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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.
The adsorption capacity increased with the temperature, indicating that the mobility of dye molecules increased with temperature, and the adsorption was endothermic.
For both enzymes, hydrolytic patterns of gelatin were clearly observed when the unit of enzyme increased indicating that the amount of very small molecules increased with unit of enzyme used.
Therefore, for the filtered-down rubrene NPs, the relative PL intensity at 464 nm to approximately 516 nm caused by the tetracene backbone monomer in the rubrene molecules increased with increasing hydrothermal temperature, as a result of H-aggregation.
Moreover, when checking the cloned contaminant sequences, they observed that the level of damage in the contaminant DNA molecules increased with time and demonstrated that the damage rate of the older contaminant and the endogenous DNA sequences were indistinguishable.
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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.
As the kinetic energy of a molecule increased with increasing the temperature, hydroxide ions moved faster at higher temperatures.
The removal percentage of CR molecule increased with time due to its adsorption onto adsorbent sites.
On the other hand, the normalized crystallinity of iPP molecules increases with increasing aPP content.
The DOC concentration and the CO functionality of leachable organic molecules increase with increasing duration of oxidation.
The transport velocity of water molecules increases with increasing number of methane molecules, but decreases with increasing diameter of the SWCNT.
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