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By comparison of the COD removal efficiencies of three processes, direct electrooxidation, photocatalysis, and photoelectrocatalysis, the results showed that not only a significant photoelectrochemical synergetic effect, but also good photocatalytic efficiency, were observed in the photoelectrocatalytic reactor.
Increasing the incoming wave height resulted in a higher efficiency for low frequency waves, but noticeable reductions in the efficiency were observed in the intermediate– and high– frequency zones.
A high discharge capacity of about 220 Ah kg carbon−1 and a nearly 100% coulombic efficiency were observed in PC dissolving LiClO4 (1 mol dm−3) under constant-current charge/discharge cycling.
However, a higher feed consumption and poorer feed efficiency were observed in the molasses treatments.
Decreased total sleep time and less sleep efficiency were observed in severely obese adolescents, of which 74% displayed sleep apnea (16.5 years; BMI 60.3 ± 2.1 kg/m).
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A slightly decreased efficiency was observed in the case of the substrate proceeding via an eight-membered chelate ring (37, 57% yield).
The highest efficiency was observed in the mixed system of 1,2-dimethoxyethane-tetrahydrofuran containing LiPF6.
Moreover, a small reduction in the fluorene biodegradation efficiency was observed in the presence and accumulation of phenol.
Results: A non-linear developmental change of VSWM efficiency was observed in the results from the ATMT-C.
A comparative evaluation was done with the conventional wetland system and better treatment efficiency was observed in the bio-rack system.
The lower ratio of N3 sleep, higher of N2 sleep, and decreased sleep efficiency was observed in hypertensives without obstructive sleep apnea (OSA).
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CEO of Professional Science Editing for Scientists @ prosciediting.com