1) Nitrobenzene degradation
硝基苯降解
1.
The nitrobenzene degradative plasmid in Pseudomonas XN-1 is discussed in this paper, based on the characterization of nitrobenzene degradation by strain Pseudomonas XN-1, which attempts to do some prepared work for the research in molecule level of nitrobenzene degradation by this strain.
因此我们采用了适合于大质粒提取的SDS法,和文献中应用于硝基苯降解性质粒的提取方法,来尝试对菌株细胞进行质粒提取,这两种方法裂解反应温和,不会像碱裂解法那样,在裂解过程中损坏质粒,可以实现质粒提取的完整性。
3) Photodissociation of nitrosobenzene
亚硝基苯光解
4) phenol-degradation gene
苯酚降解基因
5) phenol degradation
苯酚降解
1.
Study on GAC Modification and Phenol Degradation in Spent GAC by Dielectric-barrier Discharge Plasma;
DBD等离子体改性活性炭及对废炭中苯酚降解的研究
2.
Phenol degradation with three electrocatalysis processes; anodic electrocatalysis(AE), anodic-cathodic electrocatalysis (ACE) and ferrous ion catalyzed anodic-cathodic electrocatlysis (FeACE) were compared.
苯酚降解的中间产物主要为对苯二酚、邻苯二酚、间苯二酚、对苯醌、顺丁烯二酸、反丁烯二酸和草酸等。
3.
The study on midbody variation in the course of phenol degradation ca m make people understand and even control the process of this reaction and furth er deduce a rational reaction mechanism that will be used to design a rapid and steady treating process of phenol wastewater.
通过对苯酚降解过程中间体的研究,可以了解并可能对该反应的反应进程进行控制,进而提出合理的反应机理,用于设计快速稳定的含酚废水处理流程。
补充资料:2-硝基-1-(4-硝基苯氧基)-4-(三氟甲基)苯
分子式:C13H7F3N2O5
分子量:328.210
CAS号:15457-05-3
性质:黄棕色结晶。熔点93-94℃,蒸气压(20℃)为9.3×10-9kPa;溶解度(20℃),水中为2ppm,丙酮为75%(W/V),苯为52%(W/V),二氯甲烷为68%(W/V),异丙醇为12%(W/V)。
制备方法:以对氯甲苯为起始原料经氯化、氟化得对氯三氟甲苯,再经硝化、与对硝基苯酚缩合而制得氟甲消草醚。
用途:该品为触杀型芽前或芽后降草剂。适用于大豆,花生,水稻田除草,持效8-12星期。
分子量:328.210
CAS号:15457-05-3
性质:黄棕色结晶。熔点93-94℃,蒸气压(20℃)为9.3×10-9kPa;溶解度(20℃),水中为2ppm,丙酮为75%(W/V),苯为52%(W/V),二氯甲烷为68%(W/V),异丙醇为12%(W/V)。
制备方法:以对氯甲苯为起始原料经氯化、氟化得对氯三氟甲苯,再经硝化、与对硝基苯酚缩合而制得氟甲消草醚。
用途:该品为触杀型芽前或芽后降草剂。适用于大豆,花生,水稻田除草,持效8-12星期。
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