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Isolation of gravity effects on diffusion flames by magnetic field
The authors present the experimental demonstration of the ability of magnetic field to remove buoyancy effects on flames. The experiment consists to observing the shape and colour changes of a laminar jet diffusion flame located in the air-gap of a Bitter magnet able to delivering up 650 T2/m in magnetic gradient intensity. At some critical (predicted theoretically) value of the upward magnetic field gradient strength, the flame becomes nearly hemispheric and free of soot similarly to flames at zero-gravity in drop towers.
Isolation of gravity effects on diffusion flames by magnetic field
The authors present the experimental demonstration of the ability of magnetic field to remove buoyancy effects on flames. The experiment consists to observing the shape and colour changes of a laminar jet diffusion flame located in the air-gap of a Bitter magnet able to delivering up 650 T2/m in magnetic gradient intensity. At some critical (predicted theoretically) value of the upward magnetic field gradient strength, the flame becomes nearly hemispheric and free of soot similarly to flames at zero-gravity in drop towers.
Isolation of gravity effects on diffusion flames by magnetic field
Isolierung der Gravitationseffekte bei Diffusionsflammen durch ein Magnetfeld
Khaldi, Fouad (author) / Mesadek, Karim (author) / Benselama, Adel Mustapha (author)
Microgravity Science and Technology ; 22 ; 1-5
2010
5 Seiten, 2 Bilder, 43 Quellen
Article (Journal)
English
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