偶合法

偶合法偶合法
  1. 结果表明,在合成SDMBSA中采用重氮偶合法比戊二醛法好。

    The results showed that in synthesizing SDM-BSA it is better with the method of diazotization and coupling than the glutaraldehyde .

  2. 本文采用锌粉还原重氮偶合法测定奶片中硝酸盐,其方法灵敏度为0.024μg,检出限(L)为O。

    This paper determines the nitrate in milk piece with the method of reduction of powdered zine-diazo coupling and the sensitivity of the method is 0.024 μ g.

  3. 将固相作为离散相体系,采用离散相模型(DPM)的非偶合法追踪颗粒运动轨迹。

    The standard turbulent model and SIMPLE model of gas phase and the Discrete Phase Model ( DPM ) for particle motion were used to describe the two phase flow .

  4. 可以看出,溅射氧化偶合法(SOC)对于其它制备技术来说,其突出优点是成本低、成膜率高、操作简便、掺杂过程简单易行、利于仪器保护,而且其产品的各项性能均较好。

    It is obvious that Sputtering Oxidation coupling ( SOC ) possess more advantages in comparison with other preparation technologies , such as low cost , high yield , easy operation , simple doping process , beneficial to the instrument protection and good performance of their samples and so on .

  5. 测定汽液平衡的新方法&偶合法和双斜式沸点仪

    A new method for measuring VLE data & coupling method with two-leaned-ebulliometer

  6. 混合偶合法一步合成活性黑染料

    Synthesis of Reactive Black Dyes by One-Bath Mix - coupling

  7. 后重氮偶合法制备含硝基偶氮苯咔唑类聚合物

    Synthesis of Carbazole-based Polymers Containing Nitro Azobenzene Group via Post Azo Coupling Reaction

  8. 混合偶合法合成红色有机颜料合金

    The Synthesis of Red Organic Pigment ' Alloys ' by the Mixed Coupling method

  9. 对氟苯酚-过氧化氢-辣根过氧化物酶体系酶联荧光免疫分析研究&Ⅰ.对氟苯酚直接法及铝-钙指示剂偶合法测定人血清中乙肝表面抗原和表面抗体

    Enzyme-linked Fluorescence Immunoassay Using p-Fluorophenol-Hydrogen Peroxide-Horseradish Peroxidase System - ⅰ . Determination of Hepatitis B Surface Antigen and Antibody in Human Serum

  10. 采用化学偶合法,对三种反应器的微观混合性能进行了实验测定与研究,结果表明,撞击流-旋转填料床反应器的微观混合性优于其它两种反应器。

    The micromixing performances of three reactors are contrasted adopting chemical coupling method and results show that micromixing in the IS - RPB reactor is intensified by the most , and it is also proved that IS-RPB reactor is a new type reaction facility more suitable reactor for fast reactions .