The phrase "acceptable capacity" is correct and usable in written English.
It can be used when discussing the limits or thresholds that are deemed satisfactory for a particular situation or context.
Example: "The system can handle an acceptable capacity of 100 users simultaneously without any performance issues."
Alternatives: "satisfactory capacity" or "tolerable capacity".
The study demonstrates the suitability of pristine CPC anode up to 5.4C rate with an acceptable capacity behavior and appreciable retention capability.
Further, an acceptable capacity of 181 mAh g−1 has been exhibited at 10.21 C rate, by withstanding a current density of 3800 mA g−1.
Its good electrochemical performance benefits from the acceptable capacity of 372 mAh g 1 caused by the insertion of lithium ions in interlayer and the stable conversion structure of LiC6 originate from weak van der Waals interaction.
Metal oxide compounds are a promising category of materials for the Li-ion battery anode due to their high theoretical capacity and natural abundance, although acceptable capacity retention and cycle life has not yet been achieved.
In summary, the results of this study have demonstrated that graphitic carbon foams match a very acceptable capacity with excellent cycle stability as well as performance at high electrical current densities (up to ∼ 90 mAh g−1 after 300 cycles at 1.9 A g−1 with coulombic efficiency ∼ 100%) which make them suitable for sodium-ion battery applications.
However, the fixed-bed column continued to have an acceptable capacity to remove TC from aqueous solutions after regeneration.
Columns had an acceptable infiltration capacity after one year of operation.
Numerical result shows that our method can achieve 100% dual link failure restorability with acceptable spare capacity.
Zeolite 13X was selected for the PVSA processes due to its acceptable adsorption capacity for CO2 at elevated temperatures and fast kinetics.
The optimal balance is trying to find models with an acceptable interpretation capacity and with good ability to fit the data on the boundaries of variable range.
LiFePO4 (LFP) is a low cost cathode material for Li-based batteries, but its low intrinsic ionic and electronic conductivity require sub micron particles to achieve acceptable energy capacity and charge and discharge rates for automotive applications.
