CAJ | 학술논문

以粉煤灰为载体,在粉煤灰上进行改性,经过掺杂,煅烧后制成为一种新型光催化剂,然后利用该催化剂再外加光照的情况下降解罗丹明B废水。并用紫外-可见光分光光度计测量罗丹明B的浓度,对数据进行分析,研究对废水的处理效果。通过光催化降解实验,研究表明： pH=7,改性粉煤灰投加量为0.2 g,罗丹明B起始浓度为2 mg/L,在可见光照射120 min后,罗丹明B的降解率达到98.77%。
이분매회위재체,재분매회상진행개성,경과참잡,단소후제성위일충신형광최화제,연후이용해최화제재외가광조적정황하강해라단명B폐수。병용자외-가견광분광광도계측량라단명B적농도,대수거진행분석,연구대폐수적처리효과。통과광최화강해실험,연구표명： pH=7,개성분매회투가량위0.2 g,라단명B기시농도위2 mg/L,재가견광조사120 min후,라단명B적강해솔체도98.77%。
Drift fly ash as the carrier, the fly ash was modified on the fly ash, a new type of photocatalyst was successfully made by doped and calcined, then dealt with dyeing wastewater with light. To research effect of wastewater treatment using UV-visible spectrophotometer to measure the concentration of dyeing wastewater and analysis data. Through the experiment of photocatalytic degradation, it found that pH was closed to 7, the dosing quantity of modified fly ash was 0. 2 g, and the concentration of rhodamin B was 2 mg/L, the degradation rate of rhodamin B reached 98. 77%during 120 min under visible light.