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Preface | ||
Participants | ||
Ultra-High Reynolds Number Flows Using Cryogenic Helium: An Overview | 5 | |
Helium Flows at Ultra-High Reynolds and Rayleigh Numbers: Opportunities and Challenges | 29 | |
European Large Scale Helium Refrigeration | 52 | |
Cryogenic Wind Tunnels for Aerodynamic Testing | 66 | |
Application of Magnetic Suspension and Balance Systems to Ultra-High Reynolds Number Facilities | 81 | |
The Temperature and Pressure Dependencies of Fluid Properties: Implications for Achieving Ultra-High Rayleigh and Reynolds And Rayleigh Numbers | 96 | |
Advanced Measurement Techniques for Flow Diagnostics | 118 | |
Current Status of Particle Image Velocimetry and Laser Doppler Anemometry Instrumentation | 138 | |
Application of a Laser Doppler Velocimeter and Some Visualization Methods to the Measurement of He II Thermo-Fluid Dynamic Phenomena | 159 | |
Cryogenic Thermometry for Turbulence Research: An Overview | 179 | |
Realization of a 10[superscript 7] Reynolds Number Helium Facility | 184 | |
The Mean Velocity Profile in Turbulent Pipe Flow | 200 | |
Instrument Development For High Reynolds Number Flows in Liquid Helium | 206 | |
Free Thermal Convection in Low Temperature Helium Gas | 223 | |
Buoyant Plumes and Internal Waves: Two Experiments in Turbulent Convection | 236 | |
High-Rayleigh Number Turbulence of a Low Prandtl Number Fluid | 247 | |
Recent Velocity Measurements in Turbulent Thermal Convection | 258 | |
Convection in [superscript 3]He-Superfluid-[superscript 4]He: A Novel System for Studying Convective Instabilities and Turbulence | 286 | |
Experiments on Strong Turbulence: Do We Really Measure What We Say We Measure? | 300 | |
Turbulent Mixing of a Passive Scalar | 312 | |
A Brief Overview of the RHIC Cryogenic System | 315 | |
High Reynolds Number Testing Requirements in (Civilian) Aeronautics | 323 | |
Considerations For Small Detectors in High Reynolds Number Experiments | 329 | |
Helium Gas Turbulence Experiments in Grenoble: Techniques and Results | 336 | |
Turbulence Driven Between Counter-rotating Disks in Low Temperature Helium Gas | 345 | |
Some Issues in Geophysical Turbulence and the Need for Accurate High Reynolds Number Measurements | 358 | |
Does Fully-Developed Turbulence Exist? | 373 | |
Hydrodynamic Turbulence: a 19th Century Problem with a Challenge for the 21st Century | 375 | |
Are Scalings of Turbulence Universal? | 391 | |
Vortex Lines in Non-Uniform Flows | 403 | |
Modeling of Sea Storms on Cryogenic Installations | 412 | |
Decay of Grid Turbulence in Superfluid [superscript 4]He | 419 | |
First Images of Controlled Convection in Liquid Helium | 436 | |
High Reynolds number [R[subscript [theta]] - O (10 [superscript 6])] Boundary Layer Turbulence in the Atmospheric Surface layer Above Western Utah's Salt Flats | 450 |
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Add Functional Neuroscience, An integrated textbook of medical neuroscience, this book coherently presents the anatomy, physiology, and biochemistry of the human nervous system. The neuroanatomy is presented in a way that is integrated with a modern presentation of cellular neurophys, Functional Neuroscience to the inventory that you are selling on WonderClubX
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Add Functional Neuroscience, An integrated textbook of medical neuroscience, this book coherently presents the anatomy, physiology, and biochemistry of the human nervous system. The neuroanatomy is presented in a way that is integrated with a modern presentation of cellular neurophys, Functional Neuroscience to your collection on WonderClub |