1) Brilliant Crocein MOO
酸性大红GB
2) 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。
3) Acid Brilliant Scarlet GR
酸性大红
1.
Study on the mechanism of coupled oxidation and flocculation treatment of acid brilliant scarlet GR;
氧化-絮凝耦合处理酸性大红废水的机理研究
2.
Removal of Acid Brilliant Scarlet GR using a new composite adsorbent is presented,which is chitosan coated cellulose and a discussion of several factors such as the amount of adsorbent,pH value,adsorption time.
用静态吸附的方法,对酸性大红溶液进行脱色实验。
4) acid brilliant scarlet
酸性大红
1.
Study of Fenton's reagent Catalysis oxidation on Acid Brilliant Scarlet GR dye wastewater;
芬顿试剂催化氧化酸性大红GR染料废水的研究
2.
Photocatalysis of the acid brilliant scarlet dyestuff wastewater was carried out by using TiO2-coated ferric oxide.
用XRD、TEM等对催化剂的物相、形貌进行了表征,并通过对酸性大红GR染料废水进行光催化降解实验,研究了催化剂的投加量、光照时间以及起始浓度、pH值、回收方法及催化剂重复使用次数对酸性大红染料废水光降解作用的影响。
3.
A test for decomposting of azo dye acid brilliant scarlet GR by ultrasonic wave was introduced.
采用超声波降解偶氮染料模拟废水酸性大红GR溶液,考察了反应时间、溶液温度、pH值、Fe2+浓度等因素对降解效果的影响。
5) acid scarlet
酸性大红
1.
In this paper, the influence factors and reaction mechanism of using three-dimensional electrode treated dye-wastewater with acid scarlet 3R as a modelpollutant were researched.
本文以酸性大红3R为代表性染料对三维电极法处理染料废水的影响因素、反应机理进行了研究,进而探讨优化处理效果的参数,为工业应用提供依据。
2.
Fe/AC was used as the third electrode in a three dimensional electrode reactor which used to degrade the acid scarlet analogue wastewater,the COD and chroma removal rates by two dimensional electrode,three dimensional electrode and Fe/AC three dimensional electrode method was compared respectively,and simultaneously inspected the amount of activated carbon and the service life of Fe/AC.
采用以载Fe2+活性炭为第三极的三维电极法电催化氧化处理酸性大红模拟废水,并对该体系与二维电极法、三维电极法去除废水COD及色度的效率进行对比,同时考察了活性炭投加量及载Fe2+活性炭使用寿命。
3.
A new type treating agent bentonite coated chitosan was prepared and the absorption of acid scarlet in dyeing wastewater on modified bentonite were investigated.
以天然膨润土和壳聚糖为原料,制得一种新型水处理剂——负载壳聚糖膨润土,研究了制备条件对酸性大红印染废水处理效果的影响。
6) Acid red GR
酸性大红GR
1.
Treatment of acid red GR dye wastewater by Fe-Cu internal electrolysis method;
催化铁内电解法脱色降解酸性大红GR废水
2.
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。
3.
The traditional and the improved iron-carbon internal electrolysis methods have been used to treat the acid red GR simulant dyeing wastewater in this paper.
论文对铁炭内电解法及其改进方法处理酸性大红GR模拟染料废水进行了系统的研究。
补充资料：酸性大红GB
分子式：C22H14N4Na2O7S2
分子量：556.490
CAS号：5413-75-2
性质：黄光红色粉末。溶于水呈红色溶液，能溶于酒精和溶纤素，难溶于丙酮，不溶于其他有机溶剂。遇浓硫酸呈红紫色，稀释后生成红棕色沉淀；遇浓硝酸呈蓝色，反变成橄榄棕色转橙色。其水溶液加浓盐酸生成暗红棕色沉淀，加氢氧化钠液生成深棕色沉淀。染色时遇铜、铁离子色均较暗。拔染性好。
制备方法：由对氨基偶氮苯重氮化，再与G盐偶合，盐析而得。1.重氮化 将240kg对氨基偶氮苯盐酸盐加入1200L水中，加30%盐酸200kg。搅拌4h，冷至8℃，在3h内从液面下加入30%亚硝酸钠溶液(折100%80公斤)温度不超过15℃，以亚硝酸微过量为终点，保持1h，加冰冷至5℃以下，过滤，滤渣弃去，滤液按体积28%加盐，搅拌20min，过滤，滤饼以水和冰稀释到3000L，温度为0-5℃。2.偶合 在桶中放水1500L，纯碱160kg，搅拌，加入G盐270kg，使其全溶。冷至5℃，3h内加入上述重氮液，温度不超过12℃。加毕，测pH应为9，G盐过量。搅拌6h后，升温至60℃，按体积9%加盐，过滤，干燥，得原染料680kg。标准化后得成品染料1000kg。G盐(100%) 280 亚硝酸钠(98%) 82对氨基偶氮苯(100%) 248 盐酸(31%) 196碳酸钠(98%) 157 元明粉 160
用途：用于毛丝织物的染色，也用作纸张和皮革的染色。还可用于塑料、木材、香料、医药、电化铝和水泥的着色。还可用于制造墨水。其重金属盐可作颜料。
分子量：556.490
CAS号：5413-75-2
性质：黄光红色粉末。溶于水呈红色溶液，能溶于酒精和溶纤素，难溶于丙酮，不溶于其他有机溶剂。遇浓硫酸呈红紫色，稀释后生成红棕色沉淀；遇浓硝酸呈蓝色，反变成橄榄棕色转橙色。其水溶液加浓盐酸生成暗红棕色沉淀，加氢氧化钠液生成深棕色沉淀。染色时遇铜、铁离子色均较暗。拔染性好。
制备方法：由对氨基偶氮苯重氮化，再与G盐偶合，盐析而得。1.重氮化 将240kg对氨基偶氮苯盐酸盐加入1200L水中，加30%盐酸200kg。搅拌4h，冷至8℃，在3h内从液面下加入30%亚硝酸钠溶液(折100%80公斤)温度不超过15℃，以亚硝酸微过量为终点，保持1h，加冰冷至5℃以下，过滤，滤渣弃去，滤液按体积28%加盐，搅拌20min，过滤，滤饼以水和冰稀释到3000L，温度为0-5℃。2.偶合 在桶中放水1500L，纯碱160kg，搅拌，加入G盐270kg，使其全溶。冷至5℃，3h内加入上述重氮液，温度不超过12℃。加毕，测pH应为9，G盐过量。搅拌6h后，升温至60℃，按体积9%加盐，过滤，干燥，得原染料680kg。标准化后得成品染料1000kg。G盐(100%) 280 亚硝酸钠(98%) 82对氨基偶氮苯(100%) 248 盐酸(31%) 196碳酸钠(98%) 157 元明粉 160
用途：用于毛丝织物的染色，也用作纸张和皮革的染色。还可用于塑料、木材、香料、医药、电化铝和水泥的着色。还可用于制造墨水。其重金属盐可作颜料。
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