化学通报（网络版）
化學通報（網絡版）
화학통보（망락판）
Chemistry Online
2008年
1期
1-5
,共5页
曾新平%唐文伟*%庄琳懿%倪亚明
曾新平%唐文偉*%莊琳懿%倪亞明
증신평%당문위*%장림의%예아명
酸性氧化电位水%电解质浓度%电压%极间距%电解时间
痠性氧化電位水%電解質濃度%電壓%極間距%電解時間
산성양화전위수%전해질농도%전압%겁간거%전해시간
Electrolyzed oxidizing water%Electrolyte concentration%Applied voltage%Electrode gap%Electrolysis time
对酸性氧化电位水的产生条件进行单因素分析的结果表明,在实验研究范围内电解质浓度越高、电压越大、极间距越小、电解时间越长,酸性氧化电位水的水质越好.考虑到制水成本和效率,制备酸性氧化电位水的最佳反应参数为:CNaCl=1.5~2.5g/L,U=15~20V,d=20~30mm, t=2~4min.
對痠性氧化電位水的產生條件進行單因素分析的結果錶明,在實驗研究範圍內電解質濃度越高、電壓越大、極間距越小、電解時間越長,痠性氧化電位水的水質越好.攷慮到製水成本和效率,製備痠性氧化電位水的最佳反應參數為:CNaCl=1.5~2.5g/L,U=15~20V,d=20~30mm, t=2~4min.
대산성양화전위수적산생조건진행단인소분석적결과표명,재실험연구범위내전해질농도월고、전압월대、겁간거월소、전해시간월장,산성양화전위수적수질월호.고필도제수성본화효솔,제비산성양화전위수적최가반응삼수위:CNaCl=1.5~2.5g/L,U=15~20V,d=20~30mm, t=2~4min.
The influences of electrolyte concentration, applied voltage, electrode gap and electrolysis time on electrolyzed oxidizing water (EOW) was discussed. The results of single factor analysis demonstrated that the quality of EOW was improved with the increase of electrolyte concentration, applied voltage and electrolysis time and the decrease of electrode gap. The optimal conditions were determined to be CNaCl=1.5~2.5g/L,U=15~20V,d=20~30mm, t=2~4min .
