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首页> 外文期刊>Defence science journal >Preparation and Study of Charge Transfer Complexes of N.N.N.N-Tetra-Methyl-Para-Phenylene-Diamine (TMPD) with NG, Tetryl, RDX and HMX
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Preparation and Study of Charge Transfer Complexes of N.N.N.N-Tetra-Methyl-Para-Phenylene-Diamine (TMPD) with NG, Tetryl, RDX and HMX

机译:N.N.N.N-四甲基-对-苯二胺(TMPD)与NG,Tetryl,RDX和HMX的电荷转移配合物的制备和研究

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Charge transfer complexes of NG tetryl, RDX and HMX as electron acceptors with tetra-methyl-para-phenylene-diamine (TMPD) as electron donor were prepared and studied. When the solution of nitro-explosives in an inert solvent were added to a solution of TMPD, an intense violet colour was produced. This colour is due to the formation of TMPD cation known as Wurster radical formed from TMPD through the loss of an electron. It has been shown that one mole of each of NG, tetryl, RDX and HMX is needed to form oneTMPD cation. These complexes have also been studied by ultra-violet and infrared spectroscopy.
机译:制备并研究了以四甲基对对苯二胺(TMPD)为电子供体的NG tetryl,RDX和HMX作为电子受体的电荷转移配合物。将硝基炸药在惰性溶剂中的溶液添加到TMPD溶液中时,会产生强烈的紫色。该颜色是由于形成TMPD阳离子(称为Wurster自由基)而引起的,该TMPD阳离子是通过TMPD失去电子而形成的。已经显示,NG,tetryl,RDX和HMX各自需要1摩尔才能形成一个TMPD阳离子。这些配合物也已通过紫外线和红外光谱法研究。

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