Examples of 'cell performance' in a sentence
Meaning of "cell performance"
Cell performance refers to how well a cell or battery is operating, usually measured by its efficiency, capacity, or stability in delivering power or energy over time
How to use "cell performance" in a sentence
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cell performance
It monitors load cell performance to verify weighing accuracy.
Driving conditions of a cell are considered to influence cell performance.
Bifacial solar cell performance parameters.
The metal oxides are detrimental to sealed cell performance.
No cell performance is shown.
Each of the above is detrimental to fuel cell performance.
One measure of cell performance is the fill factor of the cell.
In short strain considerably improves the memory cell performance.
The cell performance was recorded by electronic load assembled in the testing system.
Climate conditions affect solar cell performance more than expected.
Layer uniformity and thickness are critical parameters defining solar cell performance.
Oxygen reduction is one of the major cell performance determining factors.
Favorable environments in proximity to the electrochemical cells can improve cell performance.
Optimizing LiNiZnO single component fuel cell performance by changing pellet composition.
Using such a reaction product can further improve the cell performance.
See also
This is reflected in the cell performance by a decrease in the short circuit current.
This loss of contact can cause an immediate degradation of cell performance and life.
This improves brain cell performance and provides antioxidant protection against neurodegeneration.
A compact fuel cell system with a high cell performance can be accomplished.
It is thus possible to obtain a lithium manganese composite oxide with excellent cell performance.
Those impurities can conduct to a poor cell performance and result in low current efficiency.
Small amounts of various additives may also be used to enhance processing and cell performance.
The cell performance was derived deductively by analysing selected network implementations and the relevant procedures.
Tests performed so far include those to characterise cell performance and redox tolerance.
Cell performance is tested at various temperature, humidity and thermo cycle extremes.
Thermal stresses can also create crystalline defects which limit solar cell performance.
In both cases, the cell performance is deteriorated.
This degrades the quality of rear surface passivation and lowers the cell performance.
Figure 4 is fuel cell performance test data.
The nanotube structure was also found to facilitate electron transfer and bolster biofuel cell performance.
A clear relation between PTL properties and fuel cell performance could not be established.
Presently, the cathode material used in these batteries is a significant limiting factor in cell performance.
As a result, the cell performance is deteriorated.
This deposition occurs slowly over a large number of shots and will gradually degrade cell performance.
Furthermore, the fuel cell performance and efficiency are also improved.
Researchers successfully developed computational tools for optimising MQW solar cell performance.
At higher current densities, cell performance degrades steadily with time.
Diets consisting of fewer calories improve cell performance →.
Cell performance decreases at low temperatures for kinetic, cell resistance, and mass transport limitation reasons.
A revolutionary beverage scientifically engineered to naturally enhance cell performance while increasing stamina and energy.
Modeling additional inhomogeneity sources, especially particle distribution, amplifies these heterogeneities and decrease drastically cell performance.
As evident from the graph, the cell performance is very consistent.
Innovative cathode busbar design increases cell stability, improves cell performance.
The cell performance characteristics are shown in Figure 2.
Unfortunately, the polymers decreased cell performance notably.
And detailed battery cell performance can be understood with the help of SIMULIA 's Abaqus technology.
The addition of CeO2 is said to enhance cell performance.
The solar cell performance parameters for the curves presented in FIG . 3 are presented in Table 1,.
As the operating temperature increases, the cell performance is reduced.
Once at temperature, the cells can be cycled without loss of pressure or cell performance.
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