The existence and non-existence of travelling front in high order auto-catalysis chemical reaction
Abbreviated Journal Title
high order autocatalysis; travelling wave; minimum speed; reaction-diffusion; REACTION-DIFFUSION SYSTEMS; CUBIC AUTOCATALYSIS; PROPAGATING FRONTS; WAVES; STABILITY; EQUATIONS; COMBUSTION; MODEL; ACID; Mathematics, Applied; Mathematics
This article studies propagating wave fronts in an isothermal chemical reaction A+nB -> (n+1)B involving two chemical species, a reactant A and an auto-catalyst B whose diffusion coefficients, D (A) and D (B) , are unequal due to different molecular weights and/or sizes. More accurate bounds v* and v* that depend on D (B) /D (A) , when the ratio is less than 1, are derived such that there is a unique travelling wave of every speed v a (c) 3/4 v* and there does not exist any travelling wave of speed v < v*. The refined bounds for D (B) /D (A) < 1 case is compatible to what has been shown in earlier work for D (B) /D (A) > 1 when n a (c) 3/4 3.
"The existence and non-existence of travelling front in high order auto-catalysis chemical reaction" (2012). Faculty Bibliography 2010s. 3160.