The analysis of naphthalene and 1-nitronaphthalene and 2-nitronaphthalene was demonstrated by solid-phase microextraction with 100μm polydimethylsiloxane and GC-ITD detection.
采用涂有聚二甲基硅酮的纤维快速吸附水中的萘、１－硝基萘和２－硝基萘，再利用气相色谱的气化室温度热解析纤维上的待测物。
Based on the experimental research,the methods of acidulation recovery,oxidation coagulation for the treatment of nitronaphthalene wastewater and the processes of chemical precipitation with ferrus polysulfate,activated sludge for the treatment of 1 naphthylamine wastewater are put forward.
根据实验研究，提出了治理硝基萘废水的酸化回收、氧化絮凝法和治理甲萘胺废水的聚铁化学沉降及生化法。
Electrochemical reduction behavior of α-nitronaphthalene on tungsten carbide catalysts with meso-porosity;
α-硝基萘在介孔结构碳化钨催化剂上的电化学还原行为
