1) Acid Red
酸性红
1.
Study on the decolouration of fly ash to acid red dyeing wastewater;
粉煤灰对美尔雅酸性红印染废水的脱色研究
2.
Dynamic modeling and simulation of the mesoporous material and acid red 12~# dye molecule system;
介孔材料-酸性红12染料分子体系动力学模型的建立和模拟
3.
The adsorption isotherms were simulated and the results showed that the adsorption of Acid Red and Alizarin Red over n-dodecyl amine modified titanate was enhanced with the increasing of the adsorption temperature,indicating an endothermal process.
通过静态吸附实验,深入研究了正十二胺支撑钛酸材料对酸性红和茜素红染料的吸附行为。
2) SRB
酸性桃红
1.
THE EFFECT OF INORGANIC IONS ON THE PHOTODEGRADATION OF SRB ON TiO_2/ZEOLITE UNDER UV LIGHT;
紫外光下无机离子对TiO_2/沸石光降解酸性桃红的影响
2.
The photocatalytic activities of the samples were tested by photodegradation of sulforhodamine B (SRB) under ultraviolet (UV) and visible light irradiation.
本文通过沉积—沉淀法制备了不同温度下焙烧的 Au-TiO_2/膨润土催化剂,通过 XRD、DRS、BET 和 XPS 方法表征了这些催化剂,并且在紫外光和可见光照射下降解了酸性桃红。
3) acid red
酸性大红
1.
This paper relates to the self-prepared nano-particle ZnO-TiO2 synthetic material for a three-phase photo-catalytic reactor,with which acid red,a dying stuff,is degraded for a laboratory study of photocatalytic degradation of refractory organic pollutants.
在自制的三相内循环光催化反应器中,对pH值、催化剂加入量、酸性大红初始浓度对降解率的影响进行了探讨。
2.
The process of simulated sunlight irradiation,H2O2 oxidation and the combination of these two were studied to degrade Acid Red in water,respectively.
针对印染废水脱色难的问题,采用强化日光、H2O2及强化日光-H2O2联用工艺脱色处理含偶氮染料-酸性大红的模拟染料废水,研究了溶液起始浓度、共存无机阴离子、H2O2投加量等影响因素对酸性大红降解脱色效果的影响。
4) Acid red 26
酸性红26
1.
An liquid chromatographic method was developed to simultaneously determine five forbidden dyes(Orange Ⅱ,Acid red 1,Acid red GR,Acid red 26 and Orange G) in high protein food.
建立了食品虾仁中合成色素(酸性大红GR、金黄粉、橙黄G、酸性红1号、酸性红26)的反相液相色谱同时检测方法。
5) acid red G
酸性红G
1.
Processing Acid Red G dyeing wastewater by active carbon adsorption and TiO_2 photocatalytic cegradation;
用活性炭吸附和TiO_2光催化降解法处理酸性红G染色废水
2.
Degradation of Acid Red G by Nano-size Fe under Assistance of Supersonic
超声辅助纳米铁降解酸性红G的实验研究
3.
The photocatalytic degradation of acid red G on the catalyst showed that the contents of cobalt in the catalyst had important effect on the photocatalytic activity of the catalyst.
光催化降解酸性红G的实验结果表明,Co掺量对K2Nb4O11光催化性能有较大的影响,确定了Co的最佳掺量;K2Nb4O11和CoNb2O6等氧化物的复合效应可能对光催化性能的改善起主要作用;掺Co的K2Nb4O11光催化降解酸性红G的反应动力学符合一级反应。
6) Acid Violet Red
酸性品红
1.
Coating the TiO2 Thin Film on the Active Carbon with CVD and Photo-Catalytic Degradation of Acid Violet Red;
用CVD法在活性炭上镀二氧化钛薄膜光催化降解酸性品红
2.
Treatment of acid violet red dye wastewater by Fe-Cu-C microelectrolysis method in fixed reactor;
Fe-Cu-C三元固定床微电解法处理酸性品红染料废水
3.
Degradation treatment of acid violet red dye wastewater by electrokinetic method
电动降解处理酸性品红染料废水的研究
补充资料：酸性红3B
分子式：C19H15N3Na2O8S2
分子量：523.42
CAS号：暂无
性质：暗红色粉末。能溶于水，在一定程度上溶于酒精呈品红色，微溶于丙酮。遇浓硫酸呈品红色。稀释后呈桃红色。其水溶液加浓盐酸呈品红色，加氢氧化钠液呈橙棕色。染色时遇铜、铁离子色泽稍蓝。
制备方法：邻甲苯胺重氮化，与乙酰H酸偶合，盐析而得。原料消耗(kg/t)H酸(100%) 330 亚硝酸钠 44乙酐(95%) 153 盐酸(31%) 264邻甲苯胺 93 工业盐 2274碳酸钠(98%) 326
用途：主要用于羊毛织物的染色和印花，用铬媒染后色泽不变。可在蚕丝、羊毛织物上直接印花。还可用于纸张、皮革的着色和制备色淀和墨水。
分子量：523.42
CAS号：暂无
性质：暗红色粉末。能溶于水，在一定程度上溶于酒精呈品红色，微溶于丙酮。遇浓硫酸呈品红色。稀释后呈桃红色。其水溶液加浓盐酸呈品红色，加氢氧化钠液呈橙棕色。染色时遇铜、铁离子色泽稍蓝。
制备方法：邻甲苯胺重氮化，与乙酰H酸偶合，盐析而得。原料消耗(kg/t)H酸(100%) 330 亚硝酸钠 44乙酐(95%) 153 盐酸(31%) 264邻甲苯胺 93 工业盐 2274碳酸钠(98%) 326
用途：主要用于羊毛织物的染色和印花，用铬媒染后色泽不变。可在蚕丝、羊毛织物上直接印花。还可用于纸张、皮革的着色和制备色淀和墨水。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条