The understanding of transport and mixing in fluids in the presence and in the absence of
external fields and reactions represents a challenging topic of strategic relevance for space …

The dynamics of radial A+ B→ C reaction fronts can be affected by buoyancy-driven
convection. Motivated by recent advances in reaction-diffusion–advection (RDA) systems …

We introduce an original chemical reaction between two transparent reactant solutions
(fluorescin and potassium ferricyanide), producing a fluorescent product in water …

Abstract de concentration of the injected fluid decays smoothly around the location of the
corresponding sharp interface, which is beyond the theoretical range. This concentration …

The effects of the $ A+ B\rightarrow C $ chemical reaction on miscible viscous fingering in a
radial source flow are analysed using linear stability theory and numerical simulations. This …

A+ B→ C reaction fronts describe a wide variety of natural and engineered dynamics,
according to the specific nature of reactants and product. Recent works have shown that the …

Hele-Shaw cells are a frequently used tool in various fields of chemical technology, and in
environmental and biomedical engineering. The flow conditions near the inlet of a radial …

Abstract Radial Reaction–Diffusion–Advection (RDA) fronts for A+ B→ C reactions find wide
applications in many natural and technological processes. In liquid solutions, their dynamics …

Immunodiffusion tests offer a simple yet powerful method for detecting protein antigens, but
their long assay times hinder clinical utility. We unveil the complex interplay of parameters …

Accurately depicting the subsurface mixing of radially injected remediation agents with
contaminated plumes remains paramount yet challenging for understanding and simulating …