反应生成

  • 网络Reaction generation;ammonium sulfite
反应生成反应生成
  1. SEM分析显示,反应生成的颗粒细小,且在基体中弥散分布。

    SEM analysis indicated that the particles forming were fine and distributed uniform in matrix .

  2. 在C4~(2+)存在下,鸭CRP很容易和肺炎球菌C-多糖反应生成沉淀。

    Duck CRP easily reacted with pneumococcal C-polysaccharide to form sediment in the presence of Ca + ion .

  3. Al2(SO4)3反应生成Al2O3弥散增强铝基复合材料组织与性能研究

    Mechanical Properties and Microstructure of Al_2O_3 in situ Decomposed from Al_2 ( SO_4 ) _3 Reinforced Aluminum Matrix Composites

  4. 以青霉素G钾盐Ⅰ为原料,与对硝基溴化苄反应生成青霉素G的对硝基苄酯Ⅱ。

    Penicillin G potassium salt (ⅰ) was reacted with p-nitro benzyl bromide to produce the 4-nitrobenzyl ester of penicillin G acid (ⅱ) .

  5. 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 .

  6. FTIR谱图表明,淀粉与十二醇进行了苷化反应生成淀粉十二烷基苷,同时还发生了降解反应、开环反应。

    FTIR results show that the glycosidation reaction is accompanied by ring-opening reaction and degradation reaction .

  7. 在未掺入其他的离子时,水热反应生成透明αAl2O3六棱柱形晶体。

    The hexagonal prism crystal was synthesized using hydrothermal reaction without adulteration of other ions .

  8. SPAn通过水解可以与乙醇发生反应生成酯,这一点为聚苯胺的磺化提供了直接的证据。

    SPAn can react with alcohol to form the ester followed by hydrolization , which gives a straightforward evidence for the sulfonation of polyaniline .

  9. 原位反应生成W2B5-C复合材料的力学性能和电加工性能

    Mechanical Properties and Workability of W_2B_5-C Ceramics Fabricated by In-situ Reaction

  10. 半焦对富含甲烷气体转化制备合成气的作用(Ⅱ)改性半焦对CO和H2反应生成CH4的作用

    Effect of char on the conversion of methane to produce syngas (ⅱ) the effect of modified char on producing ch_4 from CO and h_2

  11. 铝液原位反应生成TiAl3晶须的条件和机制分析

    Analysis of the Condition and Growth Mechanism of TiAl_3 Whisker Fabricated by in-situ Reaction in Molten Aluminum

  12. Al-Ti-C系中反应生成TiC机理研究

    Formation Mechanism of TiC in Al-Ti-C System

  13. 金刚石与硬质合金钎焊接头中,活性元素Ti原子与金刚石表面的碳原子在高温下反应生成了连续的TiC膜。

    And in the joint , a continuous TiC film was generated by Ti reacted with carbon on the surface of diamond film .

  14. 底物经固定化青霉素G酰化酶水解,捕捉剂与水解产物反应生成沉淀,沉积在固定化青霉素G酰化酶的催化活性部位。

    When the substrate was hydrolyzed by immobilized penicillin G acylase , hydrolysis product reacted with capture and formed precipitation which deposited on active site of immobilized penicillin G acylase .

  15. 土聚反应生成的产物是无定形的,它可能是单硅铝酸土壤聚合物(PS)和双硅铝酸土壤聚合物(PSS)的复合物。

    The reaction products of geopolymers are amorphous , and they may be the multiplex substances of the PS and the PSS .

  16. 四氯化钛和镁,反应生成氯化镁和钛,1937年W。J。克劳尔发明了这个方法。

    And , this involves the reaction of titanium tetrachloride with magnesium to form magnesium chloride plus titanium And , this was invented in1937 by W.J.Kroll .

  17. 介绍了在KOH催化剂作用下棉籽油与甲醇反应生成棉籽油甲酯即生物柴油的研究工作。

    A research was made of the reaction of transesterification of cottonseed oil , using KOH as catalysts .

  18. 运用不对称活化策略,一个光学活性的或者甚至外消旋的催化剂可以被另一种手性活化剂(chiralactivator)选择性地活化,从而催化反应生成非外消旋产物。

    With asymmetric activation strategy , a chiral or even racemic catalyst may be selectively activated by a chiral activator to yield non - racemic produc'ts .

  19. Al-Ti-B4C体系可在1200~1500℃的温度下,反应生成TiC和TiB2颗粒。

    TiC and TiB_2 particulates can be created at 1200 ~ 1500 ℃ with Al-Ti-B_4 C system .

  20. 研究发现竹节状碳纳米管的生长机理为底端生长模型,其生长催化剂来源于四氢呋喃热解产生的O与Zn反应生成的ZnO纳米颗粒。

    The growth mechanism of bamboo-shaped carbon nanotubes was bottom growth model , and the catalyst was ZnO which came from the reaction of metallic zinc and oxygen in tetrahydrofuran .

  21. NiAl的反应生成归结于机械碰撞诱发的爆炸反应机制。

    During milling the reaction mechanism of NiAl was attributed to explosive reaction induced by mechanical collision .

  22. 方法:利用Fenton反应生成羟自由基(OH),由AAPH诱发红细胞氧化性溶血。

    METHODS : To produce the OH by fenton reaction and induce the oxidative hemolysis in mouse erythrocytes by AAPH .

  23. 用利福平(RFP)与牛血清白蛋白(BSA)在碱性条件下反应生成稳定的偶联物。

    Stable Rifampicin ( RFP ) and bovine serum albumin ( BSA ) conjugate was prepared under the alkaline condition .

  24. COS是由CO和元素硫反应生成的,酸气中H2S含量超过70%后,COS生成量急剧下降。

    COS is formed by the reaction between CO and elemental S. Once H_2S content in acid gas is over 70 % , COS yield drops rapidly .

  25. 以SiC为基体,用TiC和B4C为原料反应生成TiB2,原位合成了SiCTiB2复相陶瓷。

    SiCTiB_2 composites with TiC and B_4C as raw materials were obtained by in-situ synthesis on the basis of SiC .

  26. 用硅溶胶和聚乙烯醇缩聚反应生成的溶胶、凝胶制备了固体电解质钠快离子导体(natriumsuperionicconductor,Nasicon)。

    Solid electrolyte natrium super ionic conductor ( Nasicon ) was prepared by the polycondensation of silica sol and polyvinyl alcohol via a sol-gel route .

  27. 在pH=9氨性溶液中,铜(Cu ̄(2+))与二甲酚橙(XO)和CTB反应生成紫红色化合物。

    Ln pH 9 solution copper ( Cu  ̄( 2 + ) ) can react with Xylenol Orange ( XO ) & CTB to form red compound .

  28. 用对二氯苯和硫化钠在合适的溶剂中经催化反应生成PPS,目前已能规模化生产。

    In the presence of catalyst , PPS can be synthesized by p dichlorobenzene and sodium sulfide in proper solvent . PPS can be manufactured heretofore .

  29. 波峰焊工作温度下Fe、Sn能反应生成主要为FeSn2的脆性针状化合物。

    Operating under the temperature for wave soldering , Fe and Sn can react and create acicular brittle compound whose major element is FeSn_2 . The development of compound is not a balanceable process .

  30. 铜层过厚,共晶反应生成的液相量太多,在钎缝区形成较多的Al-Cu化合物脆性相。

    If Cu layer is too thick , the eutectic substance is too much and there are many brittle Al-Cu compounds in the eutectic layer .