作者: W. B. Bush , F. E. Fendell
DOI:
关键词: Laminar flow reactor 、 Materials science 、 Turbulent diffusion 、 Mechanics 、 Flow separation 、 Laminar flow 、 Mixing (process engineering) 、 Heat generation 、 Turbulence 、 Shear flow
摘要: The current state of development a model for the prediction mean rate reactant consumption, product formation, and heat generation initially unmixed reactants in turbulent shear flows is reviewed. Of particular interest, here, employment such to determine performance diffusion-type continuous chemical lasers, which highly dissociated fluorine reacts with bimolecular hydrogen (or deuterium) form activated fluoride. In recognition that this applies downstream portion laser cavity mixing layer, an analytic approach proposed develop (laminar parabolic) study reactive flow lasing zone, at start layer.