FORWARD ENSTROPHY AND INVERSE ENERGY CASCADES IN FORCED QUASI 2D TURBULENCE WITH CHEMICAL REACTIONS: THE PHYSICAL MECHANISM AND SCALE INVARIANCE OF SOME STATISTICS |
| 4 | |
| 2011 |
| scientific article | 532.542.4 | ||
| 1036-1037 |
| The effect of chemical reactions both on forward enstrophy and inverse energy cascades in forced quasi 2D turbulence is investigated. The physical mechanism is corrected via data generated by numerical-analytical simulations. Possibility of discovery of scale invariance velocity field statistics is considered in inverse energy cascade forced quasi 2D turbulence with chemical reactions. |
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