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On the other hand, the normalized crystallinity of iPP molecules increases with increasing aPP content.
In the vicinity of the amine groups, the exclusion of water molecules increases with the increasing hydrophobicity of the amine moieties above the lower critical solution temperature.
The transport velocity of water molecules increases with increasing number of methane molecules, but decreases with increasing diameter of the SWCNT.
Moreover, the amount of trapped molecules increases with increasing amplitude of the applied potentials until about 240 V.
It is important to note that for surfaces with nanostructures, the number of non-evaporative liquid molecules increases with height of the nanoposts, which results from the phenomenon that a few molecular layers are absorbed on the nanostructures.
It was observed that the adsorption of CR molecules increases with an enhancement in dye concentration and inclines to reach the saturation point at higher concentrations (250, 275, and 300 mg L−1).
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The DOC concentration and the CO functionality of leachable organic molecules increase with increasing duration of oxidation.
The photocatalytic activities of the mesoporous ZnxCd1−xS samples for the photodegradation of methylene blue (MB) dye molecules increase with the decline of alumina.
On the molecular level, the drag of water and methanol molecules by protons is roughly of the same magnitude, with the drag of methanol molecules increasing with increasing methanol content.
The adsorption capacity increased with the temperature, indicating that the mobility of dye molecules increased with temperature, and the adsorption was endothermic.
The degree of condensation and intermolecular interaction of rubrene molecules increased with increasing hydrothermal temperature, because external high pressure was applied to the NPs during the hydrothermal process.
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