"cycle potential" is a correct and usable phrase in written English.
It refers to the ability or likelihood of something to go through a series of repeated events or actions. Example: "The company's current financial strategy has a high cycle potential, as it allows for continuous growth and adaptation to market changes."
This study shows for the first time that, contrary to current beliefs, cells in hydra display heterogeneity in their cell cycle potential and the slow-cycling cells in this population enter cell cycle during head regeneration.
She points to a 2010 TfL study, Analysis of Cycle Potential in London, which excludes over-65s as potential cyclists.
Polymeric films were obtained by two electropolymerization methods: M1 using cyclic voltammetry or M2 in two steps, a constant potential oxidation and cycle potential sweeps.
Anodic film growth, hardness, and total reflectance of the surface were found to be highly dependent on the anodising frequency and the anodic cycle potential.
The effects of the frequency, duty cycle, potential amplitude and electrolyte composition during pulsed electrodeposition on the resulting Cu2O morphology, crystal structure and orientation have been investigated in detail.
Addition of the DL to the biocathode resulted in an almost 150% increase in open cycle potential (OCP) of the cathode accompanied by a 73% increase in stable voltage output from 0.33 V to 0.57 V and a 300% increase in maximum power density from 50.74 mW/m2 to 213.93 mW/m213.93
The dealloyed platinum-tellurium nanoparticles annealed at 700 °C possessed best acidic tolerance with only 19% decline of mass activities after 1000 cycles potential cycling in 0.5 M H2SO4.
Argonne National Laboratory and a group of universities recalculated the efficiency for each level and identified the most critical R&D necessary to further assess the cycles' potential.
The capacity for the electrodes modified with NiHCFs/PV4P-g-MWCNTs composites is 69.24 mC/cm−2 mg, after 100 cycles potential sweeping, these composites modified electrode retains its 98.5% ion-exchange capacity.
Significant differences were also observed between previously activated memory lymphocytes and naive lymphocytes, indicating a relationship between cell-cycle potential and nanoparticle susceptibility.
After the first cycle, the potential plateaus were well-maintained upon further cycling.
