生成物

shēnɡ chénɡ wù
  • product;resultant
生成物生成物
  1. 在生成物里面,没必要把这两个q分开。

    I didn 't need to separate that into this product .

  2. P4O(10)-Al(OH)3-H2O中生成物及热变化的研究

    The Study ot Product and Heat Change in P_4O_ ( 10 ) 1-Al ( OH ) _3-H_2O

  3. 讨论了几种原材料对B组分及反应生成物性能的影响。

    The influence of several raw materials on the performance of the B-component and its reaction products were discussed .

  4. 开始时溶液里有,的混合物反应物,in,solution,and,C,and,D,和生成物在一起。

    A B And so we start out with a mixture of the A and B C D reactants and products together .

  5. 反应的△H是多少?,它就是生成物的生成焓减。

    It 's delta H of formation of the products minus delta H of formation of the reactants .

  6. 从X射线衍射图谱可以看出,pH值在9.5左右,生成物具有明显的晶体特征。

    We can see from X-ray spectrum , while pH value is around 9.5 , formation substance has significant crystal characteristics .

  7. 喷油提前角延迟,则NOx生成物降低,放热率也有所降低。

    Injection delay results in reduction of NOx and rate of heat release .

  8. 等离子体技术净化CF4及其生成物机理的探讨

    Study of Purifying Mechanism for CF _ 4 and Products by Plasma Technique

  9. X射线衍射谱表明,在复合材料的显微组织中TiC是惟一反应生成物。

    X-ray diffraction analysis shows that TiC is the only phase produced by in situ reaction in composites .

  10. SF6及SF6混合气体火花放电生成物分析

    Analysis of Spark Decomposition Products of SF_6 and SF_6 Mixtures

  11. 所以这里△H就是所有生成物的,生成热的和,对吧?

    So here , I 'm going to have delta H , is just the sum for all the products of delta heat of formation right ?

  12. Al2O3-H3PO4体系中生成物及热变化的研究

    The Study of the Resultant and Heat - Change in the Al_2O_3-H_3 PO_4 System

  13. 煤的热解研究III.煤中官能团与热解生成物

    Fundamental Study of Coal Pyrolysis III. Functional Group and Pyrolysis products

  14. 元素碘原位生成物作为链转移剂引发VAc的DT聚合。

    Degenerative transfer polymerization of VAc in the presence of elemental iodine .

  15. 通过不同温度下生成物的结构及形貌变化,研究了SiC晶须的生长机理。

    The growth mechanism of SiC whisker was studied through comparing the changes of structure and morphology of the products at different temperatures .

  16. 生成物CO2及剩余反应物浓度随时间变化的实验结果表明,该种反应为零级反应。

    From the change of the concentration of the reactant and product CO2 detected by gas chromatographs , the reaction 's order is confirmed as zero order .

  17. 孔隙的形状和大小取决于原料Al和生成物FeAl的分布和大小;

    The shape and size of pore is related to the distribution and size of Al and FeAl ;

  18. 利用体外试验方法(InVitro)、SEM/EDAX及FTIR技术对浸泡不同时间的溶胶-凝胶生物活性玻璃颗粒的表面形貌、成分变化及表面生成物、生成时间及反应机理进行分析测试及理论探讨。

    The surface morphology , composition , reaction products and reaction mechanism of the glasses were investigated by in vitro , SEM / EDAX and FTIR techniques .

  19. 结果表明:纳米SiO2的掺入降低了水泥水化生成物Ca(OH)2含量,增加了水泥水化的化学结合水量及水化放热量。

    The results show that the presence of nano-silica powder decreases Ca ( OH ) _2 content , but increases chemically-combined water content and heat of hydration .

  20. 在N2气氛中以粉煤灰为原料,采用碳热还原氮化工艺制备了β-Sialon粉体,研究了碳含量、合成反应温度、保温时间和氮气流量等因素对生成物物相的影响。

    β - Sialon powder was prepared from fly ash and carbon black via carbothermal reduction nitridation in this study .

  21. 通过控制反应体系终点pH值、反应时间和反应温度制得含CO32-的羟基磷灰石,并用XRD和IR技术分析了生成物的组成和结构。

    Controlling the pH value of the reaction environment , the reaction time and the reaction temperature , carbonate-containing HA was obtained . XRD and IR examined its structure and composition .

  22. DDS是绿色的水处理系统,所需的原料和生成物都属于自然界存在的物质,无二次污染的发生。

    DDS is a green or natural water treatment system , with both material and results being natural . No secondary pollution is produced .

  23. 用US/VIS分光光度计测量了生成物的透过率发现其透过率在紫外部分较ITO膜提高;

    The US / VIS spectrophotometer was used to measure the transmissivity of TiSi 2 film and found the transmissivity of TiSi 2 was higher than that of ITO film .

  24. 利用X射线衍射仪分析了SF6/CO2混合气体中放电电极表面的固体生成物,并分析了生成物的形成机理。

    The solid products formed on the surface of electrodes in sparked SF6 / CO2 gas mixture is checked by means of XRD and the formation mechanism of these products is analysed .

  25. 由四极质谱仪的分析结果发现,CF4等生成物的谱峰强度随射频(RF)功率的增加几乎线性地减小。

    From quadrupole gas analyzer , the intensity of spectral peaks for CF 4 and products reduces almost linearly with increase of RF power .

  26. 铝热反应Fe2O3+2Al→2Fe+Al2O3产生的热量使生成物处于熔融状态,在离心力的作用下,Fe和Al2O3发生分离,从而形成陶瓷复合钢管。

    The aluminithermic reaction Fe_2O_3 + Al-Fe + Al_2O_3 can produce melting products of Fe and Al_2O_3 which can be separated under centrifugal force to form ceramic & steel composite pipe .

  27. SF6分解后可复合,不分解含碳等的有害绝缘物质,在严格控制水分的情况下,生成物无腐蚀性。

    SF6 decomposition after compound does not break down the harmful carbon and other insulating materials , strict control of moisture in the circumstances , the resultant non-corrosive .

  28. 点燃后的生成物主要是敌敌畏、二氧化碳,还有少量的CO、NO、NO2、C1、HC1和残存的敌百虫等。由于敌敌畏的毒力比敌百虫大和其它气体、烟微粒生成物有增效作用;

    Essential products of the smoking formula after burning are mainly DDVP , CO_2 and small amount of CO , NO , NO_2 , HCl , Cl_2 , Dipterex and so on .

  29. 总结了相对湿度、原料气组成、生成物和改性方法等工艺条件对ACF吸附H2S性能的影响。

    The factors that affect adsorpting of H2S , including the relative humidity , the component of the feed gases , the resultants and the methods of modification , were also discussed .

  30. 本文研究了a-Si/Ti叠层膜在180℃温度下的互扩散,利用XPS分析发现Ti、Si原子具有相等的原子浓度,生成物为TiSi;

    Mutual diffusion of a-Si / Ti layers studied at 180C by using XPS analysis has indicated that the atomic concentration of Ti and that of Si is almost equal and the prod - uct obtained is TiSi .