An autocatalytic reaction in an unstirred vessel can support a constant velocity wavefront resulting from the coupling of diffusion to the chemical reaction. Propagating fronts of polymerization have been studied in the former Soviet Union. We have been investigating polymerization fronts with high boiling oint monomers that can be studied visually and NMR. Propagating fronts of solid-state combustion reactions have been studied as a means to make new materials and to observe nonlinear propagation phenomena such as pulsating and spinning fronts
Exothermic chemical reactions are capable otautocatalytic self‐propagation in a condensed reactive m...
The single-head spin mode is the first two-dimensional pattern of self-propagating thermal reaction ...
Frontal polymerization is a mode of converting monomer into polymer via a localized reaction zone th...
An autocatalytic reaction in an unstirred vessel can support a constant velocity wavefront resulting...
Traveling polymerization fronts in unstirred solutions of methylmethacrylate, methacrylic acid, or a...
We consider the propagation of an exothermic reaction wave which converts liquid reactants into a so...
Frontal propagation of a highly exothermic polymerization reaction in a liquid is studied with the g...
Frontal polymerization is a mode of converting monomer into polymer via a localized reaction zone th...
Exothermic chemical reactions are capable of autocatalytic self-propagation in a condensed reactive ...
Frontal polymerization is a process in which a spatially localized reaction zone propagates into a m...
In free-radical polymerization, a monomer-initiator mixture is converted into a polymer. Depending o...
Thermal frontal polymerization is a mode of converting monomer into polymer via a localized exotherm...
Traveling fronts of polymerization have been observed in unstirred solutions of methacrylic acid and...
Frontal polymerization is a method of manufacturing polymers via a self-propagating reaction wave. A...
We demonstrate for the first time spherically propagating frontal polymerization that also exhibits ...
Exothermic chemical reactions are capable otautocatalytic self‐propagation in a condensed reactive m...
The single-head spin mode is the first two-dimensional pattern of self-propagating thermal reaction ...
Frontal polymerization is a mode of converting monomer into polymer via a localized reaction zone th...
An autocatalytic reaction in an unstirred vessel can support a constant velocity wavefront resulting...
Traveling polymerization fronts in unstirred solutions of methylmethacrylate, methacrylic acid, or a...
We consider the propagation of an exothermic reaction wave which converts liquid reactants into a so...
Frontal propagation of a highly exothermic polymerization reaction in a liquid is studied with the g...
Frontal polymerization is a mode of converting monomer into polymer via a localized reaction zone th...
Exothermic chemical reactions are capable of autocatalytic self-propagation in a condensed reactive ...
Frontal polymerization is a process in which a spatially localized reaction zone propagates into a m...
In free-radical polymerization, a monomer-initiator mixture is converted into a polymer. Depending o...
Thermal frontal polymerization is a mode of converting monomer into polymer via a localized exotherm...
Traveling fronts of polymerization have been observed in unstirred solutions of methacrylic acid and...
Frontal polymerization is a method of manufacturing polymers via a self-propagating reaction wave. A...
We demonstrate for the first time spherically propagating frontal polymerization that also exhibits ...
Exothermic chemical reactions are capable otautocatalytic self‐propagation in a condensed reactive m...
The single-head spin mode is the first two-dimensional pattern of self-propagating thermal reaction ...
Frontal polymerization is a mode of converting monomer into polymer via a localized reaction zone th...