two superconducting components in oxygen-annealed singlephase Y-Ba Cu-O R.B. Goldfarb, A.F. Clark, A.I. Braginski and A.J. Panson 475-480 Effects of pressure on the superconductivity of stable Sr La-O compounds Cui Changgeng, He Yeye, Guo Shuquan, Li Shanlin, Chen Lie, Liu Jinxiangand Chen Liquan 481-483 Applied superconductivity work at the Institute of Electrical Engineering, Academia Sinica Yan Luguang 484-494 Transverse field loss of superconducting wires consisting of filaments with high resistive boundaries K. Kanbara 495 502 Generation of homogeneous magnetic fields within closed superconductive shields D. Hechtfischer 503 504 Effects of axial conduction in the fluid on cryogenic regenerator performance S. Sarangi and H.S. Baral 505--509

O c t o b e r (pp 537 600) Influence of magnet winding geometry on coupling losses of multifilament superconductors

P. Bruzzone and K. Kwasnitza 539 544 Influence of Cu-Ni matrix on a.c. losses and voltage current characteristics of fine filament Nb Ti superconductors M. Pol~Skand M. Majoro,~ 545 -550 Design and fabrication of Sn Nb-Cu Ta C composites for multifilamentary superconducting Nb3Sn wires by using the modified tube technique B.A. CM'owacki and Z.M. Kosek 551 557 Critical current densities of Nb3Ge tapes prepared by chemical vapour deposition on resistively heated tape substrates Y. Nakagawa, M. Umeda and Y. Kimura 558 563 Fabrication of stable Nb-based Josephson tunnel junctions by e-beam evaporation in an ordinary high vacuum system S.Z. Wang 564 566 D.c. electrical breakdown of saturated liquid helium at 0.1 MPa in the presence of thermally induced bubbles M. Hara, K. Honda and T. Kaneko 567 576 Adiabatic expansion exhaust regenerative refrigerating cycle Wan Weiwu 577 581 Spool-valve mechanism used in a 20 K Gifford McMahon cycle cryorefrigerator and its effect on the ~ V diagram M. Thirumaleshwar, R.C. Sharma and S.V. Subramanyam 582 585 Low temperature acoustic loss of pure and alloyed niobium and titanium with application to gravitational radiation detectors P.J. Veitch, J. Ferreirinho, D.G. Blair and N. Linthorne 586-587 Cryogenic acoustic loss of molybdenum N. Solomonson and A G. Mann 588 589 Boiling heat transfer to fiquid helium from multi/ayered porous structure fins Y. Hakuraku 590-591

N o v e m b e r (pp 601 664) Irregularity in Nb-Ti filament area and electric field versus current characteristics J.W. Ekin 603-607 Analysis of the general structure of the E / characteristic of high current superconductors with particular reference to a Nb-Ti SRM wire D.P. Hampshire and H. Jones 608 616 Current carrying capacity of superconductors for 50 Hz applications M. Majoro~, R.G. Mints, M. Polak and A.L. Rakhmanov 617 620 Hysteresis loss of a round superconductor carrying a d.c. transport current in an alternating transverse field K. Kanbara 621 630 Formation of a resistive structure in a composite superconductor with high contact resistance A.A. Akhmetov and V.P. Baev 631 634 Channel heat transfer in He II steady state orientation dependence Z. Chen and S.W. Van Sciver 635 640 Transient burn-out in liquid helium with rapid rise of heat flux

Cryogenics 1987 Vol 27 December

723

Index

Yu.M. Pavlov and V.I. Babitch 641-644 Measurement of losses in a Stirling cycle cooler A.H. Orlowska and G. Davey 645-651 Voltage contrast at 6 K in a scanning electron microscope H. Sadorf 652-658 Adiabatic demagnetization technique to reach 1 K with a closed-cycle refrigerator A.M. Vall~ra, J.Maia Alves and E. Ducla-Soares 659 Self-balancing SQUID based susceptibility bridge K. Daly 660 661

December (pp 665-728) Review of tape materials for cable insulation at liquid nitrogen temperatures B.M. Weedy and S.G. Swingler 667-672 Feasibility study on large-scale, high current density superconductor by dynamic stabilization. Part 1 : magnetic stability T. Ogasawara 673-677 Feasibility study on large-scale, high current density superconductor by dynamic stabilization. Part 2: stability margin T. Ogasawara Heat exchangers for He II cooling loops with self-sustained fountain effect pumps A. Hofmann, A. Khalil and H.P. Kriimer 682-688 Novel top-loading 20 mK/15 T cryomagnetic system P.H.P. Reinders, M. Springford, P. Hilton, N. Kerley and N. Killoran 689-692 Cryogenic thermometry and level detection with common diodes J. Talpe, G. Stolovitzky and V. Bekeris 693-695 Vapour-liquid equilibria in the ternary mixtures N2-CH4-C2H 6 and N2-C2H6-C3H 8 G. Trappehl and H. Knapp 696-716

Keywords Alloys Critical currents Electrical properties 433-436 Austenitic steels Mechanical properties 217-218 Cooling systems Heat transfer Helium 437-438 Mathematical models 249-256 Critical currents Electrical properties Alloys 433-436 Superconductivity Superconducting magnets 425~426 Superconductors Nb-Ti 171-177, 178-182, 402-404, 545-550 Nb3Ge 387 391,558-563 Critical energies Superconductors Superconductor stability 421-424

724

Cryocoolers Gifford-McMahon cycle Thermal regenerators 314-316 Mathematical models Cyclic flow regenerators 152-155 Refrigeration Gifford McMahon cycle 577-581 Refrigerators Instrumentation 148-151 Stirling cycle 645-651 Cryogenerators Thermal conductivity Models 505-509 Cryogens Thermal conductivity Heat capacity 312 313 Cryostats Helium Separation techniques 131-138 Space cryogenics Flowmeters 4-7 Valves 15-19 Electrical properties Critical currents Alloys 433 436 Mechanical properties Lead 1117 Superconductivity Helium 567-576 Superconductors Contact resistance 631-634 Magnetic fields 617 620 Electronics Low temperature studies Instrumentation 652-658 Magnetic fields Heating losses 205-208 Space cryogenics Multiplexer 12-14

Gifford-McMahon cycle Cryocoolers Thermal regenerators 314-316 Refrigeration Cryocoolers 577-581 Heat transfer Heat exchangers Computer models 257-262 Helium Cooling fin structure 590-591 Cooling systems 437-438 Fountain effect pumps 682-688 Models 641-644 Natural convection 635-640 Mathematical models Cooling systems 249-256 Thermal conductivity Multilayer insulation 298-311 Helium Adsorption isotherms Charcoal 398-401 Cryostats Separation techniques 131-138 Heat transfer Cooling fin structure 590-591 Cooling systems 437-438 Fountain effect pumps 682-688 Models 641-644 Natural convection 635-640 Measuring techniques Helium gas 219-220 Helium level monitor 458-459 Physical properties Liquefied gases 450-453 Pressure measurement Semiconductors 439-441

Cryogenics 1987 Vol 27 December

Refrigerators Dilution refrigerators 454-457 Nuclear cooling 139-147 Separation techniques Space cryogenics 442-449 Space cryogenics Flowmeters 8 11, 77-80 Helium pumps 34-37, 81 87 Phase separation 27-33 Phase separators 38-41,42-48 Superconductivity Electrical properties 567-576 Superfluidity Superfluid helium 316-318 Thermometers Superfluidity 392-397 Thermometry Silicon diodes 693-695 Helium pumps Space cryogenics Helium 34-37, 81-87 Hydrocarbons Phase equilibria Nitrogen 696-716 Hydrogen Thermal conductivity Materials characteristics 427-428

Instrumentation Cryocoolers Refrigerators 148-151 Electronics Low temperature studies 652-658 Space cryogenics 65-67, 68-72 Motors 73-76 Thermometry 20-22 Temperature measurements Magnetic susceptibility 660-661 Josephson technology Superconductivity Tunnel junctions 564-566 Low temperature studies Electronics Instrumentation 652 658 Mathematical models Cryofrost 156-161 Measuring techniques Liquefied gases 263-265 Refrigerators 582 585 Dilution refrigerator 689-692 Thermal conductivity Materials characteristics 429-432 Thermometers Magnetic fields 90-92 Magnetic fields Electronics Heating losses 205-208 Superconducting magnets Nb3Sn 404-405 Superconductivity Superconducting shields 503-504 Superconductors Electrical properties 617-620 Hysteresis loss 621-630 Superconducting cables 495-502 Superconductor stability 673-677, 678-681 Magnetization Superconductors Materials characterization 411-415 Materials characterization Superconductors Magnetization 411-415 Mathematical models Cryocoolers Cyclic flow regenerators 152-155

Index Heat transfer Cooling systems 249-256 Low temperature studies Cryofrost 156-161 Thermodynamics 189-201

Measuring techniques Helium Helium gas 219-220 Helium level monitor 458 459 Low temperature studies Liquefied gases 263 265

Mechanical properties Austenitic steels 217-218 Refrigerators Physical properties 88 89

Gifford McMahon cycle Cryocoolers 577-581

Refrigerators Closed cycle refrigerators Adiabatic demagnetization 659-660 Cryocoolers Instrumentation 148 151 Stirling cycle 645-651 Helium Dilution refrigerator 689-692 Nuclear cooling 139-147 Low temperature studies 582-585 Dilution refrigerator 689-692 Physical properties Mechanical properties 88 89

Reviews

Nb AI-Ge Superconductivity Physical properties 102-105 N b-Ti Superconducting magnets Physical properties 416-420 Superconductors Critical currents 171-177, 178-182, 402-404 High current superconductors 608 616 Nb3Sn 106 107 Physical properties 183-188 Sausaging 603-607 Superconducting magnets 283-289 Superconducting Super Collider 290-297

Nb3Sn Superconductors Multifilamentary composites 551-557

NI~Ti

Refrigeration

106-107

Semiconductors 162 164

Niobium Titanium Acoustic loss 586-588

Nitrogen Cable insulation Reviews 667472 Liquid nitrogen Measuring techniques 266-268 Phase equilibria Hydrocarbons 696-716 Physical properties Bubbles 93 101

Phase equilibria Nitrogen Hydrocarbons

Superconductors 362-379

Semiconductors Helium Pressure measurement 439~441 Nb3Sn Superconductors 162-164

Separation techniques Helium Cryostats 131-138 Space cryogenics 442-449

Space cryogenics Cryostats Flowmeters 4-7 Valves 15-19 Electronics Multiplexer 12-14 Helium FIowmeters 8-11, 77-80 Helium pumps 34-37, 81-87 Phase separation 27-33 Phase separators 38-41, 42-48 Separation techniques 442 449 Instrumentation 23 26, 65 67, 68-72 Motors 63-64, 73 76 Phase separators Zero gravity 49-53 Superconductivity Motors 59-62 Superfluidity Superfluid helium dewars 209 216 Thermometry Instrumentation 20=22

Superconducting cables 696-716

Phase separators Space cryogenics Helium 38-41, 42-48 Zero gravity 49-53

Physical properties Acoustic loss Molybdenum 588-589 Helium Liquefied gases 450-453 Nitrogen Bubbles 93-101 Refrigerators Mechanical properties 88-89 Superconducting magnets N ~ T i 416-420 Superconductivity Nt~AI Ge 102-105 Superconductors Nb~Ti 183-188 Transport properties 349 361

Pressure measurement Helium Semiconductors

Cable insulation Nitrogen 667-672 Superconductors A-15 superconductors

439 441

Space cryogenics Motors 59-62 Sr-La-O compounds Transition temperature 481-483 Superconducting generators Manufacturing processes 243 248 Superconducting magnets Applied superconductivity 484-494 Critical currents 425-426 Magnet geometries 229 237 Superconductors Current pulser 380-386 Superconductor stability Superconductors Critical energies 421-424 Magnetic fields 673-677, 678 681 Models 121 130

Superconductors Magnetic fields 495-502

Superconducting magnets Magnetic fields Nb3Sn 404-405 Nb-Ti Physical properties 416-420 Superconductors 283-289 Superconductivity Applied superconductivity 484-494 Critical currents 425-426 Magnet geometries 229-237 Superconductors Plasma physics 115-120 Tokamaks 238-242

Superconductivity Helium Electrical properties 567-576 Josephson.technology Tunnel junctions 564-566 Magnetic fields Superconducting shields 503-504 Physical properties Nb-AI-Ge 102-105

Critical currents Nb-Ti 171-177, 545-550 Nb3Ge 387 391,558-563 Electrical properties Contact resistance 631=634 Magnetic fields 617-620 Magnetic fields Hysteresis loss 621-630 Magnetization Materials characterization 411-415 Multifilamentary superconductors Coupling current losses 539-544 Nb-Ti Critical currents 178-182, 402-404 High current superconductors 608-616 Physical properties 183-188 Sausaging 603-607 Superconducting magnets 283-289 Superconducting Super Collider 290-297 Nb3Sn Multifilamentary composites 551-557 Nb-Ti 106 107 Semiconductors 162 164 Reviews A-15 superconductors 362-379 Superconducting cables Magnetic fields 495 502 Superconducting magnets Plasma physics 115-120 Tokamaks 238-242 Superconductive energy gap Electron tunnelling 227-228 Superconductivity Current pulser 380-386 Superconductor stability Critical energies 421-424 Magnetic fields 673 677, 678-681 Models 121 130 Y-Ba-Cu-O superconductors High critical temperature 475-480

Superfluidity Helium Superfluid helium 316-318 Thermometers Helium 392 397

Thermal conductivity Cryogenerators Models 505 509 Cryogens Heat capacity 312 313 Heat transfer Multilayer insulation 298-311 Hydrogen Materials characteristics 427~428 Low temperature studies Materials characteristics 429-432

Cryogenics 1987 Vol 27 December

725

Index Thermodynamics Mathematical models 189 201 T h e r m o m e t e r s 269-270, 271-272 Low temperature studies Magnetic fields 90-92 Superfluidity Helium 392 397 Temperature measurements Platinum resistance thermometers 202 204 Thermometry Helium Silicon diodes 693-695 Space cryogenics Instrumentation 20 22

Titanium Niobium Acoustic loss

586-588

Authors Airu, S. Akasaka, N. Akhmetov, A.A. Akintunde, J.A. Almeida, S. Altov, V.A. Alves, J.M. Asano, T.

416-420 217-218 631-634 266-268 263-265 121-130 659-660 387-391

Babitch, V.I, Baev, V.P. Baral, H.S. Bauer, H. Beasley, L.M. Beintema, D.A. Bekeris, V. Bellemann, H. Berlincourt, T.G. Blair, D.G. Borchi, E. Braginski, A.I. Brandt, B i . Brianti, G. Bruzzone, P. Bugeat, J.P.

641-644 631-634 505-509 65-67 271-272 68-72 693-695 65-67 283-289 586-588 314-316 475-480 269-270 115-1 20 433-436, 539-544 4-7, 59-62

Cai, X. Calado, J.C.G. Cao Xiao-Wen Casas, J. Cavanna, E. Chaddah, P. Chaussy, J. Chen, U Chen, Z. Chengren, L. Chigvinadze, J.G. Chou, Y.M. Clark, A.F. Cosier, J. Cui, C.

411-415 263-265 425-426 380-386 219-220 229-237 398-401 481-483 635-640 171-1 77 102-105 152-155 227-228, 475-480 88-89 90-92, 481-483

Daeumling, M. Daly, K. Daney, D.E. Davey, G. Denner, D.-D. Devit, O.N. Dillenburg, R.G. Diller, D.E. Dmitrevsky, Yu.P.

726

411-415 660-661 427-428 148-151,645-651 34-37 12-14 411-41 5 349-361 429-432

Duband, L. Ducla-Soares, E.

398-401 659-660

Edwards, C.M. Ekin, J.W. Elen, J.D. Eisner, A. Escher, U. Eyssa, Y.M.

458-459 603-607 106-107 189 201 429 432 205-208

Fast, R.W. Ferdeghini, C. Ferreirinho, J. Filippov, I.F. Fomin, B.I. Franken, W.M.P. Frederking, T.H.K. Frossati, G. Fuchs, F. Fukuda, H. Futang, W.

298-311 219-220 586-588 243-248 243-248 106-107 27-33 139-147 15-19 316-31 8 416-420

Ghosh, A.K. 178-182 G#owacki, B.A. 162-164, 551 557 Goldfarb, R.B. 475-480 Goria, R. 8-11, 77-80 Gregory, E. 178-182, 29(~297, 402-404 Guo, F.Z. 152-155 Guo, S. 90-92, 481-483 Gurukul, S.M.K.A. 257-262 Gussoni, A. 219-220 Hakuraku, Y. Hampshire. D.P. Hanmin, H. Hara, M. Hart, H.L. Haruyama, T. Haynes, W.M. He, Y. Hechtfischer, D. Hellstrom, E.E. Hendricks, J.B. Hendry, P.C. Higgins, R.A. Hilton, P. Hirakawa, H. I-g'asnik, I. Hofmann, A. Honda, K. Hopkins, R.A.

590-591 608-616 416-420 93-101,567-576 298-311 450~453 349-361 481-483 503-504 411-415 49-53 131-138 263 265 689-692 217-218 183-188 682-688 93-101,567-576 209-216

Ignatowicz, S.A.

162-164

Jayakumar, R. Jiang, H. Jones, H.

421 424 90-92 608-616

Kanbara, K. Kaneko, T. Karr, G.R. Kelly, T.F. Kerley, N. Khalil, A. Khutoretsky, G.M. Killoran, N. Kim, Y.S. Kimura, Y. Kittel, P. Klimenko, E.Yu. Knapp, H. Kobayashi, H. Kojima. H. Komarek, P. Korhonen, J.S. Kosek, Z.M. Kozub, S.S. Kr~imer, H.P. Kreilick. T.S. Ku, H.C.

Cryogenics 1987 Vol 27 December

495-502, 621-630 93-101,567-576 49-53 411-415 689-692 682-688 243-248 689-692 458-459 558-563 81-87 238 242 696-716 316-318 437-438 115-120 392-397 551 557 429-432 682-688 178-182, 402-404 227 228

Kulzer, G. Kumar, G.R. Kuraoka, Y. Kurilovich, L.V. Kwasnitza, K. Larbalestier, D . C . Lee, P.J. Lemke, D. Li, S. Linthorne, N. Liu, J. Lombardini, L. Lorefice, S. Loude, J.-F. Lu, J. Lu, N. Lu, S.T. Lvovsky, Yu.M.

65-67 229-237 316-318 243-248 539-544 171-177, 411-415 411-415 65-6? 481-483 586-588 481-483 314 316 8-11, 77-80 380-386 156-161 156-161 437-438 121-130

Maddocks, J.R. 439-441 Majoros, M. 183-188, 545-550, 617-620 Mann, A.G. 588-589 Mao, W. 152 155 Mapoles, E. 427-428 Martini, G. 8 11, 77 80 Martovetsky, N.N. 238-242 McClintock, P.V.E. 131-138 McKinnell, J. 411-415 McLure, I.A. 263-265 Meingast, C. 411-415 Mints, R.G. 183-188, 617-620 Mio, N. 217-218 Moreland, J. 227-228 Murakami, M. 442-449 Nakagawa, Y. Nakai, H. Neumann, G. Nieto de Castro, C.A. Nummila, K.K. Ogasawara, T. Orlowska, A.H. Owa, S.

558-563 442-449 65-67 312-313 392-397 673-677, 678-681 148-151,645-651 217-218

Panson, A.J. 475-480 Park, J.S. 458-459 Patrick, T.J. 63-64 Pavese, F. 23-26 Pavlov, Yu.M. 641-644 Payne, D.A. 209-216 Petit, R. 4-7, 59-62 Ploeger, G.R. 68 72 Polak, M. 183-188, 545-550, 617-620 Pracharova, J. 102-105 Prasad, B.S.V. 257-262 Rakhmanov, A.L. Ravex, A. Ray, R,D. Reinders, P.H.P. Reyneri, L. Rivetti, A. Roder, H.M. Rosgen, T. Rubin, G. Rudiger, H. Ruppert, U. Ruzicka, J. Rybin, Yu.L.

617-620 398-401 411-415 689--692 12-14 8-11, 77-80 312-313, 349-361 12-14 269-270 38-41 73-76 102-105 243-248

Sadorf, H. Safrata, R. Salvo, C. Sample, H.H. Sarangi, S. Schaellig, R. Schmidtchen, U.

652-658 102-105 219-220 269-270 505-509 42-48 34-37

Index Schneider, Th. Seidel, A. Seuntjens, J. Sharma, R.C. Sharma, R.G. Shelton, R.N. Shu, Q.S. Sidey, R.C. Silvester, R.M. Simola, J.T. Skrbek, L. Snel, D. Soares, V.A.M. Solomonson, N. Springford, M. Stolovitzky, G. Subramanyam, S.V. Sullivan, N.S. Swingler, S.G. Sytchev, V.V. Szucs, Z.

404~405 15 19,42-48 411-415 582-585 362 379 227-228 249-256,298 311 63 64 88-89 392 397 392-397 68 72 263-265 588-589 689-692 693-695 582-585 458~,59 667-672 121 130 73-76

Tachikawa, K. Talpe, J. Tanaka, Y. Testard, O.A. Thirumaleshwar, M. Tomioka, T. Towlson, W.A. Trappehl, G. Tsubono, K. Turowski, P. Tyurin, Yu.G.

387 391 693~95 387-391 20-22 582 585 316 318 63-64 696-716 217 218 404-405 243-248

Uhlig, K. Umeda, M.

454-457 558-563

Valentian, D. Vallera, A.M. Van Sciver, S.W. Varshavsky, V.D. Veitch, P.J. Veprek, J. Vermeulen, G.A. Walstrom, P.L. Wang, S.Z.

4-7, 59-62 659-660 635-640 243-248 586 588 202-204 139 147 439~441 564-566

Wanner, M. Weedy, B.M. Weiwu, W. Wijnbergen, J.J. Wildeman, K.J. Wong, J.

38 41 667-672 577 581 68 72 68-72 178 182

Yuan, S.W.K. Yuguang, Y.

27-33 484 494

Zhengkuan, J. Zhuomin, C. Zoli, M.

416 420 416_420 314-316

Fourth International Cryocooler Conference, Easton, USA, 25 26 September 1986 464 1987 Materials Research Society Meeting: High Temperature Superconductors with Tc over 30 K, Annaheim, California, USA, 23-24 April 1987 465 Small Cryogenic Coolers Seminar, London, UK, April 1987 592 593 Novel Mechanisms of Superconductivity, Berkeley, USA, 22 26 June 1987 717-718

Book reviews Letters to the editor Low temperature thermometry in high magnetic fields L.G. Rubin, B.L. Brandt and H.H. Sample 269-270 Response to comments on the properties of Russian germanium resistance thermometers L.M. Besley 271 272

Cryogenics Engineering, edited by B.A. Hands 275 276 Advances in Cryogenic Engineering. Volume 31, edited by R.W. Fast 276 Advances in Cryogenic Engineering. Volume 32, edited by RP. Reed and A.F. Clark 277 Helium Cryogenics, S.W. Van Sciver 466 Non-metallic Materials and Composites at Low Temperatures: 3, edited by G. Hartwig and D. Evans 467 Progress in Low Temperature Physics. Volume 10, edited by D.F. Brewer 593

Conference reports Space Cryogenics Workshop, Noordwijk, The Netherlands, 28 29 April 1986 3 Sixth Cryogenics Intersociety Symposium, Miami Beach, USA, 3-6 November 1986 273-274 Low Temperature Constructional Materials, London, UK, 3 February 1987 274 European Study Conference: Refrigeration and Thermometry Below 1 K, Berlin, FRG, 12 13September1986 460-462 1986 Applied Superconductivity Conference, Baltimore, USA, 29 September- 3 October 1986 463-464

Exhibition previews (Section in special conference issues devoted to exhibitors) Cryogenic Engineering Conference and International Cryogenic Materials Conference, St Charles, Illinois, USA, 14~18 June 1987 332 343 Tenth International Conference on Magnet Technology, Boston, Massachusetts, USA, 21 25 September 1987 520-535

Cryogenics 1987 Vol 27 December

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