"percentage capacity" is correct and usable in written English.
You can use it to refer to the capacity of something as a percentage (i.e. a measure of how much its capacity is being utilized). For example, "Our factory is only running at 50% capacity due to COVID-19 restrictions."
The Jaguars are one of eight N.F.L. teams that had less than 93 percent of its seats filled (92.8%) last season, but when you consider that a tarp covers up more than 9,000 seats, the percentage capacity is actually 81 percent.
Comparing Table 10 with Table 9 from Section 6-B1, we see that the percentage capacity increase relative to the non-reconfigurable case was almost halved for both measurements and simulations when the RPDA was restricted in switching only between the S-S and L-L configurations.
Table 4 The optimum conditions for preparation banana trunk-activated carbon and the percentage adsorption capacity of the predicted result for prepared activated carbon Parameters Response X 1 X 2 X 3 Adsorption capacity min °C mol/L Predicted (mg/g) Optimized value 50.53 774 5.09 64.66.
The ministry did not provide figures for the percentage of capacity to be closed in each industrial sector.
For percentage adsorption capacity, the model F value was 500.85, which implies that the model is significant.
When these materials are used as anodes for lithium ion batteries, we observe improved percentage reversible capacity and cycle stability compared to those without ion-beam treatment.
Figures 8 and 9 depict coverage percentage and capacity of three algorithms, which are the average values of different channel allocation situations for neighbor femtocells of femtocell k.
As for the electrochemical properties, the number of activation cycles needed to achieve a given percentage of capacity and power decreases with increase in the total amount of secondary phases.
The "lack of fit" F value for the percentage adsorption capacity was calculated to be 0.31; this implies that the "lack of fit" was non-significant statistically relative to the pure error.
CPU usage is the percentage of capacity of CPU required to perform one iteration of the algorithm while memory usage is the amount of memory required for the same task.
The calendar life of a lithium-ion battery can be modeled as follows: q_{loss} % = 1 4 8 7 6 {text{exp}} -2 4. 5;{text{kJ/} -2)t_{days}^{ 0. 5} (1)where ( q_{text{kJ/}}RT the percentage of capacity loss; R is the gas constant; T is the absolute temperature; t days is the number of days in the operation.
