A practical guide which explains how to carry out the numerical analysis of matter transfer - a vital process when examining the formulation of oral dosage forms with controlled drug release. The author models the process of drug delivery using numerical analysis and computerization.
A practical guide which explains how to carry out the numerical analysis of matter transfer - a vital process when examining the formulation of oral dosage forms with controlled drug release. The author models the process of drug delivery using numerical analysis and computerization.
Part 1 Mathematical treatment of diffusion: the plane dosage forms cylinder of finite length spherical dosage forms. Part 2 Numerical analysis for diffusion: plane dosage forms cylinder of finite length spherical dosage forms other shapes one or two matter transfers models taking into account the swelling of the polymer matrix. Part 3 Description of various oral dosage forms: drug dispersed in a non-erodible polymer matrix, plane, spherical drug dispersed in an erodible polymer matrix dosage forms made of a core and shell, with an erodible shell dosage forms made of a core and shell, with a non-erodible shell dosage forms able to deliver the drug when the solubility of the drug is very low problem of drying dosage forms made of drug and polymer.
Part 1 Mathematical treatment of diffusion: the plane dosage forms cylinder of finite length spherical dosage forms. Part 2 Numerical analysis for diffusion: plane dosage forms cylinder of finite length spherical dosage forms other shapes one or two matter transfers models taking into account the swelling of the polymer matrix. Part 3 Description of various oral dosage forms: drug dispersed in a non-erodible polymer matrix, plane, spherical drug dispersed in an erodible polymer matrix dosage forms made of a core and shell, with an erodible shell dosage forms made of a core and shell, with a non-erodible shell dosage forms able to deliver the drug when the solubility of the drug is very low problem of drying dosage forms made of drug and polymer.
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