酸性红B,acid red B
1)acid red B酸性红B
1.Removal ofacid red B from solutions by flocculation with dicyandiamide-formaldehyde condensation product;采用双氰胺甲醛缩聚物混凝去除水中酸性红B染料的研究
2.Study on the Photocatalytic Degradation of LaCoO_3 to Acid Red B;LaCoO_3光催化降解染料酸性红B的实验研究
3.Decolorization of azo dyeacid red B by salt-tolerant bacteria;耐盐菌对偶氮染料酸性红B的脱色研究
英文短句/例句
1.STUDY ON DECOLORIZATION OF AZO DYE ACID RED B BY RHODOTORULA SP YR-1红酵母YR-1对偶氮染料酸性红B的脱色研究
2.Study on the Kinetics of Acid Red B Adsorbed by Active Carbon in Aqua;活性炭吸附水中酸性红B的动力学模型研究
3.Photoelectrocatalytic Degradation of Acid Red B on Titanium Dioxide Photoanode;负载型二氧化钛光阳极光电催化降解酸性红B
4.Prepapration of Nanosized ZnO and its Application in Photocatalytic Degradation of the Acidic Red B纳米ZnO的制备及其光催化降解酸性红B
5.Experimental Study on Degrading Acid Red B in Advanced Oxidation Technology of Ozonization臭氧高级氧化技术处理酸性红B染料废水
6.Study on the Synthesis of Perovskite Oxides and the Photocatalytic Degradation of Acid Red B;钙钛矿型复合氧化物的合成及光催化降解酸性红B的性能研究
7.Study on the Performance of the Fe-Mn Complex Oxides Adsorbing Acid Red B in the Sulphonazo Dyestuffs铁锰复合氧化物吸附偶氮染料酸性红B的性能研究
8.Study on Synthesis of TiO_2/rectorite Composite and Its Properties of Photocatalytic Degradation of Acid Red B;TiO_2/累托石复合材料制备及光降解酸性红B染料废水研究
9.Study on decolorization of acidic red B from water by catalyzed iron inner electrolysis reaction bed催化铁内电解反应床对水中酸性红B的脱色研究
10.The interactions of eosin B and chromotropic acid with DNA曙红B及变色酸与核酸作用的光谱学性质研究
11.Study on Fenton Reagent for Treatment of Acid Rose Red B Dyed Wastewater;Fenton试剂处理酸性玫瑰红B染色废水的试验研究
parison of kinetics of acid violet red B reduced by Pd/Fe and normal Fe~0;Pd/Fe与Fe~0催化还原降解酸性紫红B的动力学比较
13.Acidities of Cu-[M′]MOR and Ag-[M′]MOR (M′=B, Al, Ga, Fe)Cu-[M′]MOR和Ag-[M′]MOR(M′=B,Al,Ga,Fe)的酸性
14.Spectral characteristics of B-phycoerythrin in surfactantsB-藻红蛋白在表面活性剂中的光谱性质
15.Study on the Treatment of Brilliant Red B-3BF by Barbadosnut Shell Activated Carbon麻疯树果壳活性炭处理活性艳红B-3BF废水
16.The Effects of Salidrosid and Salvianolic Acid B on Proliferation, Migration and Apoptosis of Human Endothelial Progenitor Cells;红景天苷和丹酚酸B对人内皮祖细胞增殖、迁移和凋亡的作用
17.Polarographic determination of hyaluronic acid based on its interaction with pyronine B吡啰红B作为电化学探针线扫极谱法测定透明质酸
18.Sequence Analysis and Polymorphism Analysis of Cytochrome B in ‘JiaXian Red Cattle’郏县红牛细胞色素B序列测定及多态性分析
相关短句/例句
acid red B (ARB)酸性红B
1.The electrochemical degradation of acid red B (ARB) with hydrogen peroxide and hypochlorite ion electroge\|nerated by paired electrooxidation technology was investigated.研究了成对电氧化技术降解酸性红B染料废水过程 。
2.Decoloration of acid red B (ARB) synthetic wastewater at SnO 2 Ti and RuO 2 Ti anodes was investigated.本文研究了两种电极材料 (SnO2 Ti和RuO2 Ti)对酸性红B模拟废水的脱色效果 ,考察了不同 pH、电流密度(j)及外加电解质 (Na2 SO4/NaCl)对处理过程的影响。
3.Reaction kinetics of electrochemical oxidation of Acid Red B (ARB) RuO 2-Ti anodes was discussed.以酸性红B作为模型污染物 ,研究了偶氮染料的电化学氧化脱色动力学 。
3)Weak Acid Red B弱酸性红B
1.Though many methods have been used in the synthesis ofWeak Acid Red B,a new method of condensing 2,5-dechlornitrobenzene with phenol to produceWeak Acid Red B was discribed in this paper on the basis of water as the solvent and under the influence of the phase transfer catalyst.弱酸性艳红B有多种合成方法,本文实验采取以水做溶剂的方法,在相转移催化剂作用下,用2,5-二氯硝基苯与苯酚缩合反应生成弱酸性红B。
4)acid violet red B酸性紫红B
parison of kinetics ofacid violet red B reduced by Pd/Fe and normal Fe~0;Pd/Fe与Fe~0催化还原降解酸性紫红B的动力学比较
2.The degradation ofacid violet red B,a kind of azo dyes,catalyzed by zero-valentiron,follows first- order kinetics.酸性紫红B的零价铁催化还原降解遵守一级动力学 。
5)Acid chrome red B酸性铬红B
6)acid leather red kb酸性桃红B
延伸阅读
酸性红B分子式：C20H12N2Na2C7S2分子量：502.440CAS号：3567-69-9性质：暗红色粉末。遇浓硫酸呈紫色，将其稀释后得品红色沉淀。溶于水为蓝光红色溶液，在一定程度上溶于酒精呈红色，难溶于丙酮。遇浓硝酸呈深红色转红光黄色。该品水溶液加浓盐酸呈红色，加氢氧化钠液呈红光橙棕色。染色时遇铜离子色泽略暗。拔染性好。制备方法：1,4-氨基萘磺酸钠重氮化，与NW酸(1-萘酚-4-磺酸)偶合，盐析而得。1.重氮化 将200kg1,4氨基萘磺酸钠溶解在1000L水中。加15%盐酸492kg。析出乳白色结晶。冷至10℃从液面下加入30%亚硝酸钠溶液(折100%57.6kg)，加料温度控制在25℃以下，使淀粉磺化钾试纸呈微蓝色，保持1.5h。得1,4-氨基萘磺酸重氮盐溶液。2.偶合 桶内加水1250ml、纯碱192kg和NW酸89kg，搅拌使全部溶解。冷至15℃，2h内徐徐加入上述重氮盐溶液，加料温度不超过25℃。加毕，测定pH=8.5搅拌30min。终点为重氮盐消失，NW酸应微过量。到达终点后，再搅拌3h。升温至65-70℃，按体积23%加盐盐析。过滤。滤饼干燥，粉碎，标准化得酸性红B染料成品620kg。原料消耗(kg/t)NW酸(100%) 323碳酸钠(98%) 2681,4-氨基萘磺酸钠(100%) 340盐酸(31%)369亚硝酸钠(98%) 98精盐 597用途：主要用于羊毛织物的染色，用铬盐媒染后为藏青色。锦纶可在乙酸浴中进行染色。可用于制造色淀和墨水以及用于皮革、纸张、木材、电化铝、医药、生物及化妆品的染色。与酸性湖蓝A拼成酸性媒介深蓝AGLO。其重金属盐可作有机颜料。
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