Sentence examples for media diffusion from inspiring English sources
The combined effects of economic growth, globalization, and internet/social media diffusion have created nothing less than a boom in the luxury industry.
Covers reactions induced by neutrons, nuclear fission, slowing down of neutrons in infinite media, diffusion theory, the few-group approximation, point kinetics, and fission-product poisoning.
Flow in porous media, diffusion of gases in complex pore structures and membrane flux in water desalination are examples of the application of this important micro-scale parameter.
Anomalous diffusion is one of the most ubiquitous phenomena in nature, and it is present in a wide variety of physical situations, for instance, transport of fluid in porous media, diffusion of plasma, diffusion at liquid surfaces, etc.
Regarding media diffusion, water uptake did not follow a Fickian behaviour and a final saturation stage was not reached; two alternative non-Fickian analytical models were successfully fitted to the test data and the corresponding diffusion parameters were determined.
After specific exposure periods, changes in the following physical properties and mechanical behaviour of the adhesive were assessed: (i) media diffusion, through water uptake (in hygrothermal environments); (ii) viscoelastic behaviour, through dynamic mechanical analyses (DMA); and (iii) flexural and (iv) in plane shear behaviour.
An asymptotic Fickian approximation is valid for tracer dispersion through two-dimensional spatially periodic porous media when diffusion effects are included.
In porous media, the diffusion coefficient is affected by the morphology of the porous material and is lower than the free solution diffusion coefficient because of the constricted, elongated or tortuous solute flow paths [ 24, 25].
Because resin flows through a porous media, thermal diffusion is expected to be a combination of conduction and convection.
Transport problems have long been studied and appear in numerous physical situations: thermal conduction, flow through porous media, molecular diffusion, etc.
Fick (1855) introduced the idea of the exchange of matters through a porous media by diffusion, where the molecules are exchanged at random motions.
