It can be seen in Table 6 that this value sits squarely inside the minimum-maximum concentration ranges given for coatings used for food cans.
Efavirenz concentrations were expressed as medians (minimum, maximum).Midpoint concentrations were 1.58 μg/mL (1.36, 6.02) and 3.14 μg/mL (1.74, 7.72) for whites and Latinos, respectively (p < 0.05).
Minimum and maximum DO concentrations were quantified by averaging minimum and maximum concentrations by year for all years in which at least five samples were taken, then taking a mean of these concentrations across years.
The minimum and maximum concentrations in urbanized areas varied from 0.39 to 12.45 (μM) for P-org and 0.00 to 5.92 (μM) for P-inorg in water, and in sediments from 89.90 to 808.16 (μM g−1) for P-tot and 0.00 to 76.51 (μM g−1) for P-poly.
As a result, the minimum and maximum concentrations for the formation of stable spherical particles of poly S-co-EGDMA), poly S-co-EGDMAA), and poly S-co-EGDMA), the poly S-co-TMPTMAd its distribution, CV, yield and the TGA onset poly S-co-TMPTMAicantly affected by the number of the crosslinkable functional moiety.
The minimum and maximum concentrations of calcium are 12 and 296 mg/l, respectively.
The minimum and maximum concentrations for forming stable particles were ranging from 70-90% for EGDMA and PETRA.
Its minimum and maximum concentrations were 0.229 and 0.971 mg/l during June 2014, and 0.363 and 1.484 mg/l during January 2015 (Fig. 7), respectively.
It is a mathematical consequence of first-order degradation that the minimum and maximum concentrations stabilise at a certain level over time, if the frequency and magnitude of the emission remain constant.
Accordingly, the percent enrichment was calculated following Zonta et al. (1994) as below: {text{Percent}};{text{enrichment }}% = frac{{ C - C_{hbox{min} } }}{{C_{hbox{max} } - C_{hbox{min} } }} times 100 where C is the mean concentration (µg g−1) in sediment, C min and C max are the minimum and maximum concentrations (µg g−1) observed in this study.
– Max.: Minimum and maximum concentrations.
