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- decarboxylative nitration 脱羧硝化
- The nitration of this may lead to dinitrotoluene. 对此的硝化会生成二硝基甲苯。
- A sulfonation agent and nitration agent. 废水处理。磺化剂、硝化剂。
- Some amines undergo direct nitration during nitrolysis. 某些胺在硝解时发生直接硝化。
- Some people proposed polymerizing the glycerine prior to nitration. 有人建议在硝化之前，把甘油聚合。
- The nitration of pcymene may lead to dinitrotoluene. 硝化对位异丙基甲苯时会生成二硝基甲苯。
- Nitration ability of dinitrogen pentoxide was introduced. 介绍了五氧化二氮的硝化能力,综述了五氧化二氮在硝化反应中的研究进展。
- The N nitration of 2,4-dinitroaniline was investigated. 摘要研究了2,4-二硝基苯胺在不同条件下的硝化情况。
- With HPLC the two-phase nitration of phenol is stud-ied. 利用HPLC研究了苯酚的两相硝化反应。
- Protein tyrosine nitration is a biomarker of NO-dependent oxidative stress. 摘要蛋白质酪氨酸硝化是一氧化氮依赖的氧化应激的生物标志。
- Nitrous oxide pollution of the atmosphere occurs usually from the nitration of cellulose and other organic materials. 大气中的一氧化二氮污染通常由纤维和其他有机物质的硝化作用产生。
- The efficiency of any automatic safety device should be checked before every nitration. 每种自动安全装置应在每次硝化前进行检验。
- Following this lead, they decided to investigate the role of nitration in one disease, Parkinson's, in more detail. 随着研究的深入，她们决定研究硝化反应在帕金森症中的作用。
- In the reaction of acetylation and nitration 1,2?dichloroethane was used as solvent. 在乙酰化、硝化反应中引入了1,2-二氯乙烷溶剂。
- ESR spectrum show that reduced of heteropoly acid was occurred in vapor-phase nitration reaction of benzene. 66kg-NB/kg-cat·h。 ESR谱表明：杂多酸催化剂的钨在苯气相硝化反应中发生了还原反应。
- Traditional one-protein-at-a-time methods had uncovered only half a dozen brain proteins susceptible to nitration. 但是，该研究是蛋白质组学应用的最好例子。
- Nitropyrazole was prepared via two steps, nitration and rearrangement, using pyrazole as a raw material. 以吡唑为原料,经硝化、转位两步反应合成了3-硝基吡唑。
- Reasearch and development direction of clean nitration reactions are also presented. 最后探讨了这些新型硝化工艺的发展前景。
- Nitration of toluene with fluorous biphase system was studied by using the perfluorous nonene as solvent. 利用全氟壬烯-甲苯两相体系研究甲苯的硝化反应。
- Alkanes undergo reaction such as cracking ,alkylation, oxidation, halogenation, nitration and so on. 烷烃能够发生裂解反应、烷基化反应、氧化反应、卤代反应、消化反应等。
