Sentence examples for exposed accessible from inspiring English sources

Benefiting from the larger electrochemical active surface area and more exposed accessible active sites, the ultrathin Co9S8 nanosheets, meanwhile, presented a remarkable performance towards OER and excellent catalytic activity for the HER process.

The association was more pronounced for the exposed accessible sites of the proteins studied, which are expected to be more involved with function, rather than for the structural cores, which are more likely to be involved in stability.

With the increase of the sorption temperature, CO2 diffusion can be accelerated and more amine sites may be exposed and accessible for CO2 sorption.

Optimization of electrocatalysts' geometry structure for making them stabilized and more active sites exposed or accessible is one of keys to design the electrocatalysts with highly active and durable oxygen reduction reaction (ORR) performance.

Post pretreatment, the recalcitrant lignocellulosic biomass becomes susceptible to acid and/or enzymatic hydrolysis as the cellulosic microfibrils are exposed and/or accessible to hydrolyzing agents (Jacobsen and Wyman2000).

Important features of the SW Ni Ni3S2/NF OER catalyst are believed to have played a key role in diminishing the Tafel slope because (1) morphology and active sites have significant effects on the Tafel slope and (2) highly exposed and accessible catalytic active sites of Ni-nanosheets that enhance the OER activity.

This phenomenon may manifest itself as variable affinity of anti-V3 mAb even for viruses in which the V3 loop is exposed and accessible.

Petrified Forest National Park arguably contains the best exposed, most accessible, and most thoroughly studied terrestrial Upper Triassic deposits in the world.

The NL1-binding site of the LNS6, located at so-called hyper-variable surface determined previously [27] [29], was completely exposed and accessible, although it was spatially close to the LNS5 domain (Fig. 2B).

One way to begin investigating this hypothesis is to adopt a structural approach (in conjunction with sequence-based phosphorylation predictors) and to examine whether the residues in question are exposed and accessible to kinases or buried and inaccessible.

Specifically, coupling using surface-exposed cysteine residues in the N-terminal domains allowed the molecule to be immobilised such that the putative antibody epitopes in the C-terminal and PLP domains are exposed and accessible by an antibody molecule (Figure 1).