静电结合

词组短语

electrostatic bonding

与静电结合相关的网络例句 [注：此内容来源于网络，仅供参考]

MGM is introduced to solve field distributions in 3-D electron optical systems. The difference equation, the discrete form of Laplace's equation, is deduced in 3-D Cartesian coordinates. In view of the smooth effect, MGM combines Gauss-Seidel iteration with a technique known as coarse grid correction. Formulae for restriction and prolongation are deduced and expressed in terms of tensors.

将多重网格法引入电子光学系统中三维静电场的计算，对三维笛卡尔坐标系中的差分方程，采用高斯-赛德尔迭代法求解差分方程组，并结合迭代过程讨论了粗网格的误差校正技术；在不同网格层之间进行场值的限制和延拓，推导了三维静电场中的限制、延拓公式并以张量的形式表示。

Since the dismutation of superoxide radicals by SOD is a reaction that is rate-limited by diffusion and enhanced by electrostatic guidance, all these structural features may be related to GP-MnSOD's high catalytic activity: first, Lys38 may increase the effective enzyme-substrate association rate by enhancing the electrostatic gradient at its substrate channel; second, an excess of acidic over basic residues makes the negative surface potential of GP-MnSOD more larger than those of other known MnSODs. This may enhance the reaction rate by reducing futile collisions of superoxide radicals with GP-MnSOD's surface.

因此，GP-MnSOD的上述结构特征可能与GP-MnSOD的较高酶活有关：首先，Lys38增加了底物通道口的正静电势梯度，从而可能促进了GP-MnSOD的活性中心与底物的有效结合速率；其次，GP-MnSOD表面覆盖的过量酸性残基使得它比其它MnSOD在底物通道以外的蛋白表面更多地被负静电势所覆盖，这可能有效地减少了超氧阴离子与GP-MnSOD表面的无效碰撞，从而提高了反应速率。

The interactions of dsDNA and ssDNA with two osmium complexes have been studied by surface electrochemical methods based on DNA modified electrode. It is found that both osmium complexes bond DNA with electrostatic interaction. And some thermodynamics and kinetics constants, such as bindind constant , ratio of binding constants K〓/K〓, limiting ratio K〓°/K〓°at zero ionic strength (μ＝0), free energy ΔG〓, dissociation rate constant k and binding site size s have been obtained.

研究发现两种锇配合物都是通过静电作用与DNA结合，并计算得到联吡啶锇和二氯菲咯啉锇与dsDNA和ssDNA相互作用的结合常数、结合常数比K〓／K〓、μ＝0时极限结合常数比K〓°／K〓°、结合自由能ΔG〓、解离速度常数k和结合位点数s等多个热力学和动力学参数。

The control principle of electrostatic shaping was introduced according to the balance between electrostatic force and resulting force formed by membrane deformation and the complex shaping process of SMEC. Then, taking the trisection circularity electrode for an example, the distribution characteristic of electric potential in the electrostatic field was analyzed, namely, the expression of potential function in the electrostatic field was deduced by Laplacian equation. And then, by combining the difference equation with electric potential expression, the numerical solutions of electrostatic force in single electrode mode and trisection circularity electrode mode were disposed. Finally, the calculated figure was compared with the ideal paraboloid and comparison shows that more accuracy would be achieved by multi-electrode control.

根据静电力与薄膜变形载荷作用力之间的平衡关系和静电拉伸薄膜反射镜成形的复杂过程，介绍了薄膜反射镜静电成形的控制原理；以三等分环状电极为例，分析了静电场中空间电势分布特性，即从拉普拉斯方程推导出静态场势函数的表达式；然后，利用差分与电势方程结合的方法，对单电极电场力和三等分环状电极电场力进行了数值求解；最后，将计算面形与理想抛物面进行了比较，结果显示，单电极情况下得到的薄膜反射镜面形不是理想抛物面，若采用多电极控制可获得更高的控制精度。

The control principle of electrostatic shaping was introduced according to the balance between electrostatic force and resulting force formed by membrane deformation and the complex shaping process of SMEC. Then, taking the trisection circularity electrode for an example, the distribution characteristic of electric potential in the electrostatic field was analyzed, namely, the expression of potential function in the electrostatic field was deduced by Laplacian equation. And then, by combining the difference equation with electric potential expression, the numerical solutions of electrostatic force in single electrode mode and trisection circularity electrode mode were disposed.

根据静电力与薄膜变形载荷作用力之间的平衡关系和静电拉伸薄膜反射镜成形的复杂过程，介绍了薄膜反射镜静电成形的控制原理；以三等分环状电极为例，分析了静电场中空间电势分布特性，即从拉普拉斯方程推导出静态场势函数的表达式；然后，利用差分与电势方程结合的方法，对单电极电场力和三等分环状电极电场力进行了数值求解；最后，将计算面形与理想抛物面进行了比较，结果显示，单电极情况下得到的薄膜反射镜面形不是理想抛物面，若采用多电极控制可获得更高的控制精度。

And there is a comparison between the interactions of Morin and its Co, Cu, or Zn-complexes with DNA.

而药物分子与DNA的作用普遍认为有静电结合、沟渠结合和嵌插三种非共价键方式[2 ] 。

NMB showed an electrostaticbinding with the immobilized ssDNA, and both electrostatic and intercalative bindingswith the immobilized dsDNA.

NMB与ssDNA主要以静电作用相结合，而NMB与dsDNA通过静电和嵌插两种作用方式相合。

With the experiment results, the electrostatic binding interaction between purpurine and DNA can be concluded.

实验结果表明，二者是以静电结合模式相互作用。

It comprises an electrostatic, heat tube, heat exchanging dust remover.

将带有肋片的热管置入静电除尘器中，构成静电热管式除尘器，使静电力和温度场的作用有机结合，以提高除尘和换热效率。

Being different from the case of HZSM-5, the species on NaZSM-5 can not be further activated because they are decomposed to acetylene and desorbed with increasing temperature.

在NaZSM-5上，乙炔只通过与Na^＋位上的水作用形成乙烯醇，后者与沸石孔道中的阳离子以静电结合构成弱吸附物种。

与静电结合相关的网络解释 [注：此内容来源于网络，仅供参考]

cohesive energy：内聚能

各种分子之间相互作用的强弱. 预测各种结构的分子有序组合体的形成、转换和稳定性理论的表示式. 固体依靠静电力结合而成,我们用内聚能(cohesive energy)来反映这些力,其数量级是eV.内聚能是固体中原子或分子的结合能.

electrostatic bond：静电结合

电渗透 electrosmosis | 静电结合 electrostatic bond | 静电效应 electrostatic effect

ionic crystal：离子晶体(离子间通过离子键结合而成的晶体)

ionic bonding 离子键(由原子得失电子后,生成的正负离子之间,靠静电作用而形成的化学键) | ionic crystal 离子晶体(离子间通过离子键结合而成的晶体) | ionic lattice 离子晶格

TOB：妥布霉素

在pH为2.0~7.0的水溶液中,硫化镉纳米微粒[(CdS)n]与氨基糖苷类抗生素阿米卡星(AMK)、卡那霉素(KANA)、妥布霉素(TOB)和庆大霉素(GEN)借静电引力、疏水作用力结合,形成粒径更大的聚集体,导致共振瑞利散射(RRS)的增强并产生新的RRS光谱,

topography：分子构图

2.乙酰胆碱与受体的结合方式:胆碱能受体的分子构图(topography)与AchE有相似之处,但又不完全相同. 如M受体有两个活性中心(负性部位、亲酯部位)和疏水区. 当Ach与受体接近时发生①Ach的季铵氮与受体分子的负性部位以静电引力和范德华引力相互结合;

electrosmosis：电渗(透)

验电器 electroscope | 电渗透 electrosmosis | 静电结合 electrostatic bond

sieving：筛选

机械过滤有五个基本途径,分别为筛选(Sieving),拦截(interception),压紧(impaction),扩散(diffusion)和静电结合(electrostatic bonding). 光是罗列名字没有任何意义. 我们逐个的深入了解吧. 有淡水水族箱(FW,