Sentence examples for furthermore to quantitatively from inspiring English sources
Furthermore, to quantitatively access the influence of probe radius on the frictional property of the substrate, the average friction coefficient is obtained by averaging more than 1,000 instantaneous points of friction coefficient in the range between 3 and 12.2 nm.
Furthermore, in order to quantitatively depict the user behavior, we further introduce the user behavior coefficient concept to our model.
Furthermore, SCS was used to quantitatively investigate trapped charge effect inside the isolated Si-nc.
Furthermore, regression models are suggested to quantitatively represent the correlations between the scour depth and the performance parameters of piers.
Furthermore, the approach allows one to quantitatively compare strategies that directly reduce the transmissibility of a pathogen or limit opportunities for a pathogen to spread.
Furthermore, to avoid the visual errors caused by naked eye observation, a previously developed volumetric bar-chart chip (V-Chip) was used to quantitatively detect UO22+ concentrations in water by encapsulating Au-Pt nanoparticles in the hydrogel.
Furthermore, the proposed model is used to quantitatively investigate the variations in CO2 emissions and material production costs depending on variations in the performance objectives.
Furthermore, it has become an imperative to quantitatively and automatically analyze the elicited customer requirements so as to simplify and optimize the subsequent product conceptualization and selection of conceptual design alternatives.
Furthermore, to ascertain a causal influence of amygdala pathology on emotional responses at specific time windows, we also computed parametric statistics where the amygdala pathology was characterized quantitatively (based on the separately measured structural T2 signal intensity) rather than categorically.
Moreover, we were able to quantitatively validate this similarity.
Furthermore, we have also experimentally demonstrated an approach to quantitatively control transmission of light through NHA and multilayer coating of both dielectric and metallic layers with the potential use of sensing applications.
