Sentence examples for investigated by active from inspiring English sources

The relative mechanism has been investigated by active species trapping and ESR analysis.

The stochastic thermal characteristics of Al-PCB are investigated by an active infrared imager, and its thermal time constant matrix-based probability is suggested to estimate uniformity.

The consequence of disulfide bridge reduction was investigated by incubating active HtrA1 for 20 h in the presence of 1 mM DTT, 1 mM GSH, or 4 μM TRX and analyzing the reaction products by SDS PAGE.

Physical activity was investigated by: "How physically active are you?" Options: 'not physically active'a 'a little physically active'physicallylly active' and 'very physically active' were recoded into dichotomous responses, 'less physically active' (not physically active, a little physically active) and physically active' (physically active and very physically active).

In this work, the electrode design of hybrid Zn-Co3O4/air batteries for performance improvements is investigated by considering the active material loading and the surface hydrophobicity of the Co3O4 nanosheet-decorated carbon cloth electrode.

Semi-active means to realize the skyhook inerter configuration are investigated by using semi-active inerters.

The reliance of the PTEN effects upon phosphatase activity was investigated by expression of the active-site mutants PTEN C124S, which lacks all detectable phosphatase activity, and PTEN G129E, which has dramatically impaired lipid phosphatase activity but retains full protein phosphatase activity [22].

The activation of ERK by temperature preconditioning was investigated by western blotting for active phosphorylated ERK (pERK).

The spray characteristics of the nozzle have been investigated by using kerosene without active surface agent.

The microstructure development of early-age concrete during hydration process was investigated by means of embedded active acoustic and non-contact complex resistivity monitoring methods.

Then, the photovoltaic properties of the resulting mesoporous TiO2 nanoparticles were systematically investigated by forming a photovoltaic active layer of these nanoparticles on the photoanode of dye-sensitized solar cells (DSSCs).