A Study on the Treatment of Landfill Leach by UV/ H_2O_2/ Ferric Oxalate UV/H2O2/草酸铁处理垃圾渗滤液的研究
The synthesis and calcinations process of ferric oxide precursor-ferrous oxalate had been studied in details. 对氧化铁的前驱体&草酸亚铁的合成及焙烧工艺进行了详细研究。
By means of such spectruns as TG DTA, XRD and Mossbauer, the author have studied the preparation conditions affecting the thermo decomposition of ferric oxalate. 使用TGDTA、XRD、Mossbauer谱等方法考查了制备条件对草酸铁热分解过程的影响。
Photodegradation of a basic anion dye-fuchsin basic by using ammonium ferric oxalate and H_2O_2 as a mediator in an aqueous medium was investigated. 研究了用UV/草酸高铁铵/H2O2体系光降解一种碱性阳离子染料&碱性品红。
A feasible research on photodegradation of dyestuff wastewater under solar irradiation by H2O2/ Ferric oxalate complexes was carried out. The effect of reaction time, pH value, H2O2 and Fe3+ usage, sodium oxalate solution concentration, and light intensity on decolor rate was investigated. 对日光/H2O2/草酸铁络合物处理染料废水的可行性进行了实验研究,探讨了反应时间及pH值、H2O2用量、Fe3+用量、草酸钠浓度、光强对脱色率的影响。
Study on the treatment of landfill leachate by solar/ H_2O_2/ ferric oxalate 日光/H2O2/草酸铁体系对垃圾渗滤液深度处理的试验研究
Photodegradation of dyestuff wastewater under solar irradiation by h_2o_2/ ferric oxalate complexes 日光/H202/草酸铁络合物光解染料废水
At physiological pH, ferric citrate and ferric oxalate have no effects on the reaction. 在生理pH条件下柠檬酸铁和草酸铁对硝化反应无影响。
The influences of parameters such as H_2O_2, fuchsin basic and ammonium ferric oxalate concentration and initial pH, were evaluated. 考察了初始pH、H2O2浓度、草酸高铁铵浓度、碱性品红浓度对碱性品红降解率的影响。
The effects of ferric citrate and ferric oxalate on the nitration of tyrosine by peroxynitrite have been studied. 研究了柠檬酸铁和草酸铁对过亚硝酸根硝化酪氨酸反应的影响。
Study on Photodegradation of Parathion by UV/ Ferric Oxalate Complexes UV/草酸铁络合物光解对硫磷的研究
The Treatment of Landfill Leach by Solar/ H_2O_2/ Ferric Oxalate Fe~(3+)草酸盐络合物/H2O2日/光体系对垃圾渗滤液的处理