江西师范大学学报（自然科学版）
江西師範大學學報（自然科學版）
강서사범대학학보（자연과학판）
JOURNAL OF JIANGXI NORMAL UNIVERSITY（NATURAL SCIENCES EDITION）
2014年
4期
350-352
,共3页
赵二劳%贾楠%陈静超%任光明
趙二勞%賈楠%陳靜超%任光明
조이로%가남%진정초%임광명
微波%苯酚%降解率
微波%苯酚%降解率
미파%분분%강해솔
microwave%phenol%degradation ratio
对微波辅助 H2 O2降解水中苯酚进行研究，考察了不同因素对苯酚降解效果的影响.结果表明：微波辅助 H2 O2降解水中苯酚最佳降解条件为：对于100 mL 浓度为50 mg·L -1的苯酚溶液，加入质量浓度为6%的 H2 O2溶液8.0 mL，在室温、微波功率500 W 下，微波作用45 min，苯酚降解率可达88.76%.实验同时表明：微波与 H2 O2在降解苯酚时存在明显的协同效应.
對微波輔助 H2 O2降解水中苯酚進行研究，攷察瞭不同因素對苯酚降解效果的影響.結果錶明：微波輔助 H2 O2降解水中苯酚最佳降解條件為：對于100 mL 濃度為50 mg·L -1的苯酚溶液，加入質量濃度為6%的 H2 O2溶液8.0 mL，在室溫、微波功率500 W 下，微波作用45 min，苯酚降解率可達88.76%.實驗同時錶明：微波與 H2 O2在降解苯酚時存在明顯的協同效應.
대미파보조 H2 O2강해수중분분진행연구，고찰료불동인소대분분강해효과적영향.결과표명：미파보조 H2 O2강해수중분분최가강해조건위：대우100 mL 농도위50 mg·L -1적분분용액，가입질량농도위6%적 H2 O2용액8.0 mL，재실온、미파공솔500 W 하，미파작용45 min，분분강해솔가체88.76%.실험동시표명：미파여 H2 O2재강해분분시존재명현적협동효응.
Microwave assisted H2 O2 degradation of phenol in water was studied. Different factors associated with the effect of degradation were investigated. Results indicated that the optimal conditions for microwave assisted H2 O2 degradation of phenol in water were as follows:for the 100 mL phenol solution with concentration 50 mg·L - 1 , adding 8. 0 mL H2 O2 solution(6% ),microwave power 500 W,at room temperature,the degradation ratio was up to 88. 76% after 45 min. Meanwhile,the experimental results showed that the microwave and H2 O2 have obvious syn-ergetic effect for the degradation of phenol solution.
