hexachlorobenzene

n.  六氯苯

化学



双语例句

  1. The anaerobic enrichment, which can degrade hexachlorobenzene effectively, was selected from the sewage sludge in barrel drain of a chemical plant in Wuhan.
    并通过选择性培养基从武汉市某化工厂水沟的底泥中筛选出对于六氯苯具有良好降解效果的厌氧菌群。
  2. Response surface methodology optimized degradation of hexachlorobenzene by Pleurotus ostreatus
    响应面法优化白腐菌Pleurotusostreatus降解六氯苯
  3. Hexachlorobenzene: Its aging characteristic in different soils and accumulation in earthworm
    土壤中六氯苯的老化特征及其在蚯蚓体内的富集规律
  4. Environmental Hazardous of Hexachlorobenzene and Its Pollution Control
    六氯苯的环境危害及其污染控制
  5. Enhancement of ultrasonically initiated emulsion polymerization rate of styrene using aliphatic alcohols as hydroxyl radical scavengers Studies on the Reaction of OH Radical with Hexachlorobenzene
    OH自由基捕捉剂加速超声引发乳液聚合的研究六氯苯与OH自由基的反应
  6. The methods to deal with soil sample and calculate the residual concentration and of PCBs were established. Hexachlorobenzene was introduced as internal standard of recovery.
    确立了含PCBs土壤样品的预处理方法,以六氯苯为回收率内标,建立了准确分析土壤样品中PCBs浓度的方法;
  7. Pentachlorobenzene was the main photoproduct of hexachlorobenzene.
    六氯苯光解的主要产物是五氯酚。
  8. We add organic solvent to distill the pollutants using ultrasonic method and analyzed with gas chromatography. The result shows that the hexachlorobenzene concentration in dried sediment is 6.8~ 16.7 μ g/ kg.
    采用气相色谱法,对超声波萃取净化后的海河沉积物中的六氯苯测定,结果显示风干的海河沉积物含量范围为6.8~16.7μg/kg。
  9. In this study, the degradation efficiencies of hexachlorobenzene ( HCB) in different solvents by γ irradiation had been investigated.
    研究了在不同溶剂体系及不同浓度添加物的联合作用下,六氯苯经γ射线辐照的降解。
  10. This paper deals with the effects of chlorobenzene ( CB), 1, 2, 3-trichlorobenzene ( 1,2, 3-TCB) and hexachlorobenzene ( HCB) on aquatic community structure ( and function) in simulation 4-cell stabilization pond systems.
    研究一氯苯,1,2,3-三氯苯及六氯苯对模拟氧化塘系统生物群落结构的影响及其净化机制。
  11. Hexachlorobenzene ( HCB) and its metabolite ( PeCB) as well as the metabolites of DDT were dominant in sediments and the concentrations of other PCOCs were very low.
    沉积物中主要污染物是六氯苯(HCB)和它的代谢产物五氯苯(PeCB)以及滴滴涕(DDT)的代谢产物,其他多氯有机污染物含量很低。
  12. Studies on the Application of Metabolic Engineering to Degradation of Hexachlorobenzene
    代谢工程方法降解六氯苯的研究
  13. Ultrasonic Extraction of Hexachlorobenzene in Plant Food
    超声波提取植物性食品中六氯苯的研究
  14. Simultaneous Determination of Pentachlorophenol and Hexachlorobenzene in River Sediments
    河流底泥沉积物中五氯酚和六氯苯残留的同时测定
  15. Rapid Determination of Hexachlorobenzene Content in Pyrotechnic Composition by GC-MS
    烟花火药中六氯代苯含量的GC-MS快速测定
  16. Difference Expression of the Mitochondrial Protein Isolated from Liver of Carassius auratus Exposed to Hexachlorobenzene
    六氯苯作用下鱼肝线粒体蛋白质表达差异研究
  17. 16S rDNA-RFLP analysis of structure and diversity of an aerobic microbial community degrading hexachlorobenzene
    16Srdna-RFLP分析六氯苯好氧降解菌群的结构及其多样性
  18. A quick, easy, cheap, effective, rugged and safe method was improved to analyze hexachlorobenzene ( HCB) residues in soils by dispersive solid-phase extraction and gas chromatography-mass spectrometry ( GC-MS).
    建立了逆固相基质分散净化和气质联机法(GC-MS)快速、简便测定土壤中六氯苯(HCB)残留量的方法。
  19. Hexachlorobenzene ( HCB) is an organic chlorine pesticide and organic pollutant.
    有机氯农药六氯苯是常见的一种有机氯污染物。
  20. Focusing on in situ synthesis of graphene in the thesis, low-temperature synthetic methods of high-qualified graphene and their mechanism have been explored comprehensively. Hexachlorobenzene was used as the carbon source of graphene for the first time.
    本论文以原位合成石墨烯为目标牵引,重点探索低温制备高品质石墨烯的原理和方法。
  21. And copper foils was not only as sedimentary basement in preparation process of graphene, but also played as catalyst to promote dechlorination efficiency of hexachlorobenzene, which achieved preparation of graphene at low temperature ( 360 ℃). 2.
    在单层石墨烯制备过程中,铜箔不仅作为石墨烯的沉积基底,同时还发挥了促进六氯苯脱氯的催化作用,实现了在360℃的较低温度下单层石墨烯的制备。
  22. Parameters included the input voltage, flow rate, reaction background atmosphere were mainly discussed. The study found that gliding arc low-temperature plasma can decomposition hexachlorobenzene without a catalyst at ambient condition.
    重点考察了输入电压、进气流量、背景气氛等参数对降解反应的影响,结果表明:滑动弧等离子体可在无催化情况下,实现常温常压下处理六氯苯。