Sentence examples for a notable capacity from inspiring English sources

The works of Joaquim Pedro de Oliveira Martins demonstrated psychological imagination, a notable capacity for general ideas, and a gift of picturesque narration.

They appeared to have a notable capacity to promote the h-osteoblast adhesion and differentiation process by increasing the gene expression of alkaline phosphatase, bone sialoprotein, and osteopontin.

A long cycle life at a high rate is also achieved, with a notable capacity of 665 mAh g−1 after 600 cycles at a high current density of 5000 mA g−1.

CO2 adsorption measurements reveal a notable uptake capacity up to 130.4, 98.4, and 87.5 mg/g at 273, 298, and 308 K, respectively, along with the high isosteric heats of adsorption (30.4 32.2 kJ/mol).

The CO2 adsorption studies show a notable uptake capacity up to 4.91 (21.60 wt.%) and 3.19 mmolg−14.04.04 wt.%) at 273 and 295 K/1 bar respectively, combined with high isosteric heats of adsorption (28.52 30.56 kJ mol−1).

The first-cycle coulombic efficiency and capacity retention of NG were much bigger than those of GSs and EG. The notable capacity fading observed in GSs and EG may be ascribed to the disorder-induced structure instability.

In the case of the genes that are most highly expressed in non-differentiated RPE and are suppressed by A-83-01 A-83-01 A-83-01UM, CDH11, and ZBED2) have evidenthreereases in expression at the later passageneshen there is a notabLUM,oss of CDH11ity to terminandy differentiate; while the expression of the remaining wound response genes remained blocked by A-83-01.

This highlights how some tissues, such as human muscle, might actually have a notable reserve of respiratory capacity, and that minor changes in their mitochondrial content might not be enough to limit resting respiratory needs.

The emergence of humanism has long stood as a notable example of the capacity of the book to preserve knowledge through centuries of disinterest and neglect.

The strength increment due to TRM strengthening was observed to range from 128% to 136% when the URM test walls were loaded in-plane and from 575% to 786% when the URM test walls were loaded out-of-plane, with a notable increment in deformation capacity and ductility.

The author also highlighted the negative consequences of this approach in case of competing background traffic e.g. decreases in network capacity, a notable increase in client's power consumption, and unfairness.