1) Wolff Kishner reduction
Wolf-Kishner还原
2) Wolff-Kishner-Huang reduction
Wolff-Kishner-黄鸣龙还原
3) Wassermann-Wolf principle
Wassermann-Wolf原理
4) 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%。
5) deoxidization
[英][di:,ɔksidai'zeiʃən] [美][di,ɑksədə'zeʃən]
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。
6) reducing
[英][ri'dju:siŋ] [美][rɪ'dusɪŋ]
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。
补充资料：Wolff-Kishner-Huang-Minlon reduction
分子式：
CAS号：
性质：醛、酮转变成腙或缩氨基脲，在碱的作用下中醛、酮的羰基即被两个氢取代生成化合物。N. 基希涅尔(1911)将腙滴加到热的氢氧化钾-铂上来实现这一反应；L. 沃尔夫(1912)将腙与乙醇钠-乙醇混合在封管中加热来进行；中国黄鸣龙(1946)将醛、酮与水合肼、氢氧化钾混合，在乙二醇或甘油中在常压下加热回流，收率很高，操作简便，应用广泛。
CAS号：
性质：醛、酮转变成腙或缩氨基脲，在碱的作用下中醛、酮的羰基即被两个氢取代生成化合物。N. 基希涅尔(1911)将腙滴加到热的氢氧化钾-铂上来实现这一反应；L. 沃尔夫(1912)将腙与乙醇钠-乙醇混合在封管中加热来进行；中国黄鸣龙(1946)将醛、酮与水合肼、氢氧化钾混合，在乙二醇或甘油中在常压下加热回流，收率很高，操作简便，应用广泛。
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