Sentence examples for much lower capacity from inspiring English sources

Nanocomposite anode materials allow for capacities between 900 and 4000 mAh g−1 whereas graphitic anodes, which are currently being used by industry, allow for a much lower capacity of 372 mAh g−1.

Sample B retains a reversible capacity of ~220 mA h g−1 up to 50 cycle, and the sample delivers a lower capacity of ~90 mA h g−1, while the capacity of the ZnO deteriorates severely and ZnO delivers a much lower capacity of 64 mA h g−1 up to 50 cycles.

In addition, the complicated melting process means that snow melting vehicles have a much lower capacity than the equivalent plow or blower vehicle; the largest snow melter can remove 500 tons of snow per hour, compared to the 5,000 tons per hour capacity of any large snow blower.

As a consequence age3 mutant cells could have a much lower capacity to remove these compounds from the cell.

However, due to its much lower capacity [1], [10], PMCA may account for only a small fraction of the Ca2+ expulsion.

In comparison to the three environmental Arthrobacter strains, A. arilaitensis has a much lower capacity for growth on different carbohydrates (Table S9).

Sb2S3-180 shows a much lower specific capacity than Sb2S3-150 at various current densities.

The goal of the company is to be able to launch rockets for as low as $3 million, which is a fraction of the cost of SpaceX's $60 million Falcon 9 launches (though with much lower payload capacity).

Rocket Lab's Electron vehicle has a much lower payload capacity compared to something like SpaceX's Falcon 9, but it's more nimble as a result, with faster build times and easier launch schedule management since Rocket Lab owns and operates its own private launch complex on New Zealand's Māhia Peninsula.

It is expected that the regeneration heat can be greatly reduced by replacing the mature aqueous monoethanolamine (MEA) technology with amine-based solid adsorbents capturing systems, due to the much lower heat capacity of solid adsorbents comparing to aqueous MEA and the avoidance of evaporating a large amount of water in the regenerator.

However, the sample at 170°C revealed a much lower discharge capacity than the other sample because of the impurities of Li3PO4 and Fe3(PO4)2, as evidenced from XRD patterns in Figure 1. Figure 2 The electrochemical performances of the LiFePO 4 samples synthesized at 170°C; and 200°C.