The phrase "at their highest capability" is correct and usable in written English.
It can be used to describe individuals or systems performing at their maximum potential or efficiency.
Example: "The team was able to complete the project at their highest capability, resulting in exceptional outcomes."
Alternatives: "at their peak performance" or "at their maximum capacity."
Although useless in melee early on, their high damage capability at ranged makes up for it.
High concentration of MWCNT/WPU composites at low thicknesses indicates higher capability of shielding by absorption compared to reflection, which is adverse to composites with relatively low MWCNT mass ratios.
At 2 months the follicles presented a high capability to bind radioiodide, which decreased and disappeared in the follicles lined with flat cells at 6 and 10 months.
It exhibited improved rate capability and excellent specific capacitance, i.e. high capability (1474 Fg−1 at 15 mA cm−2), high cycling stability (82% retention after 1,500 cycles), and good rate capacitance (54% capacity remaining at 100 mA cm−2).
Those who get 6 months or more of international training are likely to be selected out of motivated candidates, so they may have higher capability and motivation at baseline (before getting exposed to international training).
The ILM demonstrated a significantly higher capability for energy absorption at slow strain rates compared to medium and fast strain rates.
Even at a high rate capability of 100 A/g, the NSMCs electrode still shows the SC value as high as 232 F/g, retaining 83% of that at 1 A/g.
A band may always rock less than they're capable of, including at the band's inception where their rock capability is at its highest possible.
In comparison with fresh GN anode, the composite anode exhibits high reversible capacity of 753 mAh/g at 0.1 C, high rate capability (533 mAh/g at 5 C), and enhanced cyclic performance with high coulombic efficiency.
They showed that low doses of ionizing radiation temporarily arrested the proliferation of mouse neural precursors derived from embryonic stem cells, while cells irradiated at high doses permanently lost their proliferation capability (Isono et al., 2012).
