Sentence examples for tuning potential from inspiring English sources

In order to harness the full tuning potential of these versatile alloyed nanomaterials, it is necessary to develop new systems and synthetic methods to understand their reactivities.

These findings indicate an unused tuning potential that might also be applicable in engineered biofiltration systems with drastically reduced hydraulic retention times for an enhanced mitigation of TOrCs during wastewater treatment.

This platform shows colossal tuning potential for more efficient separation agents and guide researchers on the crucial criteria to be considered in the development of adsorbents for traces and low concentration CO2 capture.

Our hope is that evaluating the tuning potential of a new method or system will come to be a standard part of the process of characterizing it and that libraries of components will be augmented with collections of tuning methods, increasing the range and sophistication of solutions available for synthetic biology design problems.

3 and 4 in Part 1 (Examples 3.2 and 3.2 revisited) that N-body systems can have eigenvalues embedded in negative continua without carefully tuned potentials due to either non-interacting clusters or due to an eigenvalue of one symmetry embedded in a continuum of another symmetry.

With the ability of tuning chemical potential via gate voltage, the permittivity of graphene stack can be dynamically adjusted over a wide range.

More significantly, the entire pH profiles for the R103 variants are shifted by nearly 100 mV in the positive direction, suggesting that R103 plays a direct role in tuning the potential of this proton-coupled redox step, likely by directly influencing the potential of the active site heme.

The method involves tuning the potential by the addition or removal of electrons from the system.

By tuning chemical potential, ZT can reach high values (ZT≃5) that makes specially engineered nanotube-based thermocouple to be a promising nano-device with a high thermoelectric performance.

NiSOD has a unique active site structure that plays an important role in tuning the potential of the nickel center to function as an effective catalyst for superoxide dismutation with diffusion controlled rates.

Finely tuning action potential propagation speed could provide a means to continuously mold functional circuits in the brain throughout life.