Liquid helium technology : Proceedings of the International Institute of Refrigeration, Commission 1, Boulder (U.S.A.), 1966.
Pure and Applied Cryogenics, Volume 6: Liquid Helium Technology focuses on the principles, techniques, methodologies, and approaches involved in liquid helium technology. The selection examines liquid helium technology at the National Bureau of Standards, properties of liquid helium, heat transfer t...
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Full text (MCPHS users only) |
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| Format: | Electronic eBook |
| Language: | English |
| Published: |
Burlington :
Pergamon Press/Elsevier Science,
2014
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| Series: | Pure and applied cryogenics ;
v. 6. |
| Subjects: | |
| Local Note: | ProQuest Ebook Central |
Table of Contents:
- Front Cover; Liquid Helium Technology; Copyright Page; Table of Contents; FOREWORD; LIST OF PARTICIPANTS; SECTION I: INTRODUCTORY; CHAPTER 1. LIQUID HELIUM TECHNOLOGY AT THE NATIONAL BUREAU OF STANDARDS; Technologie de l'hélium liquide au National Bureau of Standards
- BIBLIOGRAPHY; DISCUSSION; CHAPTER 2. THE PROPERTIES OF LIQUID HELIUM; INTRODUCTION; 1. LIQUID HELIUM AS A CRYOGENIC LIQUID; 2. THE ZERO VISCOSITY; 3. THE OSMOTIC PRESSURE OF HEAT; 4. THE HIGH HEAT TRANSPORT; 5. THE MOMENTUM OF HEAT FLOW; 6. SECOND SOUND; 7. THE HELIUM II FILM; 8. ROTATION AND VORTEX LINES.
- 9. QUANTISED VORTICES10. THE OSCILLATION OF VORTEX LINES; 11. PERSISTENT CURRENTS; 12. THE MOTION OF IONS IN HELIUM II; 13. PHASE SLIP; REFERENCES; SECTION II: HEAT TRANSFER TO LIQUID HELIUM; CHAPTER 3. THERMAL BOUNDARY RESISTANCE AND RELATED PEAK FLUX DURING SUPERCRITICAL HEAT TRANSPORT FROM A HORIZONTAL SURFACE THROUGH A SHORT TUBE TO A SATURATED BATH OF LIQUID He II; INTRODUCTION; EXPERIMENT; EXPERIMENTAL RESULTS AND DISCUSSION; ACKNOWLEDGEMENT; REFERENCES; DISCUSSION; CHAPTER 4. NOISE ASSOCIATED WITH HEAT TRANSFER TO LIQUID HELIUM II; INTRODUCTION; APPARATUS AND INSTRUMENTATION.
- Test procedureresults and discussion; conclusions; acknowledgement; references; discussion; chapter 5. boiling heat transfer to liquid helium; apparatus and experimental methods; basic boiling curve; surface finish; surface coatings; influence of the sub-surface solid on the peak heat flux; references; discussion; chapter 6. heat transfer from metal to supercritical helium; introduction; measurement methods; measurements in the supercritical range; references; chapter 7. heat transfer to boiling liquid helium in narrow vertical channels; introduction; results; conclusions; acknowledgment.
