The phrase "and loadings in the" is grammatically correct and can be used in written English.
It is typically used in contexts related to data analysis, statistics, or research, often referring to the coefficients or weights associated with variables in a model.
Example: "The results of the factor analysis revealed significant loadings in the first two components."
Alternatives: "and coefficients in the" or "and weights in the".
Thus, a more effective evaluation of household lead hazards would likely benefit from considering a) lead concentrations and loadings in and around the household environment; b) all isotopic ratios of potential lead sources within that environment; and c) information about behavioral habits, as well as an evaluation of viable pathways of exposure to the child.
The final pattern was labeled as Grain because of the high positive loadings in whole grains, cereals, and grains, and negative loadings in the groups containing beer, white wine, and coffee.> -wrap-foot> aAbsolute values less than 0.15 were not listed and those above 0.50 indicated in bold to visually emphasize strength of association.
From the experimental results, it was found that the resulting enriched activated sludge follows the growth rate of the Monod type and can biodegrade those COD and NAP loadings in the influents efficiently, and its bio-treatment efficiency on NAPs increases with the decrease of influent flow rate.
PC2 explained a variability of 16% and the loadings in the case of PC2 showed positive values for pectin and polysaccharides (850.6, 837.1, 824.5 cm−1).
The simulations show that there is an optimal fraction of Fe and Cu loadings in the combined systems.
By incorporating the appropriate repetitive laser pulses, the designed transient temperature fields and thermal loadings in the engine parts could be simulated.
Factorial designs were used to determine the need for particle size reduction as well as to optimize pretreatment conditions and enzymes loadings in the hydrolysis.
The selective hydrogenolysis of biomass-derived xylitol to ethylene glycol and propylene glycol was carried out over non-noble Ni-decorated Cu-SiO2 nanocatalysts with a wide range of Cu/Ni mass ratios and metal loadings in the presence of Ca(OH 2.
In addition to orthoclase dissolution, excessive application of KCl as a fertilizer may have contributed to K+ and Cl− loadings in the groundwater (Lee et al. 2005).
Experiments were performed typically using 50 ml of a 2 × 10-5 M aqueous solution of the dye and photocatalyst loadings in the range of 0.5 to 0.6 g/L.
