2014
DOI: 10.1080/19443994.2013.800251
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Water entropy-driven electrochemical relaxation of dissolved oxygen in aerated refinery wastewater

Abstract: A B S T R A C TThe results obtained in this paper show dissolved oxygen monolayer chemisorptions in gas bubbles in aerated and saturated refinery wastewater is water entropy-driven relaxation processes. Dissolved oxygen and hydrogen electrons affinity keep constant liquid water molecules entropy. In the time period of water molecules crystallization on water input, or volatilization on air output on active adsorption or condensation nucleuses depending on aeration regimes, oxygen adsorption heat keeping consta… Show more

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Cited by 4 publications
(7 citation statements)
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“…According to the previous results [14], (see Fig. 7 (b)), energy efficiency, Ee, g/kWh of oxygen transport controls catalytic influence of water adsorption and condensation active centers due to the greater density and about thousand times less radii (electron path) in comparison to the chemisorbed oxygen diffusion depth in gas bubbles.…”
Section: Diagnostics Of Activation Energies Of Oxygen Transport Procementioning
confidence: 83%
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“…According to the previous results [14], (see Fig. 7 (b)), energy efficiency, Ee, g/kWh of oxygen transport controls catalytic influence of water adsorption and condensation active centers due to the greater density and about thousand times less radii (electron path) in comparison to the chemisorbed oxygen diffusion depth in gas bubbles.…”
Section: Diagnostics Of Activation Energies Of Oxygen Transport Procementioning
confidence: 83%
“…flows (c-2-6, N max = 6), (c-2-10, N max = 0), and to the all examined regimes at water level 1 m (5-1-q, N max = 10) and (10-1-q, N max = 10), where tga = 2,6-3,5 (see Fig. 7 (a) and 7(b) [14]). Fig.…”
Section: Diagnostics Of Activation Energies Of Oxygen Transport Procementioning
confidence: 98%
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