强氧化剂

  • 网络strong oxidant;oxidizing agent;pro-oxidant
强氧化剂强氧化剂
  1. 为了克服ALD技术这两个缺点,很多课题组提出了不同的解决方法,例如强氧化剂辅助原子层沉积,磁控等离子体辅助原子层沉积等方法。

    In order to overcome these two shortcomings of ALD technology , a lot of groups proposed different solutions , such as strong oxidants assisted atomic layer deposition , magnetron plasma assisted atomic layer deposition and so on .

  2. 实验结果表明,除与强氧化剂反应后的ACF对某些含氧有机蒸汽吸附量稍有上升外,一般ACF与金属离子进行氧化还原反应后并不影响它对有机蒸汽的吸附量。

    The experimental results presented that the redox reaction of ACF with metal ions do not distinctly affect the adsorption capacities when it is further used to adsorb organic vapors , unless that it is severely oxidated by strong oxidants and then used to adsorb some oxygen-containing organic vapors simultaneously .

  3. 地下水除铁除锰方法主要有:加碱调pH值、强氧化剂氧化法、离子交换法、臭氧氧化法、磁分离法等。

    Main methods of Fe2 + and Mn2 + removal in groundwater included alkalinization , oxidation , ionic exchange , ozonation and magnetic separation et al .

  4. 强氧化剂对FAE诱导作用的实验研究

    Experimental Study on Revulsive Effect of Oxidizer on Single-event FAE

  5. O3是一种强氧化剂。

    Ozone is a strong oxidant .

  6. 首先对PVDF中空纤维膜进行强碱及强氧化剂处理,使基膜表面活化。

    First , the treatment with strong alkali and strong oxidant to PVDF hollow-fiber membrane was carried out to activate the surface .

  7. PTFE纤维具有优良的耐腐蚀性,低摩擦因数,不燃,能耐强酸、强碱、强氧化剂等强腐蚀性试剂或溶剂,耐高、低温性能优良。

    PTFE fiber has good corrosion resistance , low friction factor , nonflame , strong acid and strong alkali resistance , high temperature and low temperature resistance .

  8. 聚偏氟乙烯(PVDF)是一种白色粉末状结晶聚合物,其化学稳定性良好,室温下不受酸、碱等强氧化剂和卤素腐蚀。

    Poly ( vinylidene ) fluoride ( PVDF ) is the typical semi-crystal polymer with its good properties of chemical and aging resistance for membrane formation .

  9. 微量的强氧化剂H2O2、O3引入纳米TiO2光催化体系能够极大地提高有机污染物氧化降解效率。

    Addition of strongly oxidizing species such as H 2O 2 、 O 3 to TiO 2 photocatalysis system enhances dramatically the degradation rate of organic compounds .

  10. 而光催化降解实际染料废水的研究表明,制得的光催化剂对实际染料废水有较好的降解效果,强氧化剂H2O2的加入对染料废水的降解有利。

    The photo catalyst TSO is applied to degrade the dye wastewater , and the results show that the TSO has good degradation efficiency , and the addition of strong oxidizer H_2O_2 is in favor of degradation .

  11. 通过微波与强氧化剂、KOH的耦合以及微波法与酶法的耦合对粘度较高的野皂荚胶进行高浓度降解,经过微波处理用于酶解的浓度已达10%。

    Through the coupling of intense oxidizer and KOH , microwave and mannose , the gum with high concentration was degradated to lower concentration in10 % .

  12. 而现用强氧化剂/复合酸/转向剂型解堵剂的作用半径仅有3m。

    The presently used blockage removing agent consisting of strong oxidizer , mixed acid , and diverting agent is effective in zones of 3 m radius only .

  13. COD(化学需氧量)是衡量水质污染程度的一个重要指标,是指在一定条件下,水体中的还原性物质被强氧化剂氧化消耗的氧化剂所对应的氧的浓度。

    As an important indicator of the extent of water pollution , COD ( Chemical Oxygen Demand ) is defined as the amount of oxygen equivalents consumed in the oxidation of organic compounds by strong oxidizing agents .

  14. 使用浓硝酸、双氧水、酸性高锰酸钾、过硫酸铵等强氧化剂处理C/C,可以增加材料表面含氧官能团的含量,增强材料在模拟体液当中诱导钙磷沉积的能力。

    When treated with concentrated nitric acid , hydrogen peroxide , acidic potassium permanganate , ammonium persulfate and other strong oxidizing agents , oxygen-containing functional groups on C / C were increased and the ability of C / C to induce Ca-P deposition in simulated body fluid was enhanced .

  15. 一种商品强氧化剂HS2(12%)及活化剂(2%)。

    A commercial strong oxidant , HS 2 ( 12 % ); and activators .

  16. 在O3+GAC微污染水原水的深度处理工艺中,O3是一种强氧化剂,并能向水中提供溶解氧,有利于生物净化作用。

    In the technological process of deep treatment for micro-polluted raw water by O3 + GAC , O3 is a strong oxidant and can provide dissolved oxygen for water , being advantageous to purification of biological action .

  17. 实验结果表明,甲苯在H2O2中氧化速率很慢,在O3中的氧化速率较快,当两种强氧化剂H2O2与O3耦合,构成高级氧化过程(AOP),甲苯的氧化速率最快。

    The experimental results revealed that toluene was difficult to be oxidated by H2O2 , that the oxidation reaction rate of toluene seemed to increase using O3 as an oxidant , and that toluene by advanced oxidation process of coupling H2O2 and O3 was most readily degradable .

  18. 介绍采用强氧化剂直接氧化法制PFS(聚合硫酸铁)的原理和方法,讨论反应中各种因素对氧化反应和产品性能的影响.本产品应用于印染废水的处理,效果良好。

    For preparing polymerized ferri sulfate , the author describes principle and method of direct oxidation by strong oxidizer ; and discusses the effects of various factors in reaction on oxidation reaction and product properties . The product has been appied to wastewater disposal in textile printing with good results .

  19. 干扰物质包括游离氯以及一些强氧化剂。

    Interfering substances include free chlorine and some strong oxidizing agents .

  20. 臭氧是一种强氧化剂又是一种消毒剂,在饮用水和工业水处理中都有广泛的用途。

    Ozone is used widely in water treatment as strong oxidizer and disinfector .

  21. 可与强氧化剂发生反应,水,湿气可引起危害性气雾的形成。

    Can react with strong oxidizer , water , moisture can arose hazardous smog .

  22. 高铁酸钾是绿色、无污染、高选择性和高活性的强氧化剂。

    Potassium ferrate , a new non-pollution green oxidant , has high selectivity and activity .

  23. 臭氧是一种强氧化剂,广泛用于消毒,灭菌,污水处理及污泥减量化等领域。

    Ozone is used widely in disinfection , sterilization , water treatment and sludge reduction .

  24. 作为强氧化剂的高锰酸钾对环境污染物质的去除具有独特的功能。

    Potassium permanganate was the efficient oxidizer which had special function in removing environment pollutants .

  25. 我们开始分析时,焦点锁定在一种强氧化剂:臭氧。

    We began our analyses with a focus on a particularly efficient oxidant , ozone .

  26. 臭氧作为强氧化剂可以用于循环冷却水的处理中。

    As a strong oxidizer , ozone can be used in the treatment of recycling cooling water .

  27. 铝银浆会与酸、碱及强氧化剂发生化学反应,应隔离存放。

    Keep away from heat or humid environment , and separate from acid , alkali and strong oxidizing agent .

  28. 用途:测定油脂的碘值,有机合成。强氧化剂。

    Use : Used to determine iodine value of grease , in organic synthesis and as a strong oxidant .

  29. 以硝酸、磷酸为浸泡剂,在强氧化剂的作用下,对无硫膨胀石墨的制备进行了初步研究。

    Study on preparation of sulphur-free expanded graphite was made using nitric acid and phosphoric acid as steep in strong oxidizing environment .

  30. 氧是一种强氧化剂,很容易同许多元素反应,生成氧化物。氧还是维持燃烧的必需品。

    It is a strong oxidizer that combines readily with many elements to form an oxide and is necessary to support combustion .