Linear stability analysis predicts that the onset of convection for an ascending autocatalytic reaction front in a vertical cylinder corresponds to a nonaxisymmetric mode. This mode consists of a single convective roll confined to the region near the reaction front, with fluid rising in half of the cylinder and falling in the other half. Experiments show a flat front below the onset of convection and an axisymmetric front well above the onset of convection. New experiments are called for to closely examine the onset of convection in order to test this prediction
Linear hydrodynamics yields the onset of convection for ascending autocatalytic reaction fronts in ...
A linear convective stability analysis for propagating autocatalytic reaction fronts includes densi...
Autocatalytic reaction fronts generate density gradients that may lead to convection. Fronts propaga...
A fully three-dimensional linear stability analysis shows that ascending autocatalytic reaction fron...
A fully three-dimensional linear stability analysis shows that ascending autocatalytic reaction fron...
A fully three-dimensional linear stability analysis shows that ascending autocatalytic reaction fro...
The linear stability of exothermic autocatalytic reaction fronts that convert unreacted fluid into a...
Linear hydrodynamics yields the onset of convection for ascending autocatalytic reaction fronts in l...
Linear hydrodynamics yields the onset of convection for ascending autocatalytic reaction fronts in l...
Linear hydrodynamics yields the onset of convection for ascending autocatalytic reaction fronts in l...
Linear hydrodynamics yields the onset of convection for ascending autocatalytic reaction fronts in l...
Chemical fronts propagating in vertical cylinders exhibit flat, nonaxisymmetric, and axisymmetric fr...
The linear stability of exothermic autocatalytic reaction fronts that convert unreacted fluid into ...
Observations of steady nonaxisymmetric chemical wave fronts are reported for upward propagation in ...
Linear hydrodynamics yields the onset of convection for ascending autocatalytic reaction fronts in ...
Linear hydrodynamics yields the onset of convection for ascending autocatalytic reaction fronts in ...
A linear convective stability analysis for propagating autocatalytic reaction fronts includes densi...
Autocatalytic reaction fronts generate density gradients that may lead to convection. Fronts propaga...
A fully three-dimensional linear stability analysis shows that ascending autocatalytic reaction fron...
A fully three-dimensional linear stability analysis shows that ascending autocatalytic reaction fron...
A fully three-dimensional linear stability analysis shows that ascending autocatalytic reaction fro...
The linear stability of exothermic autocatalytic reaction fronts that convert unreacted fluid into a...
Linear hydrodynamics yields the onset of convection for ascending autocatalytic reaction fronts in l...
Linear hydrodynamics yields the onset of convection for ascending autocatalytic reaction fronts in l...
Linear hydrodynamics yields the onset of convection for ascending autocatalytic reaction fronts in l...
Linear hydrodynamics yields the onset of convection for ascending autocatalytic reaction fronts in l...
Chemical fronts propagating in vertical cylinders exhibit flat, nonaxisymmetric, and axisymmetric fr...
The linear stability of exothermic autocatalytic reaction fronts that convert unreacted fluid into ...
Observations of steady nonaxisymmetric chemical wave fronts are reported for upward propagation in ...
Linear hydrodynamics yields the onset of convection for ascending autocatalytic reaction fronts in ...
Linear hydrodynamics yields the onset of convection for ascending autocatalytic reaction fronts in ...
A linear convective stability analysis for propagating autocatalytic reaction fronts includes densi...
Autocatalytic reaction fronts generate density gradients that may lead to convection. Fronts propaga...