Sentence examples for design of particulate from inspiring English sources

The design of particulate vaccine delivery systems, particularly for mucosal surfaces, has been a focus of interest in recent years.

Finally, a universal mechanism is proposed which allows the design of particulate systems from soft-solid materials that can produce edible liquid foams with enhanced stability.

Finally, we solve various numerical examples to demonstrate the capability of the method including the computational design of particulate and microvascular composites.

These endeavors are often focused on the design of particulate carriers with properties that encourage efficient accumulation at the membrane surface, particle uptake, and endosomal escape.

Rigorous mathematical optimization methods based on predictive models for products, structures, and processes catalyze new possibilities for true design of particulate products which is at the core of mesoscale science and technology.

The predictions of the proposed analytical approach are in good agreement with reported experimental data and could be highly useful for guiding the design of particulate nanocomposites where the interactions among the particles and the interfacial scattering of the electrons and phonons need to be considered.

The model then represents a unique tool for the optimization of the design of diesel particulate filters.

It suggests that the investigation will lead practically to actual applications of the findings in the composition design and the microstructural design of the particulate reinforced ceramic composites.

The identification of local and remote particulate pollution sources, as well as the understanding of the factors determining the spatial and temporal variability of the particulate matter in urban areas is an issue of increasing public concern, since the above actions are absolutely essential for the design of effective particulate pollution control strategies.

Population balance models have been used in chemical engineering since the 1960s and have evolved to become the most important tools for design and control of particulate processes.

Bioengineering approaches enable the design of tailor-made particulate vaccines to fine tune immune responses towards protective immunity.