The dissolution, accompanied by chemical reaction, of monodisperse solid particles has been analysed. The resulting model, which accounts for the variation of mass transfer coefficient with the size of the dissolving particles, yields an approximate analytical form of a kinetic function. Rigorous numerical and approximate analytical solutions have been obtained for the governing system of nonlinear ordinary differential equations. The transient nature of the dissolution process as well as the accuracy of the analytical solution is brought out by the rigorous numerical solution. The analytical solution is fairly accurate for the major part of the range of operational times encountered in practice
International audienceThe kinetic behaviour of an ideal solid solution is modelled by two competing ...
This paper is a review of a suite of mathematical models of increasing complexity on particle dissol...
We analyze and solve in closed form the population balance equations describing abrasion-dominated f...
The dissolution, accompanied by chemical reaction, of monodisperse solid particles has been analysed...
The analytical and numerical description of the effective dissolution kinetics of spherical particle...
A dissolution model that integrates the solid–liquid interface kinetics and the mass transport kinet...
The use of mathematical concepts and language aiming to describe and represent the interactions and ...
The dissolution kinetics of ionizable drugs (weak acids or bases) are analyzed with a mathematical m...
This paper develops a closed-form solution for the population-balance equations describing the disso...
The quasi-equilibrium assumption is often used to simplify the analysis of reaction diffusion proble...
The dissolution of spherical particles in liquids is analyzed dynamically. Here, we consider the cas...
The model previously presented by Denis and Michard (1983) for the dissolution of a solid solution i...
AbstractThe study of dissolution can face pitfalls at all length-scales, other phenomena being able ...
Comprehensive kinetic model for the dissolution, reaction, and crystallization processes involve
We present a mathematical model for the surface-controlled dissolution of solid particles. This is a...
International audienceThe kinetic behaviour of an ideal solid solution is modelled by two competing ...
This paper is a review of a suite of mathematical models of increasing complexity on particle dissol...
We analyze and solve in closed form the population balance equations describing abrasion-dominated f...
The dissolution, accompanied by chemical reaction, of monodisperse solid particles has been analysed...
The analytical and numerical description of the effective dissolution kinetics of spherical particle...
A dissolution model that integrates the solid–liquid interface kinetics and the mass transport kinet...
The use of mathematical concepts and language aiming to describe and represent the interactions and ...
The dissolution kinetics of ionizable drugs (weak acids or bases) are analyzed with a mathematical m...
This paper develops a closed-form solution for the population-balance equations describing the disso...
The quasi-equilibrium assumption is often used to simplify the analysis of reaction diffusion proble...
The dissolution of spherical particles in liquids is analyzed dynamically. Here, we consider the cas...
The model previously presented by Denis and Michard (1983) for the dissolution of a solid solution i...
AbstractThe study of dissolution can face pitfalls at all length-scales, other phenomena being able ...
Comprehensive kinetic model for the dissolution, reaction, and crystallization processes involve
We present a mathematical model for the surface-controlled dissolution of solid particles. This is a...
International audienceThe kinetic behaviour of an ideal solid solution is modelled by two competing ...
This paper is a review of a suite of mathematical models of increasing complexity on particle dissol...
We analyze and solve in closed form the population balance equations describing abrasion-dominated f...