Sentence examples for max were found from inspiring English sources
The Langmuir constants b and q max, were found to be 0.836 L/mg and 26.35 mg/g, respectively.
Both genes (Joint Genome Institute accession number-Glyma08g01970 and Glyma05g37610) of Glycine max were found to be originated from intergenomic duplication from Arabidopsis.
In addition, trends towards association with gemcitabine C max were found for three ENT SNPs, ENT1 IVS8 + 97T→ C (ENT1024), ENT1 1861C→ T (ENT1037), and ENT1-7789T→C (ENT1004).
The value of H max is found using the same approach as used for T dupl and N dupl.
In line 7, the index of the largest diagonal entry of P j (P j ) H, i max, is found.
In the case of SinHn SPSNs, the maximum molar absorption coefficient (ε max) is found for Si24H24 ~6000 M−1cm−11) indicating the orbital transition to be from pi-bonding to pi-antibonding orbital transition (pi→pi*).
To obtain the double-layer capacitance (C dl), the frequency at which the imaginary component of the impedance is maximal (−Z max) is found using the following equation: C_{text{dl}} = left( {1/2pi f_{ hbox{max} } R_{text{ct}} } right) (6 where f max is the frequency at the maximum in the Nyquist plot, R ct is the charge transfer resistance value, and C dl is the double-layer capacitance.
Furthermore, a correlation between ΔMCF ExTEM and LLS max was found (0.399; P = 0.014).
If the input matrix is first sorted to maximise nestedness by rank ordering rows and columns by degree, the form of NODF known as NODF MAX is found.
When comparing the effect of PDBu on release kinetics between different sucrose concentrations, indeed a supralinear increase in k2, max was found, with the increase in k2, max being three orders of magnitude larger at 0.5M than at 0M. Next, we calculated the activation energies from the changes in k2, max, using Equation (5), which were reduced with a similar Δ E a for all sucrose concentrations.
The timing at the half-maximal-concentration (Chalf-max) was found to be proportional to the concentration of the initial cultures (see Figure S4A in File S1).
