间硝基甲苯

实验结果表明：C-MWNT-PME对间硝基甲苯具有良好的电催化活性；

The results show that the catalytic activity of C-MWNTs for the electroreduction of m-nitrotoluene is good ;

在实验基础上，进一步分析研究了C-MWNT-PME在间硝基甲苯电还原过程中的稳定性，结果表明，酸性溶液中C-MWNT-PME在间硝基甲苯电还原过程中是稳定的。

The stability of the C-MWNT-PME during the process of the electroreduction of m-nitrotoluene was investigated , and the results show that it owns good stability during the process of the electroreduction of m-nitrotoluene in acid solution .

间硝基甲苯还原-烷基化合成N-乙基间甲苯胺

Synthesis of N ethyl m toluidine from m nitrotoluene by reductive alkylation

本课题以间硝基甲苯为原料，对间硝基甲苯气相加氢制备间甲苯胺工艺进行了研究。

In this paper , gas phase catalytic hydrogenation technology to the preparation ofm-toluidine from m-nitrotoluene was studied .

以间硝基甲苯为原料经还原、重氮化、热解、氯化、氧化等5步反应，制得2，4－二氯－5－氟苯甲酸，总收率32.4%。它是喹诺酮类药物的原料。

Dichloro-5-fluorobenzoic acid , a starting material for quinolone antibacterial agents is synthesized from m-nitrotoluene via 5 steps in 32.4 % overall yield .

阐述了间硝基甲苯下游产品的种类及开发途径，对间硝基甲苯的转化利用进行了深入的研究。

Types and synthesis routes of the derivatives from m-nitrotoluene were introduced , and conversion and application ofm-nitrotoluene were discussed in the paper .

反应条件温和。当碱金属酚盐与硝基甲苯的摩尔配比为4：1时，可获得定量收率的硝基苯乙酸，间硝基甲苯在同样的条件下不能进行反应。

The reaction occurs under very mild conditions and when the mole ratio of alkaline salt of phenol to nitrotoluene is 4:1 , quantitative yield of nitrophenylacetic acid may be obtained . The carboxylation of m-nitrotoluene fails under the same conditions .