1)  C.I.Vat Blue 20(59800)
还原深蓝BOA
2)  Vat Dark Blue BO
还原深蓝BOA
3)  NO reduction
NO还原
1.
Effects of reducing agents on NO reduction over Ag/Al_2O_3 catalyst;
还原剂对Ag/Al_2O_3催化剂上NO还原的影响
2.
The results showed that NO reduction and NO oxidation.
结果表明:NO还原和氧化在其脱除过程中同时共存,当NO,N2,O2,H2O和CO2的体积浓度分别为200×10-6,80%,5%,6%和9%时,NO氧化所占的比例比NO还原的大很多;脉冲频率增大导致NO还原率和氧化率均增大;H2O浓度增大导致HNO3浓度增大,表明NO氧化所占的比例随H2O浓度增大而增大。
3.
Combustion experiments on Shenmu bituminous coal and Geliping blind coal were carried out in a high-temperature horizontal twin-tube quartz stove,and NO volume fraction was measured in real-time during the combustion to investigate the effect of magnesium acetate on NO reduction.
实验结果表明,醋酸镁对燃料型NO生成的还原作用受到煤种、燃烧温度和燃烧气氛的影响,NO还原率可达23%。
4)  deoxidization
还原
1.
The Treatment of Wastewater Containing Cr~(6+) Through Electroanalysis-deoxidization;
电解还原法处理含铬废水
2.
Study on technique of separation of Mn-Ag oxidation ore with amylum by degradation deoxidization;
淀粉降解还原分离锰银氧化矿工艺研究
3.
Several programs are contrasted by experiments and the process that neutralization-deoxidization-P204 extraction-stripping with sulfuric acid-oxidization-V2O5 deposition is proved the best route.
主要论述对豫西某地石煤钒矿硫酸浸液的后序处理试验研究,针对该料液的特点进行多种研究方案对比,最终确立浸出液中和—还原—H(C8H17)2PO4(以下简写为P204)萃取—硫酸反萃取—氧化沉钒技术路线,采用15%P204+10%TBP+75%煤油为萃取体系,1。
5)  reducing
还原
1.
Study on reducing silver through solid phase reaction();
固相反应还原银的研究(Ⅱ)
2.
Electric arc furnace(EAF) dust with carbon-containing pellets direct reducing technology was studied and expanding experiment in laboratory was achieved.
分析研究了运用配碳球团的直接还原技术处理的电炉粉尘,并完成了实验室扩大性实验;得到了还原焙烧法的合理工艺条件,即碳过量系数为1。
3.
Investigated the electric arc furnace(EAF) dust with carbon-containing pellets direct reducing technology,carried out the expanding experiment in laboratory,and got the better parameters of roasting reduction method: excess coefficient of carbon is 1.
为综合利用含锌电炉粉尘,提出运用含碳球团的还原处理方法,并进行了扩大性试验,得到了还原焙烧法的合理工艺条件。
6)  reduce
还原
1.
Comparison 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
2.
390g o-nitrophenol was reduced by 1.
采用在Pd/C催化下水合肼还原邻硝基苯酚的方法制备邻氨基苯酚,研究了反应温度、催化剂用量和还原剂用量对反应产物收率的影响。
3.
Coke powder is used to reduce high aluminum pulverized coal by adopted carbon tube resistance furnace between the temperature of 1 950℃ and 2 200 ℃ It shows that if reduction temperature is higher than 2 050t, AkOs in high aluminum powder ash can be reduced obviously.
使用碳管电阻炉在1 950-2 200℃温度范围内,用焦炭粉还原高铝粉煤灰,制取Fe-Al-Si合金。
参考词条
补充资料:还原深蓝BOA
分子式:C34H16O2
分子量:456.499
CAS号:暂无

性质:深蓝色粉状,不溶于水,乙醇,微溶于丙酮、氯仿、邻氯苯酚、吡啶和甲苯,能溶于四氢萘和二甲苯中,呈红色带荧光溶液。在浓硫酸中呈紫黑色,稀释后成紫黑色沉淀。在碱性保险粉还原液中的隐色体呈暗紫色,在酸性液中呈暗红色。属紫蒽酮蒽醌类还原染料。

制备方法:由苯绕蒽酮在精萘介质中用氢氧化钾、乙酸钠进行碱熔缩合,而后经过滤、精制及商品化处理,而制得产品。原料消耗(kg/t)苯绕蒽酮(100%) 440精萘(99%) 220乙酸钠 220氢氧化钾(100%) 1250扩散剂 650木质素 100磷酸氢二钠 10磷酸三丁酯 1拉开粉 4纯碱 40

用途:主要用于棉纤维及其织物的染色和印花。鲟染物对热烫和水浸敏感,易泛成红色。直接印花时浆料中宜加雕白粉、尿素,以提高给色量,并可用强碱调制色调。氧化时采用过硼酸钠而不宜用重铬酸盐,否则色光度暗。不适用拨染印花。该品染蚕丝亲和力好,匀染性中等。染粘纤时,低温得色浅,高温色光较红。染粘棉混纺织物时,粘纤组份得色较深且带红光,采用悬浮体轧染维棉混纺织物,可得到较匀净利的染色交果。与分散染料同浴热熔,可染涤棉混纺织物。该品的印染织物,经脲醛或氰醛树脂整理后,色光显著变红。该品常与还原蓝RSN、还原艳紫2R拼染深蓝色。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。