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various factorsinfluencethe effectiveness of degradation process in the Fenton oxidation system
the heat generated during anodize layer formation can be more efficiently removed from the metal - electrolyte interfaceresultingin increasing efficiency of the oxidation reactions
produce other oxidizing agentscreatinga chain of oxidation reactions that reduce the reaction rate and efficiency of the Advanced oxidation process
UV radiationsleadingto a higher efficiency of the oxidation process in a short reaction time
exhaust conditions ... an oxidation catalystwould resultin a desired oxidation efficiency of the oxidation catalyst
to work at high temperatures ( 400 ° C or morecreatingthe optimal conditions for the oxidation - reduction process
The nature of supporting electrolyte ( NaCl , Na2SO4 and K3PO4influenceson the efficiency of the electrochemical oxidation process
The presence of the hydrophilic polymer , however , may cause changes in catalytic activity of glucose oxidase or thermodynamics of the hydrolytic reaction from gluconolactone to gluconic acidthereby to causeaccumulation of gluconolactone , which is a product of the oxidation reaction of glucose
where the electronsresultingfrom the oxidation process used for the reaction
in burning , deflagration or detonationresultingin burning , deflagration or detonation
in the degradation of LA into acetic acid , formic acid , or carbon dioxidecan resultin the degradation of LA into acetic acid , formic acid , or carbon dioxide
in fractional distillationresultin fractional distillation
in the contamination of the reaction product with water and with an alkanol derived from the esterresultin the contamination of the reaction product with water and with an alkanol derived from the ester
in formation of a reactor off - gas that comprises water and vaporized solventresultin formation of a reactor off - gas that comprises water and vaporized solvent
in breaking apart hydrogen into two electrons and two protonsresultsin breaking apart hydrogen into two electrons and two protons
140 ccauses140 c
the oxidation polymerization reaction of the insulation liquid from being caused in the liquid developer storage section more reliablypreventingthe oxidation polymerization reaction of the insulation liquid from being caused in the liquid developer storage section more reliably
alsocan ... influencealso
forth in Table isetforth in Table i