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Summary: Appendix
Liquid Wall Science in other
Scientific Pursuits and Applications
Liquid Wall Science is important in many
scientific pursuits and applications
· Liquid Jet and Film Stability and Dynamics: fuel injection,
combustion processes, water jet cutting, ink jet printers, continuous
rod/sheet/ribbon/sphere casting, flood/jet soldering, ocean waves, hull design,
ocean/river hydraulic engineering, surfing, liquid walls for fusion reactors
· Liquid MHD / free surface interactions: melt/mold stirring
and heating, liquid jet/flow control and shaping, crystal growth, astrophysical
phenomena, liquid metal walls for particle accelerators and fusion reactors
· Liquid MHD / turbulence interactions: microstructure control
in casting, boundary layer control, astrophysical dynamos and plasmas, liquid
walls for particle accelerators and fusion reactors
· Free surface heat and mass transfer: oceanography,
meteorology, global climate change, wetted-wall absorbers/chemical reactor,
condensers, vertical tube evaporator, film cooling of turbine blades, impurity
control in casting, liquid walls for particle accelerators and fusion reactors
Watermark: Turbulent flow effect on dendrite formation in casting - LANL simulation
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