Sentence examples for be capable of tuning from inspiring English sources

Electrochemical parameters, such as the potential scanning ranges and cycles, were found to be capable of tuning the carbon nanotube surface interaction with a solvent and thereby the density and homogeneity of walled-domains that form under solvent dilation stress.

Moreover, the folded porous paper is also employed as temperature-driven switch to be capable of tuning the contact angle of water with superior reversibility by thermally activating the transition between air/liquid1/liquid2/solid system and air/liquid/solid system via the thermo-responsive phase change of paraffin, indicating an important branch of liquid transfer.

Quantum confinement in semiconductor nanoparticles (NPs) is believed to be capable of tuning the redox properties of the material if the size of the NPs becomes smaller than the exciton radius of an electron hole pair [56, 57].

If interested in listening to Police on 42.4 MHz, or 460.15 MHz, etc. the radio will need to be capable of tuning the frequency and the very common NFM (Narrow band FM) mode.

Here, a new strategy addressed this problem at the fundamental level by describing the design of organogel-based emulsion from the self-assembly of β-sitosterol and γ-oryzanol that are capable of tuning volatile release.

This paper presents a unique lighting optimization approach for open-plan offices that is capable of tuning task lighting to each occupant's preference in the most energy-efficient fashion.

The key to overcome aforementioned challenges is the assumption that nodes have multiple transceivers that are capable of tuning to and accessing different channels simultaneously.

As described further in section 5 of Additional file 1, it follows that the singular values of the linearised map between δk and δγ yield a quantitative measure of the extent to which combinations of random parameter perturbations - which can be considered as representing evolutionary processes - are capable of tuning the outputs of the clock.

The surface plasmon resonance of such substrates was shown to be capable of being tuned from 330 to 1,840 nm by varying the microsphere diameter.

The training results have proven the methods to be capable of efficient tuning of parameters, and of reliable ranking of prospective companies.

Finally, the derived closed-form expressions are demonstrated to be capable of predicting the optimal parameters of tuned vibration absorbers with sufficient accuracy for preliminary design of tuned vibration absorbers with nonlinear viscous damping for a damped primary structure.