分解反应

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  • decomposition reaction
分解反应分解反应
  1. C(301)催化剂常压甲醇分解反应效率因子的研究

    Study on effectiveness factor for methanol decomposition reaction over c_ ( 301 ) catalyst

  2. 聚乙烯醇水溶液中H2O2的催化分解反应动力学研究

    The Kinetic of Decomposition Reaction of Hydrogen Peroxide in PVA Solution

  3. H2FCS单分子分解反应的直接动力学研究

    Direct Dynamics Study on the Unimolecular Decomposition Reactions of H_2FCS

  4. 烯烃的交叉复分解反应(CM)及其合成应用

    Olefin Cross - metathesis Reactions and Their Applications to Organic Synthesis

  5. 壳聚糖铜催化剂催化H2O2分解反应的研究

    Research of Chitosan-Cu (ⅱ) Catalyze Decomposition Reaction of H_2O_2

  6. N,N&二甲基甘氨酸乙酯热分解反应机理和羟基丙酮的光解机理的理论研究

    Theoretical Studies on the Pyrolysis Mechanism of N , N-Dimethylglycine Ethyl Ester and the Photodissociation Mechanism of Hydroxyacetone

  7. N2O4的状态方程&有分解反应的非理想气体状态方程的讨论

    The equation of state for n_2o_4

  8. Ansys在混凝土重力坝振型分解反应谱分析中的应用

    Application of Ansys to Analysis of Vibration Type Decomposition Response Spectrum of a Concrete Gravity Dam

  9. TG分析法研究双基推进剂的热分解反应动力学

    Reaction Kinetics Research on Thermal Decomposition of DB Propellant with TG Analytical Method

  10. 烷烃蒸汽微波放电分解反应活泼自由基的ESR研究

    ESR Study on active radicals produced in microwave discharge of alkane

  11. 杂多化合物的催化性能研究&第四周期过渡金属取代的三元钼磷杂多化合物在H2O2分解反应中的催化作用

    On the Catalytic Behaviour of Heteropoly Compounds Substituted by Divalent-metals of Fourth Period in the Decomposition of H_2O_2

  12. 反应烧结过程中,SiC、莫来石的生成反应滞后于锆英石的分解反应;

    The decomposition of zircon carries out firstly compared with the formation of SiC and mullite .

  13. 反应的宏观动力学的研究表明,这一系列的复合氧化物对于N2O的分解反应是一级反应。

    The kinetics of N2O decomposition reaction indicates , it can be described as first order reaction with respect to N2O .

  14. 另外,添加不同过渡金属氧化物也改变了N2O催化分解反应的速控步骤。

    In addition , the rate-determining step of the catalytic N2O decomposition was also influenced by the addition of various metal oxides .

  15. 水相中重氮化合物与醛的缩合反应以及Rh(Ⅱ)催化的重氮分解反应

    Reaction of Diazo Compound with Aldehydes in Water and Rh (ⅱ) - Catalyzed Diazo Decomposition

  16. H2O2分解反应速率常数测定过程中用加热升温法测定V∞值的可靠性

    Subject The Determination of Reliability of V_ ∞ by Heating in the Experiment of Determining the Rate Constant of H_2O_2 Decomposition Reaction

  17. Pt/HL和Pt/KL沸石在异丙醇分解反应中的不同催化行为

    Different catalytic behaviour of pt / hl and pt / kl zeolites for isopropanol decomposition

  18. CF3CO和CF3C(O)O自由基分解反应理论研究

    A Theoretical Study of the Decompositions of CF_3CO and CF_3C ( O ) O Radicals

  19. 氧化锶催化性质Ⅱ.SrO,MgO上异丙醇的分解反应

    The Catalytic Character of SrO ⅱ . Study of the Decomposition of Isopropanol over MgO and SrO Catalysts

  20. O-XC6H4HgCl质子分解反应历程的量子化学研究

    A quantum-chemical study on proton decomposition mechanism of o-xc_6h_4hgcl

  21. 丁二酸氧钒和己二酸氧钒的热分解反应及V4C3催化活性研究

    Studies on the Thermal Decomposition Reactions of Oxovanadium (ⅳ) Succinate and Adipate and the Catalytic Activity of V_4C_3

  22. 对TDC液相催化热分解反应进行研究。

    Then the liquid-phase catalytic cleavage reaction of TDC was studied .

  23. RDX热分解反应的唯象动力学计算

    Computation of Kinetics of RDX Thermal Decomposition Reaction

  24. 关环复分解反应(RCM)的研究新进展

    Recent Advances in Ring Closing Metathesis Reaction

  25. 用上述方法研究了在线性升温条件下NC的热分解反应。根据所得结果,提出了该反应的机理。

    Under linear temperature increase condition , the thermal decomposition reaction of NC are experimentally studied , and a mechanism for this reaction is proposed based on the results .

  26. 微米级金属粉对AP高温分解反应的催化作用明显小于纳米金属粉。

    The catalytic effects of micron meter metal powders on the higher temperature decomposition of AP are less than that of nanometer metal powders .

  27. 结果:克霉唑分解反应的活化能E为131.0kj·mol-1,反应级数n为1029。

    Was Used . RESULTS : The Energy and Progression of decompose reaction of clotrimazole are 131.0 kj · mol - 1 and 1.029 respectively .

  28. 本文通过优化工艺参数用自制的超声雾化热分解反应装置在多晶Ag基带上制备出了YBCO超导长带,Jc达103A/cm2(15cm)。

    Cm-length YBCO Superconducting tapes with J-c of 103A / cm2 were fabricated by ultrasonic spray pyrolysis method .

  29. ~(13)CO2-CO同位素交换技术研究含铁氧化物熔渣表面CO2分解反应的动力学

    Kinetics of CO_2 Dissociation on Surface of Molten Slag Containing Iron Oxide by ~ ( 13 ) CO_2-CO Isotope Exchange Technique

  30. 吸附态H2分子的生成反应需要吸收热量,Ni(111)面顶位上易发生H2分子的分解反应,桥位上易发生H2分子的生成反应;

    The formation of adsorbed H_2 was endothermal . It was easy for H2 to decompose at atop sites but to produce at bridge sites in surface Ni ( 111 ) .