There are several dynamic global models of the radiation belts which are based on diffusion models [e.g., Varotsou et al., 2005; Fok et al., 2008; Albert et al., 2009; Subbotin et al., 2010; Glauert et al., 2014].
The barrier function of two quaternary stratum corneum (SC) lipid model membranes, which were previously characterized with regard to the lipid organization, was investigated based on diffusion studies of model drugs with varying lipophilicities.
A model based on diffusion equation, in the framework of a linear theory, has been proposed and compared to experimental evidences.
The impact of the lipophilic penetration enhancer, oleic acid (OA), on the barrier properties of stratum corneum (SC) lipid model membranes was investigated based on diffusion and permeation studies of model drugs covering a broad range of lipophilicities.
In this study, a coupled flood model based on diffusion wave equations was proposed to simulate one-dimensional sewer flow and two-dimensional overland flow simultaneously.
Then, phenomenological empirical models as well as models based on diffusion and chemical reaction theory are discussed.
After a preliminary study of the hydrodynamics of the reactor, a kinetic model, based on diffusion theory, was developed.
Spectra from human skin were fitted to a model based on diffusion theory that included parameters for epidermal thickness, melanin content, hair color and density, and dermal blood content.
Using a 3D computational model based on diffusion tensor magnetic resonance images of the rabbit heart, McDowell et al. [ 38] investigated the role of F-M coupling in the mechanism of arrhythmia generation during myocardial infarction.
