2008
DOI: 10.1134/s102833580802002x
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Kvataron model for ball lightning

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“…2. Plasmoid structures are the most likely formed by a fractal self-organization of electrically charged clusters of a "hidden" water phase (quatarons) as it is shown in the ball lightning model [13]. Quataron forms, close to the quasi-spherical and quasicrystal (polyhedral) cubic symmetry, are similar to coulomb (plasma) crystals.…”
Section: (B) Water Rolementioning
confidence: 92%
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“…2. Plasmoid structures are the most likely formed by a fractal self-organization of electrically charged clusters of a "hidden" water phase (quatarons) as it is shown in the ball lightning model [13]. Quataron forms, close to the quasi-spherical and quasicrystal (polyhedral) cubic symmetry, are similar to coulomb (plasma) crystals.…”
Section: (B) Water Rolementioning
confidence: 92%
“…The structured charged phase is formed by hollow quatarons in the form of the dodecahedron or the truncated octahedron containing 20-24 water molecules and also, solid quatarons of icosahedral forms made of 13 water molecules. Charged water quatarons structured similarly to coulomb crystals of complex plasma [31], [64], [68], form ball lightnings [13]. Thus, by A.M. Askhsbov [13] model, a ball lightning -it is a specific plasma in which electrically charged quatarons act as dispersed particles.…”
Section: (B) Water Rolementioning
confidence: 99%
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