15. The membrane materials of the PGMs carrier catalyzer have won a wide application due to higher catalysis and especial selectivity.
铂族金属载体催化剂薄膜材料由于高效催化性及特殊的选择性而获得广泛应用。
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16. The features of isocyanate trimer and physical properties of tri-n-butyl-phosphine for isocyanate trimer catalyzer were introduced.
简要介绍了多异氰酸酯三聚体的特点，以及多异氰酸酯三聚催化剂三正丁基膦的物理性质。
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17. The paper presents the basic principle on the removal of nitrogen oxides upon SCR and discusses the various causes of toxic catalyzer.
本文介绍了SCR脱除氮氧化物的基本原理，并讨论了导致催化剂中毒的各种原因。
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18. The adipic acid′s productinity and purity were increased mostly by changing the oxidizing agent, the catalyzer and the puricatony method.
本文报导通过改变催化剂、氧化剂及改进提纯方法提高己二酸的产率和纯度的方法。
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19. Isoamyl propionate was synthesized by using solid iron system super strong acid as catalyzer instead of inorganic acid in present research.
采用固体铁系超强酸代替无机酸作催化剂催化合成了丙酸异戊酯。
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20. The effect of temperature, time, catalyzer, reaction media and other condition on yield and quality were studied by orthogonal experiment designs.
对合成的反应条件进行了与正交设计，优化选择出了最佳反应条件；
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21. The methods for separating catalyzer from hydride in the production of polyol are described. Their advantage and disadvantage are compared in detail.
本文介绍了糖醇生产中氢化液所含的催化剂的几种分离方法，并对几种分离方法的优缺点进行了详细比较。
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22. The FC306 catalyzer of the new preparing using to synthesize carbinol access or equate catalyse capability of three same kinds of importing catalyzer.
23. The effect of diverse ligands, amount of the ligands, different reaction time, amount of the catalyzer and dosage of hydrogen peroxide was investigated.
发现配体种类、用量、反应时间、催化剂的用量、双氧水的用量是合成己二酸的主要影响因素。
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24. Introduced the methods of nano-catalyzer's and carbon nanotubes's preparations, Analyzed the applied status of nano-catalyzer and nanotubes in the fuel cell.
本文介绍了纳米催化剂和碳纳米管的制备方法，分析了纳米催化剂和碳纳米管在燃料电池中的应用状况。
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25. Besides, heteropoly hydrochloric acid can transmit proton and increase the catalytic activity of platinum catalyzer, which can improve the performance of cell.
同时，杂多酸盐不仅能够传导质子，而且还有助于提高铂催化剂的催化活性，提高了电池性能。
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26. The article introduces the principle and structure of the new exhaust emission devise on diesel vehicle which USES low temperature plasma in conjunction with catalyzer.
介绍了低温等离子体与催化剂协同降低柴油机排气新装置的原理与结构。
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27. The article introduces the principle and structure of the new exhaust emission devise on diesel vehicle which USES low temperature plasma in conjunction with catalyzer.
