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- The sonochemical degradation of methyl orange was studied use a 40kHz and 50 - 100W ultrasound device . 采用频率为40kHz,功率为50-100W的超声波发生器,对偶氮染料甲基橙进行降解。
- The application of microwave irradiation technique to remove methyl orange from wastewater was introduced. 介绍了利用微波辐照去除废水中甲基橙污染物的技术。
- In the medium of H_2SO_4 and catalyzed by potassium bromide,iodate can oxidize and decolorize methyl orange very well. 基于硫酸介质中,碘酸根在溴化钾的催化作用下对甲基橙有较好的氧化褪色作用。
- The photocatalytic properties of these samples were detected by decoloration rate of methyl orange solution and COD. 通过测试甲基橙溶液的脱色率和COD去除率对复合光催化剂的光催化活性进行了评价。
- The photocatalytic degradationof phenol, methyl orange and dodecylbenzene- sulfonate are studied. 利用所制得的中孔纳米二氧化钛粉体应用于甲基橙、苯酚和十二烷基苯磺酸钠的模拟废水溶液的处理中，探讨了二氧化钛的降解特性和光催化效率的影响因素。
- The decolorization rate of methyl orange can reach 52.9% by rectorite-TiO2 thin films under solar light irradiation for 7 hours. 以累托石-TiO2薄膜为催化剂;在太阳光下降解甲基橙7 h;甲基橙脱色率为52.;9%25
- The effect of illumination of ozonic and no-ozonic ultraviolet bactericidal lamp was studied on the decolorization rate of methyl orange dye solution. 以产生臭氧和不产生臭氧两种紫外线杀菌灯为光源;以甲基橙染料为对象;染料脱色率为指标;研究了两种光源对甲基橙的脱色作用.
- Methyl Orange, Acid Orange and Congo red as the guest molecules, the highest extration yields are 68.46% ,59.64%, 92.61% corresponding PAMAM 3.0G. 0G PAMAM;对三种染料最大转移率分别为68.;46%25、59
- Then, the photocatalytic degradation of Methyl orange and Congo red on the Ag-TiO2/AC had been studied under these conditions. 并确定了较佳的降解条件,在此基础上,对TiO_2/AC进行改性制成Ag-TiO_2/AC,然后再利用Ag-TiO_2/AC光催化剂研究其对目标降解物的脱色率的影响。
- Photocatalytic reaction kinetics study shows that: in dilute aqueous solution of methyl orange photodegradation reaction is first order reaction. 对光催化反应的动力学研究表明，稀水溶液中甲基橙的光降解反应是一级反应。
- The degradation ratio of methyl orange is 92.2% under radiation of 300 W high-pressure mercury lamp for 120 min when dosage of the photocatalyst is 400 mg/L. 在催化剂的添加量为400 mg/L;中性条件下;光照反应120 m in时;甲基橙的脱色率为92.;2%25。
- ZnS/TiO_2; ternary sulfide; CdS; Microemulsion; temperature programmed hydrothermal; Nanocomposite; visible-light photocatalysis; Parathion-methyl; methyl orange. 三元硫化物;微乳;水热合成;溶剂热合成;纳米复合物;可见光光催化;甲基对硫磷;甲基橙
- Tourmaline was composed with styrene-acrylic emulsion to deal with some organic dyestuff aqueous solution such as methylene blue,methyl orange,ethyl violet and congo red. 电气石用苯丙乳液复合成膜,处理亚甲基蓝、甲基橙、刚果红和乙基紫四种有机染料水溶液。
- Firstly, we investigated the process characteristics of RDR on degrading methyl orange (MO) by combining the kinetics model and fluid dynamics model we proposed. 首先，将结合旋转盘流体力学与动力学模式，利用甲基橙在紫外光下之降解速率观察旋转反应器之制程特性。
- The color-reaction of nicotine with methyl orange was studied,and the satisfying result was obtained by applying it to determinate nicotine in smoke directly. 研究了甲基橙与烟碱的显色反应，并将其应用于直接测定烟气中的烟碱含量，获得较为满意效果。
- Objective To study the effects of Chinese herbs Weichanglisu capsule on gastric emptying of methyl orange in experimental animals and patients with functional dyspepsia. 目的探讨中药胃肠力苏胶囊对实验动物和功能性消化不良患者胃排空的影响。
- Chlorine gas is one of important item in atmosphere and pullotion source monitoring,it determinated by spectrophotometry with methyl orange basing on national standard. 氯气是目前环境空气和污染源重要项目监测之一,根据国家标准方法要求,采用甲基橙分光光度法。
- We have chosen three kinds of hydrophilic dyes, Methyl Orange, Congo Rose and Acid Orange as guest molecules, electrostaic self-assembled dentrimer as the host molecule to study dendrimer's performance as phase transfer. 对以静电力自组装方式结合的端基烷基化的树状大分子,选用甲基橙、刚果红和酸性橙为客体分子,实现了对它们的相转移。
- Combined ultrasonic(US) and vacuum membrane distillation(VMD)processes,separation of high concentration aqueous solution containing methyl orange was experimentally investigated with polypropylene hollow fiber membrane. 将超声波与减压膜蒸馏技术相结合;采用聚丙烯(PP)中空纤维膜;研究了超声波促进作用下减压膜蒸馏法处理高浓度甲基橙溶液的分离性能.
- The relationships between the degradation rate constant(kRH) and the initial concentration of hydrogen peroxide and the methyl orange were summarized as kRH=0.05c(H2O2)1.4 and kRH=0.023c(RH)-1.3. H2O2和甲基橙初始浓度与反应速率常数之间的关系可分别归纳为:kRH=0.;05c(H2O2)1
