Sentence examples for solids are compared from inspiring English sources
The structural properties of the solids are compared by means of X-ray diffraction and UV-Vis diffuse reflectance spectroscopy.
The structural data in the solid were compared with the results of the quantum chemical analysis in the gas phase.
Rumen fluid of buffalo, fed on varied concentrations of green and dry roughage, and fractionated into liquid and solid, were compared for bacterial abundance by qPCR and the results were compared with the MG-RAST based analysis of the same samples sequenced using shotgun and amplicon sequencing methods.
To compare slurry and sludge within each round of samples, average slurry analyte concentration in each phase (aqueous or solid) was compared to the respective concentration in sludge at the same location in the lagoon using paired t test.
The performances of an innovative solid barrier and the ones of commonly used solid barriers are compared in terms of these metrics.
However, when analyte concentrations in slurry aqueous and solid phases are compared to the respective concentrations in sludge aqueous and solid phases using paired t test, it is evident that levels of many compounds (e.g., E2α, E3, AN, P4, AN-S, and phytoestrogens) in these separate phases were often significantly lower in sludge compared to slurry.
The solid catalysts are compared to an antibody catalyst and their behaviors contrasted.
The numerical prediction of the mean vertical solid velocity are compared with experimental data obtained from Positron Emission Particle Tracking.
Various treatments of the diffusion-controlled lengthening of plates during precipitation from a supersaturated solid solution are compared numerically.
Main bearing load results of rigid, beam and 3D solid models are compared and beam model is used in counterweight configuration analyses.
The results obtained by using the four-node tetrahedral elements and the eight-node solid elements are compared with the results obtained by using the three-dimensional beam element.
