Sentence examples for yield can be tuned from inspiring English sources

Their properties, including the production yield can be tuned by simply changing the synthesis parameters.

An interesting finding was that the faradic yields of products can be tuned by changing the composition of the Ag component.

The modulus, yield stress and extensibility can be tuned by modifying the composition of the latex serum with cations or positively charged low molar mass polymers, or by changing the copolymer composition.

The yield stress and viscosity can be tuned in a wide range by changing the fraction of the secondary liquid or the wetting properties of the ternary particle/fluid/fluid system.

The constant parameters μ and γ can be tuned to yield several types of estimators.

By controlling the relevant parameters, such as disorder concentration, wire length and hopping parameters, the system can be tuned to yield either localized or extended states.

Using hydrothermal treatment under different conditions, the lateral dimensions of the single-layer GMs can be tuned to yield specific surface areas over a range of ∼3.5 orders of magnitude, from 30 to 9 × 10−3 μm2.

It is also shown that one of the parameters has a role of dissipation, and can be tuned to yield a smooth gradient distribution over a discontinuous function, thereby allowing an implicit finite-volume solver to converge for a discontinuous solution with a mild overshoot.

A perspective analysis of the correlation between theoretical studies and metal oxide surface modifications is finally offered, discussing their strengths and weaknesses and emphasizing their role as a powerful design tool for a new generation of implantable devices in which metal oxide surfaces can be tuned to yield a specific biological response.

Incorporation of nanoparticles composed of surface-functionalized fumed silica (FS) or native colloidal silica (CS) into a nanostructured block copolymer yields hybrid nanocomposites whose mechanical properties can be tuned by nanoparticle concentration and surface chemistry.

Overall, this study illustrates how aromatic degradation pathways can be tuned to optimize the yield of a desired product in biological lignin upgrading.