Abstract
To improve protection against the consequences of dust explosions, fundamental research must be carried out to obtain better understanding of the mechanisms of flame propagation in solid particle—gas mixtures. In the present paper are summarized some of the fundamental studies conducted at the Laboratoire d'Energétique et de Détonique (LED) of Poitiers. Recent results are reported on the characteristics of laminar flame propagation in two-phase mixtures, the role of turbulence in flame acceleration, and the conditions for propagation of non-ideal detonation regimes.
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