解离

jiě lí
  • dissociation;disaggregation
解离解离
解离 [jiě lí]
  • [dissociation] 抗原抗体复合物的分开为游离抗原和抗体

解离[jiě lí]
  1. 多光子解离CHClF2富集~(13)C

    Enrichment of ~ ( 13 ) C in the products of the multiphoton dissociation of CHClF_2

  2. 人肺腺癌细胞系中小G蛋白Rho-GDP解离抑制因子α的克隆及序列分析

    Analysis of Small G-Protein Rho GDP Dissociation Inhibitor α in Lung Cancer

  3. 眼魔经常用它们的解离射线雕刻自己的地底巢穴

    Beholders usually carve out underground lairs for themselves using their disintegrate rays .

  4. 强红外激光场解离含氧有机物中COC键机理的研究

    The Breakage Mechanism Study of Containing Oxygen Organic Compound by IR Laser

  5. 花生酸的加入可以部分地解离膜中的H聚集体。

    The aggregates in LB films were dissociated by mixing with arachidic acid .

  6. H2在Ni,Pd与Cu表面的解离吸附

    H2 dissociative adsorption on surfaces of ni , PD and Cu

  7. 甲烷在Ni表面及La薄膜上激活解离化学吸附

    Activated chemisorption of ch_4 on Ni surface and LA Film

  8. 中性丢失少、可区分亮氨酸和异亮氨酸等。这些特点使电子捕获解离充满魅力,特别在TopDown技术和翻译后修饰中具有广阔的应用前景。

    All of these make ECD charming , especially in the field of Top Down strategy and post translational modification characterization .

  9. 本文研究小牛胸腺DNA和组蛋白在体外低、高离子强度盐溶液中的动态缔合与解离。

    The association and dissociation of DNA and histone in vitro was related to the ionic strength of their solution environment .

  10. Ni(510)台阶面对氢分子解离吸附的影响

    Effects of the Ni ( 510 ) Step Surface for the Dissociative Adsorption of Hydrogen Molecule

  11. CH4和CD4解离吸附的量子含时动力学研究

    Time-dependent quantum dynamics study of dissociative adsorption of CH_4

  12. 高温下CF4在H2中解离的反应动力学研究

    Kinetics of the Thermal Decomposition of CF_4 in the Presence of H_2 at High Temperature

  13. 为优化求解,采用多块结构适体网络,利用SIMPLE算法解离散方程。

    To attain an optimized solution , employed is a multi block grid with appropriate shaped meshes . Discrete equations were solved by a SIMPLE algorithm .

  14. Excel电子表格在电位法测定酸解离常数中的应用

    Application of Excel in Acidic Dissociation Constants Determination

  15. 甲胺在清洁及磷改性Mo(100)表面的解离

    Decomposition of Methylamine on the Clean and P Modified Mo ( 100 ) Surfaces

  16. 336~356nm波段CS2的多光子解离过程研究

    Multiphoton Dissociation Processes of CS_2 in the Range of 336 ~ 356 nm

  17. 该技术利用紫外光激发解离H2O2产生强氧化性·OH自由基氧化降解污染物。

    The technology uses strong oxidizing oOH radical produced by ultraviolet dissociating H2O2 to degrade pollutants .

  18. Cs2分子的光解离和碰撞能量转移

    Photodissociation of Cs_2 molecules and collisional energy transfer

  19. H2在开放的(110)面较易解离,而在密堆积的(111)面较难解离。

    The dissociative adsorption of H2 is easier on open ( 110 ) surface than that on close-packed ( 111 ) surfaces .

  20. 用NMR方法测定三羟甲基胺基甲烷的质子解离常数

    Determination of proton dissociation constant of tris - ( hydroxymethyl ) - aminomethane by NMR method

  21. 载体对Rh基催化剂上甲烷解离活性的影响

    The Effect of Supports on the Activity of Methane Dissociation over Rh Catalysts

  22. 其他的工作集中在组蛋白乙酰化,这种化学修饰可以使DNA从组蛋白缠绕中解离出来,产生基因活性。

    Other work has focused on histone acetylation , a chemical modification that unwinds DNA from protein spools called histones , thereby enabling gene activity .

  23. 氢在SF6红外多光子解离中的作用

    The Role of Hydrogen in IR Multiphoton Dissociation of SF_6

  24. 复合物Mg~+-S2(CH3)2光解离光谱

    Photodissociation spectra of the complex Mg ~ + - S_2 ( CH_3 ) _2

  25. 碱性介质中甘氨酸在Pt电极上解离吸附和氧化反应的原位红外反射光谱研究

    In situ FTIR Spectroscopic Investigations of Dissociative Adsorption and Electrooxidation of Glycine at the Pt Electrode in Alkaline Solutions

  26. 甲烷在清洁Pd(111)及氧改性的Pd(111)表面解离的密度泛函理论研究

    Density Functional Theoretical Study of Decomposition of Methane on Clean Pd ( 111 ) and Oxygen-Modified Pd ( 111 ) Surfaces

  27. 解离散时间代数Riccati方程的符号函数法

    A Sign Function Method for Discrete Time Algebraic Riccati Equation

  28. 镍表面单原子台阶对甲烷解离过程影响的DFT研究

    A DFT Study on the Influence of Step Structure of Nickel Surface on Methane Dissociation Process

  29. 给出了PO和THF的解离率与激光能量的关系;

    It was obtained that the dependence of dissociation yield on laser energy-density .

  30. 当共聚物水溶液的pH从5.1降低为1.0时,共聚物经历了纳米粒子的形成、溶胀和解离。

    The copolymers experience the formation , swell and dissociation of multi-chain nanoparticles when the pH of the aqueous solutions / dispersions changes from 5.1 to 1.0 .