Sentence examples for mol was found from inspiring English sources
A further increase in MoO3 content over 0.03 mol was found to decrease the dielectric constant, possibly due to overcompensation of charge which caused a slight increase in electrical conductivity.
At the steady state, i.e., after 500 h, a dissolution rate of 8.8 ± 0.1 × 10−11 mol vermiculite m−2 s−1 was found with respect to Si.
Interestingly, a developmental pattern was evident in the SR-1 data where the Gal content decreased stepwise from ca. 25 mol% in leaf 3 to ca. 15 mol% in leaf 6, while a converse staggered increase in GalA abundance from ca. 40 mol% in leaf 3 to ca. 50 mol% was found.
The apparent electrocatalytic activity of the oxide with 0.8 1.0 mol Cr was found to be the greatest among the present series of oxides investigated.
Higher bioelectroactivity (9.29 × 10−8 mol cm−2) was found from biofilm on carbonized corn stem (Rbiofilm, 45 Ω) with an electron transfer rate (bacteria-anode) of 63 × 10−5 cm s−1.
The restraint weight value w = 1.0 kcal/(mol Å2) was found to yield the best cross-docking results and so used in all subsequent docking simulations.
A compression molded polymer film containing 78 mol% 3HB, 11 mol% 3HV and 11 mol% 4HB was found to possess an elongation to break of 700% after one month, compared with 740% after molding, but ultimately declined to 35% after 13 months.
The minimum amount of H2O2 to degrade 1 mol of TOC was found to be 3.57 mol.
The activation energy for film dissolution in 3.0 mol dmt-3 H2SO4 was found to be 63 kJ molt-1.
The degree of polystyrene sulfonation was varied from 20 to 34 mol%, and was found to be directly proportional to the aqueous solubility of the material.
During the optimization of the device, incorporation of 2 mol% Cs was found to further enhance the performance and reproducibility of the devices without a noticeable change in Eg (Supplementary Figs. 8 12, see Supplementary Notes 1, 2 and 3 for additional discussion on the optimization process and impacts of 2 mol% Cs).
