Sentence examples for varying diffusion from inspiring English sources
We show that δ and cb estimates in DGT applications with samplers of varying diffusion layer thickness vary considerably for different estimation strategies.
The CED works by steering the diffusion process in a particular direction with the help of a spatially varying diffusion matrix.
Moreover, the Gradient Maker was also modelled in order to realise biological pattern formation using two morphogenes acting as activator and inhibitor with varying diffusion rates.
The resulting high-resolution data provide unique insight into the spatially varying diffusion characteristics of each heterogeneous rock sample, which traditional methods such as through-diffusion experiments cannot.
Structures on these devices include varying diffusion times and energies for the implantation process, different sensor thicknesses, the use of intermediate biased or floating strips between the readout strips, and several different strip width and pitch geometries.
We discuss the linear stability properties in this case of varying diffusion coefficients, varying space increments and local time steps and extent these considerations also to a modified symmetric interior penalization scheme.
Due to the physical properties of the watercolor paper and openings, the humidity and condensation of the environment caused the installation to warp, exposing varying diffusions of light.
Pioneering islet transplantation animal studies using planar or tubular diffusion chambers in the early 1980s produced variable results due to varying hormone diffusion capabilities of the membranes used and overgrowth of fibroblasts in the graft and/or chamber.
The experimental data at various elevated temperatures have been fitted with the model by varying the diffusion coefficient at each temperature and holding other parameters constant.
The model deals with varying water diffusion coefficient within the stratum corneum layer and a moving boundary with water entering or exiting the membrane under various boundary conditions.
Different approximations of the scalar dissipation rate that had been derived from analytic solutions for special cases are investigated by varying the diffusion coefficient of the mixture fraction transport equation.
