热分解

rè fēn jiě
  • thermal decomposition
热分解热分解
  1. 据说这枚陨星是在热分解的化学过程中形成的。

    It is said that the magnetite was formed by a chemical process called thermal decomposition .

  2. 发泡剂AC的热分解活化机理及影响因素

    Activation Mechanism and Effective Factors for Thermal Decomposition of Blowing Agent AC

  3. Mg(OH)2热分解动力学机理研究

    Studies on the Kinetic Mechanism of Mg ( OH ) _2 Thermo-decomposition

  4. 热分解沉积薄膜经X射线分析确为铱薄膜。

    The results of thermal decomposition confirmed that it is iridium films by XRD .

  5. 热分解法Cu基甲醇合成催化剂反应性能的研究

    Synthesis of Methanol from Syngas over Copper-Based Catalysts Prepared by Thermal Decomposition Method

  6. 氟橡胶F(2314)黏结剂的热分解动力学

    Thermal Decomposition Kinetics of F_ ( 2314 ) Bonder

  7. 研究了不同叠氮取代率的叠氮聚醚多元醇的热分解行为和玻璃化温度,发现叠氮聚醚多元醇热分解分两步进行:第一步为255.06′C时,叠氮基团分解;

    The relationship of B 's thermal degradation and glass transition temperature with the percent of azide substitution is studied .

  8. 热分解法制备α-Al2O3超细粉末

    Preparation of α - Al_2O_3 Ultrafine Powder by Pyrolytic Process

  9. 纳米过渡金属粉对AP热分解的催化作用

    Catalysis of Nanometer Transition Metals on the Thermal Decomposition of Ammonium Perchlorate

  10. 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

  11. ZnAc2·2H2O在空气中的热分解动力学研究

    Kinetics of Thermal Decomposition of ZnAc_2 · 2H_2O in Air Atmosphere

  12. 随着温度的升高,PVC的氧化速度远远大于其热分解的速度。

    However , its oxidation rate is much greater than thermal decomposition rate at high temperature .

  13. (CeO2,MgO)掺杂ZrO2溶胶热分解动力学

    Thermal decomposition kinetics of ZrO_2 liquid glue doped with CeO_2 and MgO

  14. 金属有机物热分解法合成的PZT纳米晶粉末的表征

    Characterization of PZT nanocrystalline powder synthesized by metallo_organic decomposition

  15. M(TNR)·H2O的热分解机理

    Thermal decomposition mechanisms on m ( tnr ) · h_2o

  16. 现场高温XRD测定其在25℃~900℃的热分解过程。

    Its decomposition process in 25 ℃ ~ 900 ℃ was probed in situ by the high temperature XRD .

  17. 超微细Cu2O对RDX/AP/HTPB推进剂组分热分解特性影响的研究

    Effect of Superfine Cu 2O Powder on the Thermal Decomposition Characteristics of Components of RDX / AP / HTPB Propellants

  18. 分析了气化过程中三个主要反应过程,即热分解过程、CO2的还原过程及炭的燃烧过程的反应速率、质量及其影响因素。

    The reaction rates , qualities and their dominated factors of three main processes of gasification pyrolysis , reduction and oxidation are discussed .

  19. 探讨了纳米Cu粉对RDX热分解的作用机理。

    The mechanism of nanometer Cu on the thermal decomposition characteristics of RDX has been explored .

  20. DTA用来研究纳米铜对高氯酸铵热分解催化性能。

    DTA was used to investigate the catalytic characteristics of the nanometer Cu .

  21. DSC研究结果表明再生柞蚕丝素纤维的热分解温度和天然柞蚕丝素纤维的热分解温度相似;

    The results of DSC showed that decomposition temperature of regenerated fibers was similar to native fibers .

  22. 分别用真空镀膜法、热分解法和电化学法制备了铂金修饰导电玻璃,并以此作为光阴极组装了染料敏化纳晶TiO2太阳能电池。

    The modification of photocathode with platinum was carried out by vacuum coating , thermal decomposition and electrodeposition .

  23. 稀土配合物前驱体热分解法合成Y2O3:Eu~(3+)纳米材料

    Synthesis of Y_2O_3 : Eu ~ ( 3 + ) nanocrystalline by thermal decomposition of rare earth complex precursors

  24. 籽晶对碳酸铝铵热分解相变及α-Al2O3纳米粉烧结活性的影响

    Effects of seed on phase transformation of AACH upon heating and sintering reactivity of ultrafine α - al_2o_3 powder

  25. 用TG、DTA、IR研究了它的热分解机理。

    The mechanism of thermal decomposition of erbium benzoate was studied by using TG , DTA and IR .

  26. ZnO系低压压敏薄膜的喷雾热分解法制备及膜厚对其压敏特性影响的研究

    The Preparation of Low Voltage ZnO-Based Varistor by Spray Pyrolysis and the Study of Dependence between the Thickness and Nonlinear Characteristics

  27. 采用TG、DTG,DSC和IR技术研究了标题化合物热分解机理。

    Thermal decomposition mechanisms of the compound were studied by using TG-DTG , DSC and IR techniques .

  28. CP、RDX和Pb(N3)2热分解及爆轰特征的对比研究

    A comparative study on the thermal decomposition and detonation behaviors of cp , rdx and pb ( n_3 ) _2

  29. 担载于Al2O3和TiO2上的Pt3(CO)3(PPh3)4络合物热分解过程中的结构变化

    Structure transformation in thermal decomposition of pt_3 ( co ) _3 ( pph_3 ) _4 supported on al_2o_3 and tio_2

  30. 探讨了Fe(CO)5热分解条件和表面活性剂对制备金属磁性液体的影响。

    The Influences of Fe ( CO ) 5 thermal decomposition condition and surfactant on the preparation of metal magnetic fluid were discussed in this paper .