Proceedings of the Twelfth International Cryogenic Engineering Conference : Southampton, UK, 12-15 July 1988 : ICEC 12 /

Proceedings of the Twelfth International Cryogenic Engineering Conference Southampton, UK, 12-15 July 1988.

Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor Corporativo: International Cryogenic Engineering Conference Southampton, England
Otros Autores: Scurlock, R. G. (Ralph Geoffrey), Bailey, C. A.
Formato: Electrónico Congresos, conferencias eBook
Idioma:Inglés
Publicado: Guildford, England : Butterworth, �1988.
Temas:
Low temperature engineering > Congresses.
Materials at low temperatures > Congresses.
Cryotechnique > Congr�es.
Mat�eriaux �a basses temp�eratures > Congr�es.
TECHNOLOGY & ENGINEERING > Mechanical.
Low temperature engineering.
Materials at low temperatures.
CRYOGENIC COOLING.
THERMOMETERS.
HEAT TRANSFER.
STIRLING CYCLE.
REFRIGERATING.
CRYOGENIC EQUIPMENT.
CRYOGENICS.
CRYOPUMPING.
LIQUID HELIUM.
LOW TEMPERATURE.
SUPERCONDUCTING MAGNETS.
SUPERCONDUCTORS.
SUPERCONDUCTIVITY.
CONFERENCES.
Conference papers and proceedings.
Acceso en línea:Texto completo
Tabla de Contenidos:
  • Front Cover; Proceedings of the Twelfth International Cryogenic Engineering Conference; Copyright Page; Table of Contents; ICEC 12 SPONSORS; ICEC 12 EXHIBITORS; FOREWORD; THE MENDELSSOHN AWARD 1988; THE MENDELSSOHN AWARD 1988; PART I: PLENARY LECTURES; CHAPTER 1. PRESENT AND FUTURE CRYOGENIC APPLICATIONS, THE UNITED STATES SITUATION; Introduction; COMMERCIAL AND INDUSTRIAL APPLICATIONS; PHYSICS MACHINES; ELECTRIC UTILITY EQUIPMENT; CHAPTER 2. INDUSTRIAL GAS LIQUEFACTION AND SEPARATION; INTRODUCTION AND HISTORICAL PERSPECTIVE; AIR SEPARATION; LIQUEFIED NATURAL GAS; CONCLUSION.
  • CHAPTER 3. ETW
  • THE EUROPEAN TRANSONIC WINDTUNNELINTRODUCTION; SPECIFICATION AND PERFORMANCE; GENERAL DESCRIPTION OF ETW; RESEARCH AND DEVELOPMENT; ORGANISATION; TIME SCHEDULE; CHAPTER 4. CRYOGENICS OF THE JOINT EUROPEAN TORUS (JET) AND THE NEXT EUROPEAN TORUS (NET); INTRODUCTION; THE TOKAMAK APPARATUS; THE JET DEVICE AND ITS OBJECTIVE; THE NET PROJECT AND ITS OBJECTIVE; NET PLASMA EXHAUST AND FUEL PROCESSING; References; CHAPTER 5. THE IMPLICATIONS OF HIGHER CRITICAL TEMPERATURE SUPERCONDUCTIVE MATERIALS; INTRODUCTION; ASSESSMENT ASSUMPTIONS; AREAS WHERE SUPERCONDUCTORS ARE INDISPENSABLE.
  • Areas where superconductors have to compete with conventional technologyconclusion; references; chapter 6. cryogenics in japan; introduction; outline of major activities; program for advancement of research in basic technology for superconductivity and refrigeration; developments in superconductive machines and material for electric power generation; summary and acknowledgements; references; part ii: design of cryogenic equipment; section i: large scale; chapter 7. improvement of the filling process of a1t mr-magnet by using a lhe/ln2-transfer line; introduction; construction.
  • Helium-recovery planteconomy; chapter 8. computer aided cryostat design in twente: recent developments; introduction; temperature profile along the cryostat neck; multi-layer superinsulation (mli); optimization results with mli; conclusion; references; chapter 9. liquid nitrogen cooling system for ftu tokamak machine; introduction; liquid nitrogen cooling system; conclusions; references; chapter 10. the cryogenic system for the astromag test coil; background; the purpose of the experiment; the experimental equipment; concluding comments; acknowledgments; references.
  • CHAPTER 11. DEVELOPMENT OF A HIGH CAPACITY CRYOGENIC PUMP FOR SUPERCRITICAL HELIUMINTRODUCTION; DESIGN AND CONSTRUCTION; THEORY; TEST RESULTS; CONCLUSION; REFERENCE; CHAPTER 12. A CONDUCTOR DESIGN FOR NET MACHINE; INTRODUCTION; THE TF COIL CONDUCTOR; STABILITY AND QUENCH BEHAVIOUR; STRESS ANALYSIS; ac LOSSES; CONCLUSIONS; FOOTNOTE AND REFERENCES; CHAPTER 13. DESIGN, TEST AND PERFORMANCE OF THE LIQUID HELIUM CRYOSTATS FOR THE LEP SUPERCONDUCTING QUADRUPOLE MAGNETS; INTRODUCTION; DESIGN AND CONSTRUCTION; TESTS AND PERFORMANCE; CONCLUSION; ACKNOWLEDGEMENTS; REFERENCES.

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