dehalogenation

n.  脱卤酌;脱卤作用

化学



双语例句

  1. A Novel Bimetallic Catalyst Consisting Two Carriers for Dehalogenation of Aromatic Halides in Aqueous System New Advance in Study of Hydrolytic Dehalogenation Catalyzed by Haloalkane Dehalogenase
    双负载双金属催化剂催化芳香卤化物水相脱卤的研究烷基卤脱卤酶作用机制的研究新进展
  2. Study on copyrolysis and dehalogenation of waste printed circuit boards and calcium carbonate
    废旧电路板与碳酸钙共热解脱卤的研究
  3. Research Progress on Bacterial Dehalogenation in Pesticides Biodegradation
    细菌的脱卤化作用在农药降解领域的研究进展
  4. Hydrolytic dehalogenation catalyzed by haloalkane dehalogenase is important to chemosynthesis and has quite potential use in environmental pollution.
    烷基卤脱卤酶的催化脱卤反应具有重要的合成价值和治理环境污染方面的巨大潜力。
  5. Synergistic Effect of Polymer Supported Bimetallic Catalyst for Hydrogen Transfer Dehalogenation of Organic Halides
    高聚物负载型双金属催化剂催化氢转移有机卤化物脱卤
  6. Studies on Catalytic Hydrogenating Dehalogenation of Benzene Halide
    卤代苯催化加氢脱除卤素反应的研究
  7. Halogenation and Dehalogenation Reactions Catalyzed by Enzyme
    酶催化卤化和去卤化反应
  8. The rates of dehalogenation arc found to be dependent on the ease of electron transfer and the energy level of antibonding MO of C-X bond.
    脱卤反应的速率决定于电子转移的难易,与最低的碳卤反键σ空轨道的能级高度相关。
  9. The model can be used to explain the dehalogenation mechanism.
    该模型可用于解释卤代芳烃化合物还原脱卤的机理。
  10. Study of Mechanism of Heterogenous Palladium-Catalyzed Dehalogenation-Dimerization Reaction of Aryl Halide
    多相钯催化芳卤的脱卤偶联反应机理研究
  11. The catalytic reductions of oxygen, hydrogen peroxide, nitric oxide and the dehalogenation of hexachloroethane by HRP were also explored.
    考察了HRP-SA膜修饰电极对O2气、H2O2、NO和六氯乙烷的电催化性质。
  12. The influence of a palladium catalyst on the microwave tritium labelling reaction and dehalogenation or addition of the starting materials are discussed.
    讨论了引入钯催化剂对微波氚标记,及微波氚标记过程中脱卤和加成作用的影响。
  13. The catalytic behavior of PVP supported bimetallic catalyst, made of PdCl 2 and other metal salts, for the dehalogenation of organic halides with sodium formate as hydrogen transfer reagent was studied.
    以甲酸钠为氢转移试剂,以聚乙烯基吡咯烷酮负载PdCl2和其它金属盐制成双金属催化剂PVPPdCl2MXn,用于催化有机卤化物脱卤。
  14. Choice Studies on the Selective Dehalogenation Reduction Reaction
    选择脱卤还原反应的研究
  15. The mechanisms for catalytic reduction of hydrogen peroxide and dehalogenation of hexachloroethane ( HCE) by myoglobin entrapped in Sodium Alginate hydrogel in aqueous-ethanol solvents mixtures were also explored. This modified electrode may be used in quantitative test of H_2O_2 and hexachloro ethane.
    并研究了Mb-SA膜修饰电极在PBS和乙醇混合溶液中催化还原H2O2和催化六氯乙烷脱氯,该修饰电极可用于H2O2和六氯乙烷的定量检测。
  16. Reductive dehalogenation of aryl halides with nano NAH catalyzed by lanthanide chlorides
    稀土氯化物催化作用下纳米氢化钠对芳基卤化物的还原脱卤
  17. In comparison with other Ni-based catalysts, the Ni-B amorphous alloy catalyst exhibited higher activity and better selectivity for halogenated aniline. The dehalogenation was less than 4%.
    NiB非晶态合金催化剂不仅具有较高的催化活性,而且对卤代芳胺的选择性较高,脱卤率小于4%,优于其它Ni基催化剂。
  18. The Research on Dehalogenation Reaction of Halohydrocarbon Catalytic Hydroprocessing
    卤代烃催化加氢脱卤反应的研究
  19. Calculations show that intramolecular electron transfer and dehalogenation are synchronous processes.
    结果表明,内部电子转移和脱卤是密切关联的同步过程。
  20. This work demonstrates the possible use of hydrothermal treatment for the dehalogenation of waste halogen-containing plastics in WEEE recycling.
    研究为采用水热技术回收处理电子废弃物中含卤塑料提供了依据。
  21. Take formic acid, methanol, ethanol and hydrazine hydrate as hydrogen donor, the results of catalytic dehalogenation showed that hydrazine hydrate was the best hydrogen donor. ( 4) This paper investigated the reusable of the catalysts.
    分别用甲醇,甲酸、乙醇和水合肼为氢供体进行芳香烃卤化物的催化脱卤反应研究。结果表明,水合肼是比较理想的氢供体。(4)对催化剂的反复使用进行了研究。
  22. Finally, we found metal Dy could also efficiently promote the dehalogenation reactions of organic halides by TTMSS.
    最后,我们还发现金属Dy也能有效地促进TTMSS对卤代烃的还原脱卤反应,对于碘代烃和溴代烃给出了较高的产率。
  23. The internal relation and distinction of Suzuki cross-coupling reaction, dehalogenation reaction and addition reaction were demonstrated based on the mechanisms.
    从反应机理上讨论了Suzuki交叉偶联反应、脱氯反应和加成反应三个反应的内在联系和差别。