Sentence examples for comparable capacity from inspiring English sources
"comparable capacity" is a correct and usable phrase in written English
It means having a similar or equivalent ability or size to something else. Some examples of using "comparable capacity" in a sentence are: 1. "The two cars have a comparable capacity for speed and performance." 2. "The new model boasts a larger engine and a comparable capacity for fuel efficiency." 3. "Our company's production line has a comparable capacity to that of our competitors." 4. "Despite being smaller in size, this company has a comparable capacity for innovation and growth." 5. "The two laptops have a comparable capacity for storage and processing power."
It is in our national interest to preserve the core competencies and facilities of these companies until America develops comparable capacity in other companies.
As discussed below, it is not clear that 'postnational' approaches have any comparable capacity to bind elites to the masses.
Delta-39, Delta-24 induced a cytopathic effect with similar efficiency in glioma cells, a comparable capacity for replication.
After desorption and regeneration with deionized water, MOCZ could be reused to adsorb uranium (VI) at a comparable capacity.
All of them demonstrate that the HJ-1B satellite has a comparable capacity for UHI studies as other commonly used remote sensing satellites.
These individuals showed comparable capacity to be logically consistent in decision-making.
Comparable capacities on the order of 420 mafter after 20 cycles at 100 mAg−1 is observed for the 3 relatively high Ni-concentration samples NiC10, NiC40, and NiC80.
The major results of the HCDI system with Na2FeP2O7 showed a superior maximum deionization rate performance (0.081 mg g−1 s−1) with a comparable deionization capacity (30.2 mg g−1) compared to the previous HCDI system with Na4Mn9O18.
By comparison, untreated TiO2 nanoparticles showed comparable reversible capacity (237.3 mAh g−1) and coulombic efficiency (96.2%), but poor capacity retention (53.2%) under the same condition.
Compared to the well-known SBA-15, the TUD-1 based nano-porous MBS showed not only a comparable gravimetric capacity (∼115 mg-CO2/g-sorb), but also a significantly higher volumetric capacity (as high as 68 mg-CO2/mL-sorb).
Whilst our working memory precision findings are not directly comparable with capacity estimates (e.g. it is not possible to recover 'total capacity' by adding up precision per item), they complement earlier findings by providing evidence within a distinctly different empirical and conceptual framework to that of capacity, including recent reformulations of slot models (Zhang & Luck, 2008).
