惰性

duò xìng
  • inertia;inertness;sluggishness;inert
惰性惰性
惰性 [duò xìng]
  • [inertia] 不易改变的落后习性;不想改变老做法、老方式的倾向

  • [inert] 某些物质不易跟其他物质化合的性质

  • 惰性元素

  • 惰性气体

惰性[duò xìng]
  1. 这可能有助于你克服惰性。

    This might help you overcome inertia .

  2. 惰性掺杂物中二苯硫(DPS)掺杂效率最高;

    Adulterate efficiency of diphenyl sulfide ( DPS ) was the highest in kinds of inertia dopant monomers ;

  3. 元素氮是一个十分不活跃的惰性物质。

    Elemental nitrogen is a very unreactive and inert material .

  4. 高企的房价和惰性使得很多父母面临一个不太乐观的境地,家里三十多岁的孩子并不着急出去独立生活。

    The combination of high property prices and laziness has left many parents with the surprise -- one that is not always welcome -- of finding their thirtysomething children are not in a rush to leave .

  5. 不同的反应气氛制备的产物不同,在惰性气氛下产品纳米粒子是Zn和ZnO的混合物;

    In the different reaction atmosphere , the products are different .

  6. 实验证明,某些球形碳化树脂对于惰性气体,永久气体和C1~C3低碳烃气体具有良好的分离能力。

    It has been proved that the separation efficiency for inert gases , permanent gases and C1-C3-light hydrocarbons is excellent .

  7. 本文介绍一套基于可编程序控制器(PLC)的惰性气体发生系统。

    The paper introduces an inert gas system based on programmable controller ( PLC ) .

  8. 电积铜用惰性Pb基合金阳极的工业试验

    Testing of Three Kinds of Non-dissolved Lead Alloy Anode in The Electro-winning Copper Industry

  9. Co-Ni-xNiFe2O4惰性阳极的制备与性能研究

    Preparation and Properties Research on Co-Ni-xNiFe_2O_4 Inert Anode

  10. 惰性气体晶格中的HF分子的阻碍转动的势能函数

    The potential energy functions of hindered rotation for HF in rare gas lattices

  11. 铝电解用Fe-Ni-Co-Al2O3金属陶瓷惰性阳极

    Fe-Ni-Co-Al_2O_3 Cermets Inert Anode for Aluminum Electrolysis

  12. 加压惰性气氛下CaO和SO2反应的热重研究

    Thermogravimetric Research on Reaction of CaO with SO_2 in Inert Atmosphere Under Pressure

  13. SiC晶须增强NiFe2O4基惰性阳极材料烧结工艺研究

    Study on sintering technique of NiFe_2O_4 / SiC_w used as matrix of inert anodes

  14. 聚丙烯(PP)表面呈惰性,不利于与增强纤维的粘合。

    The surface of polypropylene ( PP ) is inert and so is difficult to make conglutination with reinforcing fibers .

  15. NiFe2O4/Ag惰性阳极的熔盐腐蚀性能

    Molten salt corrosion property of nife_2o_4 / ag inert anodes

  16. 成功解析出了(R)-1,3-丁二醇惰性溶液中的自聚集体系的组分光谱和组分浓度,确定了体系的主要聚集体类型为三聚体。

    Spectral and concentration curves of components in ( R ) - 1,3-butanediol self-association system were resolved . The major part of multimers was determined to be trimer .

  17. 惰性载气对TPR动力学的影响

    The Influence of Inert Carrier Gas ses on TPR Kinetics

  18. 因此,用化学共沉淀法制备NiFe2O4惰性阳极用陶瓷粉末原料是可行的。

    Therefore , it is practicable to fabricate NiFe_2O_4 powder made by chemistry co-deposition method .

  19. UASB反应器中加入惰性载体促进颗粒污泥生成

    Granulation in the UASB Reactor with Inert Carriers

  20. 由于相互作用并不为零,(6,6)和(10,0)C纳米管并不能充当Cu原子链的完全惰性容器。

    As a result of the nonvanishing interaction , ( 6,6 ) and ( 10,0 ) CNTs do not act as " perfectly inert " containers for the Cu atomic chain .

  21. 在LNG的液化过程中,天然气中的水、惰性气体、C5等烃类基本被脱去,燃烧时温室气体排放量低,被公认为是未来世界普遍采用的燃料。

    In the LNG liquified process , water , inert gases , hydrocarbons like C5 are eliminated .

  22. 惰性TiB2阴极在低温铝电解中的应用

    Application of inert tib_2 cathode in low temperature aluminum electrolysis

  23. 冰晶石-氧化铝熔体中SnO2基惰性阳极上氧的超电压

    Oxygen Overvoltage on sno_2-based inert anodes in naf-aif_3-ai_2o_3 melts

  24. 电解质在混合溶剂中的溶解度&盐-DMSO(或DMF)-惰性溶剂体系

    Solubility of Electrolytes in Mixed Solvents & Systems of Salts , DMSO , DMF and Inert Solvents

  25. 利用FLUENT软件求解多孔介质中燃烧问题是有效的,该二维惰性多孔介质燃烧模型是合理的。

    The turbulent combustion model in PIM is reasonable , and using the CFD code FLUENT to solve combustion in PIM is feasible .

  26. 由于生成电还原惰性络合物,显著地影响氯化银的τ和E(1/2)~,并和增感染料的结构与浓度密切有关。

    τ and E_ ( 1 / 2 ) ~ notably is affected because of formation inert compound . The interaction is closely related to constitution and concentration of sensitizing dye .

  27. 普鲁士蓝(PB)可以作为许多生物化学物质的人工酶来修饰惰性电极,用来催化它们的氧化还原。

    Prussian Blue ( PB ) can be modified on inert electrodes acting as artificial enzyme of many biological or chemical substances to catalyse their redox reactions .

  28. 我要解释如何实现惰性装载、如何与RESTfulWeb服务集成以及如何实现GWT回调和定制的异常。

    I explain how to implement lazy loading , how to integrate with RESTful Web services , and how to implement GWT callbacks and custom exceptions .

  29. Haskell语言的惰性计算特性及其应用

    The Features of Lazy Evaluation of Haskell and their Applications

  30. 在粘合剂含量较高(>13%)的体系中,含能粘合剂提高能量的幅度优于惰性粘合剂,且GAP优于BAMO,每种粘合剂都有一最佳用量。

    GAP is more beneficial to increasing energy better than BAMO , and every binder all exists a optimum addition amount .