The phrase "a suitable potential" is correct and usable in written English.
It can be used when discussing the appropriateness or feasibility of a potential option, idea, or candidate in a specific context.
Example: "After reviewing the candidates, we believe that Sarah presents a suitable potential for the role of project manager."
Alternatives: "an appropriate possibility" or "a fitting potential".
The steam network of site utility system has a suitable potential for the production of low-grade heat.
However, it is motivated by seeking reductions in a suitable potential function as in projective algorithms, and the approximate centering is an automatic byproduct of our choice of potential function.
For the latter systems, however, one can develop a suitable potential function related to Prigogine's velocity potential and Li's thermokinetic potential.
The sensing characteristics of this biosensor offer a suitable potential for detection of target oligonucleotide with a detection limit of 3.4×10−17 M.
The proposed dating show with a religious setting, called "It Takes a Church," will ask congregations, pastors, friends and family to find a suitable potential mate for a parishioner who is single.
We conclude that, with long computational times and with a suitable potential function, the ECSR procedure provides a powerful, although at present semi-quantitative, tool for determining the structural form of medium-range order in thin amorphous materials.
In this study, in an attempt to find a more suitable potential that simulate the atomic interaction in diatomic molecules, we suggested sTW diatomic molecular potential as a modification for the TW diatomic molecular potential.
It appears that the −1.1 to −1.0 V was the most suitable potential once a few electrodeposition experiments had been conducted.
For the amperometric detection of H2O2 with amperometry at constant potential by using PEDOT-PtNPs/SPC electrode as the sensor, a suitable sensing potential in the limiting current plateau ranging between 0 and −0.7 V was determined by applying linear sweep voltammetry in a solution containing deaerated 0.1 M PBS (pH 7.4) and 0.5 mM H2O2 (not shown).
Operating in an electrolyte-free flow, each injection of an anion (e.g., NO3−) at an electrode biased at a suitable positive potential (i.e., +0.5 V) gave rise to an amperometric response proportional to the anion concentration.
Comparing with traditional PEC photoanode for water splitting, it requires the photoanode providing a suitable cathodic potential for the metal, instead of pursuit ultimate photon to electric conversion efficiency, thus it is a more possible PEC technology for engineering application.
