Author:
Pyatnitskaya N,Luchinkin N,Belyaev I,Kolesnikov Yu,Krasnov D,Listratov Ya,Zikanov O,Sviridov E
Abstract
Abstract
The article is devoted to an experimental study of a submerged flat jet flow in a transverse magnetic field. Two different approaches to the experimental study of jet flows are described. Detailed information about the experimental program and measuring methods presented here. The flow of a flat jet 6 mm high in a square channel with a side of 56 mm is considered. The channel is positioned so that the plane of the jet is perpendicular to the magnetic field induction. The results of measuring velocity profiles and waveforms by swivel-type probe with potential sensor are presented. Effects that can be interpreted in different ways are found: strongly unstationary flow regimes, mean flow reorganization, and development of near-wall jets. Additional experiments are prepared to obtain more detailed information about the restructuring and development of the jet. In particular, continuous measurements along the channel will be made in the presence of a slight main flow.
Subject
General Physics and Astronomy
Reference10 articles.
1. FDS Team. Development and experiments of LiPb coolant technologies for fusion blanket in China;Huang,2020
2. MHD PbLi experiments in MaPLE loop at UCLA;Courtessole;Fusion Engineering and Design,2016
3. Magnetic damping of jets and vortices;Davidson;Journal of Fluid Mechanics,1995
4. Large eddy simulation of magnetic damping of jet Int;Kim,2004
5. Large eddy simulation of a circular jet: effect of inflow conditions on the near field;Kim;Journal of Fluid Mechanics.,2009
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