等离子体催化脱氮的实验研究

研究了等离子体和催化剂共同作用下氮氧化物的脱除情况 ,催化剂采用分子筛Cu ZSM 5。实验证明 ,在有催化剂存在的条件下 ,等离子体反应器的脱氮效率有了很大的提高 ,同时电源功率、烟气成分、温度、添加剂也都是影响实验结果的重要因素。     

SEAR技术修复土壤和地下水中NAPL污染的研究进展

就SEAR技术修复土壤及地下水中NAPL污染的原理及发展现状进行了综述.SEAR技术可以快速有效地去除土壤和地下水中的NAPL污染源,适于多种污染物.该技术通过增溶和增流2种途径提高NAPL污染物的去除率.表面活性剂的选择和微乳液体系的调配是SEAR技术实施的关键环节.将SEAR技术用于高浓度NAPL污染源的治理,并与生物修复和自然降解相结合,是经济高效的治理方案.     

The combined effect of titanium dioxide nanoparticles and cypermethrin on male reproductive toxicity in rats

Environmental Science and Pollution Research - Titanium nanoparticles and pyrethroid pesticides are now being widely used in industrial, agriculture, and biomedical applications. In recent years,...     

Effect of pyrolysis temperature and hold time on the characteristic parameters of adsorbent derived from sewage sludge

According to the Doehlert‘s matrix method, the adsorbent derived from sewage sludge was prepared through chemical activation under controlling the pyrolysis temperature and hold time. The characteristic parameters including the total yield, adsorption of methylene blue, adsorption of iodine, BET surface area, micro-pore volume are 35%-49%, ]6..5--38 mg/g, 28.5--362 mg/g, 18.5--359 m^2/g, and 0.112--0.224 m^3/g, respectively. According to the experimental data, the multi-linear regression method was adopted to fit the relations between the characteristic parameters and influential factors. At final, through optimization method, the optimal adsorbent is obtained when using 62 min as hold time and 1105K as pyrolysis temperature. Under the conditions, the adsorbent was produced and compared the characteristic parameters with model forecast value, the coherence is satisfied.     

优化引射除尘器性能的研究

在采煤工作面,煤尘污染严重威胁煤矿生产和工作健康,本文介绍了用于放顶煤工作面降除尘的引射除尘器。从优化引射除尘器性能的角度出发,设计了实验系统。运用正交分析的方法,确定了引射除尘器的最佳结构。     

电磁屏蔽织物的制备及应用

本文介绍了电磁屏蔽织物的制备技术和国外电磁屏蔽织物的产品开发概况。     

松花江水质有机毒物生态污染防治

松花江是中国有机污染危害严重的河流之一.松花江的主要环境问题是有机毒物造成的生态污染危害.松花江的环境污染特征是有机污染冰封期加重和点源污染突出.根据松花江的污染危害及特征提出了污染防治措施.     

模糊综合指数在判断水质变化趋势和水体管理中的应用

应用模糊数学中的模糊综合评判法，确立水质的模糊综合指数，对徐州市地面水体的水质变化趋势进行了探讨，发现模糊综合指数对水体的管理具有指导作用。