Sentence examples for enabled the tuning of from inspiring English sources

Recent technologies have enabled the tuning of cache memory parameters on the basis of core-based processors for the needs of an application [4 7].

The variation of monomer ratios enabled the tuning of content of methyl group substituted on the polymer backbone and therefore the backbone stiffness and hydrophobicity.

Many applications provide a large set of configuration parameters enabling the tuning of an application regarding specific hardware resources.

In such optoelectronic devices, a control over the size and the structure of NWs enables the tuning of their energy band gaps and optical properties [19].

Thus, the alteration of the Ni or La proportion enables the tuning of the magnetic loss peak over the range 5.8 16.7 GHz with maximum values as high as 0.85.

The novel approach of utilising temporary vessel phases, hence termed vessel microstructure design, enables the tuning of constituent phase properties by linking their formation to a controllable landscape of chemical gradients.

Changing the shape and size of the nanoparticles that are being used enables the tuning of the magnitude of light being absorbed and scattered and when compared with other contrast agents, such as imaging dyes and silver nanoparticles, they demonstrate a greater absorbance (Menon et al. 2013; Huang and El-Sayed 2010).

Despite this complexity the authors did conclude by suggesting that a general mechanism enabling the tuning of the response of a gene promoter to an optimal stimulus frequency could be the presence of two competing processes with different sensitivities acting on this gene.

Polyoxometalates (POMs) are polyanions made up of early transition metals in their highest oxidation states (d and d) that are bridged by oxygen atoms. 1 Changing their size, shape, or composition enables the tuning of POMs for different kinds of applications (e.g., catalysis, 2– 4 material science 5– 7 and medicine, 8– 11 bio- and nanotechnology, 12– 15 and macromolecular crystallography).

The easily controllable coating parameters enabled the fine-tuning of the film thickness on a nanometer scale.

The thin films are composed of (i) an insulating binder and (ii) a semiconductor nanopowder which enables the fine tuning of the semiconducting properties of the layers.