Nonetheless, the amount of the chemicals on the ants' cuticles actually increased – indicating that the phthalates were present in the air and stuck to the ants' cuticles.
However, beyond the threshold, the current sharply increased indicating that DNA could transport charge carriers [66].
Carbon and nitrogen increased indicating that brought about the development of chitin structure.
The sorption capacity increased when temperature of the solution was increased, indicating that the process was endothermic.
After fermentation the number of cells increased, indicating that cell growth took place inside the solid matrix.
The LVSF configuration showed improved performance in power as the flow rate increased, indicating that flow pattern affects BES performance.
However, the selectivity to n-butylaldehyde increased, indicating that the acidity did not concern to the nbutylaldehyde formation.
The FRET from EBFP to EGFP decreased as the length of the helical linkers increased, indicating that distances increased in proportion to the length of the linkers.
Volumetric power increased as electrode area per anode compartment volume increased, indicating that the MFC with two groups of electrodes was better than that with one group.
Additionally, it was found that the volume of eroded craters increases as relative speed is increased, indicating that higher melting efficiencies are achieved for higher relative speeds.
