Sentence examples for capacity superior to from inspiring English sources

Characterization and performance tests of the obtained products revealed that MIP@SiO2 not only had excellent selectivity to the target molecule MEL compared with NIP@SiO2, but also displayed absorption capacity superior to MIP due to the molecular recognition sites on the surface of silica gel.

In this study, A. tubingensis XG21 exhibited the FFase-producing capacity superior to those strains mentioned above under the cultivation conditions with cheap substrates as carbon sources.

It was possible to observe, in general, that the isolated biosurfactants presented demulsification capacity superior to the cell-free broth (crude biosurfactants).

Diagonally reinforced coupling beams strongly resist sliding and have ductility, energy dissipation, and stiffness retention capacities superior to those conventionally reinforced coupling beams (Paulay and Binney 1974; Barney et al. 1980; Tassios et al. 1996; Galano and Vignoli 2000; Harries et al. 2005; Fortney et al. 2008; Wallace 2012; Naish et al. 2013).

Materials with these surface coating layers exhibited excellent capacity retentions superior to the bare material, without undermining the lithium ion transport characteristics and the high rate performances.

Moreover, the LIC cell with LiFSI/EMImFSI was stably cycled even at 0 °C and its discharge capacity was superior to that of the LiPF6-based solvent electrolyte at 0 °C.

This modelling scheme demonstrates a predictive capacity far superior to the few current models available in the literature and allows an accurate calculation of the critical interface thickness, such that it outlines a proper interface engineering tool to design high thermally conductive composite materials.

In this term, we were able to prepare a Bifunctional Air Electrode based on the selected α-MnO2 sample which demonstrated a round-efficiency of 53%, a ΔV around 1 V and a neglected loss of the charge potential (about 2.1 V) over the entire lifecycle test (more 200 cycles over 30 hours) with a capacity retention superior to 95%.

In spite of a large capacity drop after the first cycle, their initial discharge volumetric capacities are superior to graphite and comparable to those of pure Si with equivalent thickness.

Preliminary Li battery tests have shown that Li/LiFePO4 cells with PIL/IL/PIL-FMSiNP CPE are capable of delivering 135.8 mA h g−1 capacity at 60 °C during 30 charge/discharge cycles, suggesting that their capacity and capacity retention are superior to cells using unmodified PIL/IL PE (50.0 mA h g−1).

In the surgical group, forced vital capacity (FCV) and total lung capacity (TLC) were superior to 75% in 90% of the cases.