Sentence examples for differential transport from inspiring English sources
Differential transport and local translation of cytoskeletal, injury-response, and neurodegeneration protein mRNAs in axons.
The stationary monochromatic radiative transfer equation is a partial differential transport equation stated on a five-dimensional phase space.
The direct measurements and results provide insight regarding the differential transport of gravel and cobble sized material on mixed-sediment beaches.
Differential transport rates caused by aggregations of mussels and other foundation species must be considered in explanations of spatial pattern in soft-bottom communities.
The second approach requires a simplification of the differential transport equation by linearizing its reaction source term, and further, takes advantage of an analytical technique.
In the context of a novel approach based on hydrodynamic analogies, rigorous partial differential transport equations are applied for modelling of non-reactive and reactive separation processes in columns filled with structured packings.
To relate directly the L-TEM images to the structure of the skyrmion as well as map its internal spin structure, we have performed a phase reconstruction utilizing the differential transport-of-intensity (D-TIE) method38.
It is found that different combinations of porous layers of different porosity and pore size distribution create different absorption patterns, and differential liquid transport properties can be achieved by having a gradient of porosity and pore size across the thickness.
We develop in this paper a hybrid cellular automata model that combines the differential nutrient transport equation to investigate the nutrient limited cell construct development for cartilage tissue engineering.
It has been proposed recently that differential molecular transport effects, as described by the Lewis number, may be related not only to laminar flame instability effects at low turbulence but also to visible effects at higher degrees of turbulence.
Chapters 1 to 4 cover essential topics in ordinary differential equations, transport equations and the calculus of variations that are important for formulating models.
