Cover -- Title -- Copyright -- Table of Contents -- Preface -- I. TRANSITION -- Chapter 1 Nonlinear Localized Disturbances in an Adverse Pressure Gradient Boundary-Layer Transition: Experiment and Linear Stability Analysis -- Chapter 2 Turbulent Mixing Layer in Adverse Pressure Gradient -- II. TURBULENCE -- Chapter 3 Stabilized Negative Viscosity as Subgrid-Scale Representation of Two-Dimensional Turbulence -- Chapter 4 Stochastic Modeling of Turbulence in the Presence of Gravity or Inertial Waves: from Kinematic to Dynamic Simulation -- Chapter 5 Turbulent Liquid-Metal Flow in Rectangular Ducts with Thin Conducting Walls and Strong Magnetic Fields -- Chapter 6 Inertial Organization in Forced Two-Dimensional Turbulence -- Chapter 7 Magnetohydrodynamic Turbulence Measurements in a Sodium Channel Flow -- Chapter 8 Origin of Wave-Particle Turbulence in Beam-Plasma Systems -- Chapter 9 Local Similarity of Reynolds-Stress Transport Processes in Turbulent Rotating Flows -- Chapter 10 Dissipation-Rate Modeling with the Aid of Direct Simulation Data -- Chapter 11 Lagrangian Stochastic Models for Two-Particle Relative Turbulent Dispersion -- Chapter 12 Contribution to the Analysis of Energy Spectrumand Transport Phenomena in a Turbulent Two-Phase Flow -- Chapter 13 One Self-Similar Solution of Two-Dimensional Karman-Howarth Equation: Phase Transition in Two-Dimensional Turbulence -- Chapter 14 Turbulent Boundary Layer-Wake Interaction Study -- Chapter 15 Structure of the Velocity Field of a Turbulent Line-Fire Plume -- III. MHD TURBULENCE AND ATMOSPHERIC TURBULENCE -- Chapter 16 Helical Turbulence and Study of Atmospheric and Magnetohydrodynamic Laboratory Flows -- Chapter 17 On Helical Instability of Magnetohydrodynamic Turbulence -- Chapter 18 Turbulent Heat Flux Measurements in a Quasi-Two-Dimensional Flow and in Presence of Large-Scale Structures.

Chapter 19 Mesa-Scale Flows over Large City -- Chapter 20 Coupled Viscous Solitary Waves in Quasi-Two-Dimensional Magnetohydrodynamical and Geophysical Flows -- IV. ASTROPHYSICS -- Chapter 21 On the Driving Forces and Energy Sources of Planetary Magnetic Fields -- V. EXPERIMENTAL METHODS AND DATA ANALYSIS -- Chapter 22 Characterization of Microfabricated Shear Stress Sensors -- Chapter 23 Mass Transfer Measurement at a Stirred Liquid-Liquid Interface by Means of an Electrochemical Method -- Chapter 24 Two-Phase Flow Measurement with an Electromagnetic Flowmeter -- Chapter 25 Tau Equations: An Alternative to Buckingham's Pi Theorem -- VI. ENERGY CONVERSION -- Chapter 26 Wall-Layer Microturbulence Phenomenological Model and a Semi-Markov Probability Predictive Model for Active Electromagnetic Control of Turbulent Boundary Layers -- Chapter 27 Numerical and Experimental Investigations of Flow Characteristics of Magnetohydrodynamic Propulsion Ducts -- Chapter 28 Nonslip Creeping Electrolyte Flow Past a Moving Electromagnetic Cylinder -- Chapter 29 On Perspectives of Plasma Magnetohydrodynamic Installations -- Chapter 30 Nuclear Driven Closed-Circle Magnetohydrodynamic Generator on Self-Sustained Thermal Convective Flows -- Chapter 31 Numerical Computation of Current Density Vector and Lorentz Force in a Magnetohydrodynamic Disk Generator -- Chapter 32 Self-Consistent Approach to Modeling of High-Current Arc Spots on Electrodes of a Magnetohydrodynamic Generator -- Chapter 33 Two- and Three-Component Alkali-Metal Alloyswith Controlled Properties as Advanced Working Fluids for LMMHD Apparatus -- Chapter 34 Inductive-Conductive Magnetohydrodynamic Pumps for Liquid Metals -- Chapter 35 Direct Numerical Modeling of Kinematic Dynamo Effect: Application to the French Fast Breeder Reactor Phenix Core's Geometry.

Chapter 36 Influence of Magnetic Field Inhomogeneity on the Operation of Magnetohydrodynamic Devices -- Chapter 37 Study of the Magnetohydrodynamic Turbulent Flow in the Electromagnetic Valve -- VII. SOLIDIFICATION -- Chapter 38 Effects of Thermoelectric Magnetohydrodynamics on the Solidification of a CuAg Alloy -- Chapter 39 Overcooling as a Possible Cause of Thermoelectric Currents and Magnetic Fields in the Case of Metal Solidification -- Chapter 40 Effects of Oscillatory Electromagnetic Force Fields on Microstructure of Solidifying Aluminum Alloys -- VIII. INCOMPRESSIBLE FLOW -- Chapter 41 Role of Ekman Pumping in Confined Magnetohydrodynamic Flows -- Chapter 42 Numerical Simulation of Flow Driven by a Rotating Magnetic Field in a Rotating Cylindrical Vessel -- Chapter 43 Clarification on the Theory of the Electromagnetic Striction -- Chapter 44 Physical Nature of Reduction Cell Instabilities -- Chapter 45 On Hydrodynamics, Heat and Mass Transfer Control in a Cylindrical Vessel by Rotating Magnetic Fields of Different Types -- Chapter 46 Numerical Three-Dimensional Stability Analysis of the Magnetohydrodynamic Cylinder Wake Flow -- Chapter 47 Two-Dimensional Calculation for Fluid Flow in Magnetic Centrifugal Casting -- Chapter 48 Bifurcations in a Magnetofluid with Helical Forcing -- Chapter 49 Experimental Results on Magnetohydrodynamic Free Convention in a Horizontal Cylinder -- Chapter 50 Free Mode Determination on an Electromagnetically Shaped Free Surface -- Chapter 51 On the Magnetohydrodynamic Flow Around a Nonconducting Spherical Droplet in Crossed Electric and Magnetic Fields -- Chapter 52 Force Effects in Conductive Fluid Caused by the Action of Rotating Magnetic Field with In-Phase Modulated Frequency -- Chapter 53 Using the "External Friction" Model for Describing Quasilaminar and Turbulent Flows Caused by a Rotating Magnetic Field.

Chapter 54 Numerical Simulation of Two-Dimensional Unsteady Magnetohydrodynamic Duct Flows -- Chapter 55 Comparison of Analytical Solutions for Magnetohydrodynamic Flow Development in the Entrance Region of a Flat Channel -- Chapter 56 Oscillatory Convection in a Cylindrical Cavity and Stability of Magnetohydrodynamic Hadley Flows -- Chapter 57 Global Simulation of Bulk Crystal Growth:Investigation of Turbulent Convection under the Influence of an Axisymmetric Magnetic Field -- Chapter 58 Nonlinear Waves with Electromagnetic Interaction in Aluminum Electrolysis Cells -- Chapter 59 Transfer Processes in the Manufacturing of Single Silicon Crystals and High-Temperature Alloys by Increasing Flow Intensity -- Chapter 60 Flow Structure in Special Channel Having Step and Obstacle -- Chapter 61 Dispersion Influence in the Plug-Flow Electrochemical Reactor Design -- IX. PLASMA MHD -- Chapter 62 Rotating Plasma in the Closed Magnetic Trap -- Chapter 63 Turbulent Plasma Heating in Satellite Alfven Resonances in Devices with Bumpy Magnetic Field -- Chapter 64 Magnetohydrodynamic Flows with Temperature,Current Layers -- Chapter 65 Three Free Magnetohydrodynaniic Flow of the Low-Density Vacuum-Arc Cathodic Jet.