Sentence examples for Mass balance analysis from inspiring English sources
Mass balance analysis revealed maximum yields of 64.38 ± 3.47 mg (xylobiose), 6.71 ± 2.20 mg (xylotriose) and 6.71 ± 1.70 mg (xylose) from 100 mg of total sugars in sugarcane bagasse xylan hydrolysate.
Mass balance analysis was performed to explore the mechanisms of antibiotic removal, and the findings indicated that biotic and abiotic degradation are the major removal mechanisms; however, removal of quinolones is primarily ascribed to sludge adsorption.
Mass balance analysis provides evidence of the liberation of C, Si, LILE, and Pb from metapelites during infiltration metasomatism.
Mass balance analysis indicates losses of C, Rb, K2O, Ba, Pb, and SiO2 from the bleached pelitic schist, although Al2O3, TiO2, Sc, Y, Zr, Nb, La, Ce, and Nd remain immobile.
Mass balance analysis was performed to verify the measured distribution ratios by comparing the theory of chemical equilibrium as per Nernst distribution law: {K}_D=frac{{left[Xright]}_{org}}{{left[Xright]}_{aqu}} (1 where the brackets denote the concentration of "X" in each phase at constant temperature (or the activity of "X" for nonideal solutions).
Mass balance analysis for [C2mim]Cl treatment reveals the same trends as for [C4mim]Cl but since dissolution is near complete in this IL the trends are more pronounced.
The mass-balance analysis shows that the long term mass balance error was negligible for all floodplain reaches.
Mass-balance analysis leads to a relation between cumulative sand production and the current yielding front location.
Mass-balance analysis of zeolitized horizons with extensive cation exchange (drill hole UZ-16) and with only minimal cation exchange (drill hole SD-9) shows that Al is essentially immobile.
Frequency histographs produced from the multiple source mass-balance analysis confirmed that the corn and prairie species obtained up to 45% and 36% of their water from the upper 0 20 cm soil horizon, respectively.
Through mass-balance analysis, it was found that CANON (Completely Autotrophic Nitrogen-removal Over Nitrite) was responsible for the transformation of nitrogen into gaseous form, thereby causing the loss of nitrogen mass.
