42 results on '"Ivochkin, Yu. P."'
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2. Single Stationary, Concentrated Vortices of a Special Type and Systems of Such Vortices
3. Effect of the Earth’s Magnetic Field on the Electric-Vortex-Flow Structure
4. Mechanisms Governing Fine Fragmentation of Hot Melt Immersed in Cold Water
5. Temperature fluctuations in a liquid metal MHD-flow in a horizontal inhomogeneously heated tube
6. Influence of pulsed modes of a magnetic field on an electric vortex flow
7. Features of intensive evaporation of liquid-metal steel drops heated in a high-frequency inductor
8. Evaporation and sparking during induction heating of metallic drops in relation to utilization of space debris
9. Application of the video correlation method to measure the velocity on the surface of a liquid metal
10. Estimation of the influence of temperature pulses on piezoelectric pressure gauge readings
11. About lack of fragmentation for hot droplets at low subcooling of coolant
12. An experimental investigation of the characteristics of explosive boiling of subcooled water on a hot surface under conditions of change of boiling modes
13. An experimental investigation into the heat transfer developed along a uniformly heated tube carrying a flow of liquid metal and placed in transverse magnetic field
14. A possible mechanism of triggering a vapor explosion
15. The behavior of a vapor film on a highly superheated surface immersed in subcooled water
16. The Thermomechanical Mechanism of Fine Fragmentation of Liquid Droplets under Conditions of Vapor Explosion
17. Research of mechanisms of interaction of melt and coolant by means of small-sized experiments with solid and liquid metal samples
18. A Study into Development of Instability and Collapse of Vapor Layer on a Heated Solid Hemispherical Surface
19. The problem of swirling of axisymmetric electrovortex flows
20. The study of the liquid metal drops fragmentation
21. Numerical simulation of the electrovortex flow in the non-inductive approximation under the influence of an external magnetic field
22. Notes concerning some aspects of vapor explosion
23. Explosive regime of the development of instability leading to vapor-film collapse on a heated solid hemispherical surface
24. On the applicability of the electrodynamic approximation in the simulation of the electrovortex flow in the presence of an external magnetic field
25. Experimental and numerical investigation of the instability of the electrovortex flow in hemispherical container
26. Investigation of vortex flows and electrical discharges forming under the action of external magnetic field in the system with liquid metal
27. Investigation of the Taylor vortices in electrovortex flow
28. A thermomechanical model for the fragmentation of a liquid metal droplet cooled by water
29. Diagnostics of Liquid Metal Flows Using Fibre-Optic Velocity Sensor
30. Influence of the external magnetic field on hydrodynamic structure of the electrovortex flow in hemispherical container
31. Investigation of self-oscillations in electrovortex flow of liquid metal
32. Diagnostics of Liquid Metal Flows Using Fibre-Optic Velocity Sensor
33. Vapor Films under Influence of High Heat Fluxes: Nongravity Surface Waves and Film Explosive Disintegration
34. Specific features of liquid metal heat transfer in a TOKAMAK reactor
35. Study of Special Features of Development and Collapse of Vapor Film on Hemispherical Surfaces
36. Experimental Investigation of Heat Transfer along the Length of a Horizontal Tube during Liquid Metal Heat-Carrier Flow in a Transverse Magnetic Field
37. Hydrodynamics and Heat Transfer of a Liquid Metal Tube Flow in Transverse Magnetic Field
38. Experimental and Theoretical Investigation of the Process of Initiation of Vapor Explosion on a Solid Semispherical Model. Part 2. Experiment
39. Experimental and Theoretical Investigation of the Process of Initiation of Vapor Explosion on a Solid Hemispherical Model. Part 1. Experiment
40. METHODS OF GENERATION OF EXTERNAL MAGNETIC FIELDS FOR CONTROL OF ELECTROSLAG WELDING PROCESS.
41. Experimental Investigation of Heat Transfer in Liquid Metal Flow in a Horizontal Tube in Longitudinal and Transverse Magnetic Fields under the Conditions of Nonuniform Heating around the Perimeter.
42. An experimental investigation of the development of heat transfer along the length of a tube under the flow of a liquid metal coolant in a transversal magnetic field
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