Sentence examples for morphology and active from inspiring English sources

The synthesis of Fe-MoS2NF with refined morphology and active electronic structure is expected to open a new era for improving the catalytic activity and stability of MoS2.

By means of a variety of analyses (SEM, AFM, IR, UV vis and XRD) it is shown that this synthesis method allows to obtain ZnO microcrystals with well defined morphology and active toward hydrogen adsorption.

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.

The direct simultaneous observation of surface morphology and active regions of proton conduction on membranes by combined high-resolution AFM phase imaging and an electrochemical technique at controlled humidity provided significant morphological information, particularly for the hydrocarbon-type membranes that exhibit few or no features on SAXS profiles.

Direct microscopic analysis of fibroblast-mediated neutrophil survival by cellular morphology and active caspase-3 immunostaining confirmed these results.

Since neurons are post-mitotic cells with polarized morphology and active protein trafficking, they are highly dependent on autophagy for their survival [ 3, 4].

The plasma-induced surface changes on morphologies and active groups were characterized by scanning electron microscope (SEM) and X-ray photoelectron spectroscopy (XPS).

This assessment is divided into six sections and includes 35 items covering neurosensory aspects, cranial morphology, passive and active muscle tones, spontaneous motor activity and primary reflexes.

Generally, the performances of semiconductor oxide photocatalysts are dependent on the surface area, mesoporosity, crystallinity, morphology [31], and active facets exposed [32].

PL is used to detect the surface defects occurring on titania nanoparticles, and a correlation between the titania morphology and electron active sites can be built.

Considerable influence of the support oxide on the composition, structure, redox properties, morphology and catalytic activities of the active iron oxide dispersed phase has been observed.