静电的

Study on molecular characters of atagonist indicated that neonicotinoids insecticides and the active pharmaceutical group displayed electro-negative and electro-positive, and study on the interaction between atagonist and nAChR at the complex of subunit of insect and subunit of mammalian indicated that the effect of basic aminoacid in D ring of binding location of ACh is very obvious, and the YXCC in C ring of binding location also attracted the attention too.

激动剂的分子特点研究表明，新烟碱类杀虫剂和ACh药效基团在静电性上分别显示负电性和正电性。用昆虫亚基和脊椎动物亚基组成的杂合受体同激动剂相互作用的研究，主要集中在受体亚基上不同氨基酸残基与不同激动剂结合电生理效应的特点上。

On the charge distribution of the benzene ring is investigated.

分子的电荷分布是分子在主要山静电控制的一些反应中的化学活性的重要指标。

For the sake of the compatibility to gurrantee the manufacture produce dimensions , the plate that the male employs in the abundant heat sink production process is the treasure steel manufacture high grade very mould the drawing cold roll thick plate of 2.5mm's breastwork to the soldering performance of initial semi-manufactured goods of better control every workman dimensional tolerance along with well , such function of a mechine is domestic the most well-developed

乾丰散热器的表面处理包括脱脂处理、表面磷化处理以及静电喷塑。为了保证工件表面具有良好的附着性能，乾丰散热器在表面处理过程中增加了表面磷化处理，其目的是为了保证表面涂层与散热器本体的良好附着性能。为了保证处理质量，其所使用的前处理化料均为国内知名企业产品。

Present situation of carding machine research in Taiwan is summarized on the application of static electricity,the basic significance of carding machine,and the development of small-type carding machines.

从静电技术在梳棉机的应用，梳棉机的基本作用，发展小型梳棉机等几个方面介绍了中国台湾地区梳棉机研究的概况，对梳棉机工作者了解台湾地区梳棉机研究情况可能会有一定的参考价值。

M from electrostatic precipitatorys in power station as the test powder, experimental studies were made on the collection efficiency , pressure drop of the circumfluent cyclone and B-type high efficiency cyclone.

针对目前工业除尘器除尘效率低和经济上、技术上的一些难题，以电厂静电除尘除下来的粉煤灰和空气作为物系，测试了环流式旋风除尘器的分离效率和压降，并推导了环流式旋风除尘器分离效率的数学模型。

Increasing of ionic strength screened the repulsive forces between protein-chitosan, protein-protein at pH 7.4. As a result, the amount of adsorbates was increased. However, higher concentration of supporting electrolyte induced the decrease in BSA adsorption for chitosan chains tended to curling to be conglobation, which resulted in fewer sites to contact with protein.

离子强度的增加，屏蔽了蛋白质与壳聚糖表面、蛋白质-蛋白质分子之间的静电斥力，使得BSA的吸附量增加；而当盐浓度大于0.1 mol/L之后，由于壳聚糖分子链的刚性变小，容易成团，与蛋白质接触面积减小，导致吸附量下降。

Furthermore, though Nt and Ne are the two different covalent factors belonging to different wave functions, their difference in numerical values should be small, because Racah electrostatic parameter A plays a great role in the calculation of energy levels when the covalence effect is considered.

Nt和Ne虽然是属于两个不同轨道的不同的共价因子，但在数值上不能有大的差别，因为考虑进共价效应后，拉卡静电参量A对能级计算有极大的影响。

The foundation and the pumping characteristic of the neutrality gases provide important physics parameter for investigate the ability of impurity stay, concentrate and remove efficiency and the radiation divertor, debouch divertor.

实验结果表明，HL-2A装置边缘等离子体扰动诱发的静电雷诺协强产生了边缘极向流；偏滤器位形运行模式下，主真空室中边缘等离子体再循环降低，杂质水平下降，中性化气体的建立和抽除特性为研究偏滤器的杂质滞留，浓缩能力和排除效率以及辐射偏滤器，脱离偏滤器提供了重要的物理参数。

After 1-D approximating of electrostatic fields in the IDT, we give the basic analysis model of IDT: the Delta function model, impulse response model, equivalent circuit model, and the model parameters.

从激励产生SAW的IDT上静电场的一阶近似入手，给出了分析IDT的基本模型：δ函数模型、脉冲响应模型、等效电路模型，给出了各模型的基本特点与参数。

For the low-frequency waves, a dispersion relation is derived from the set of continuity,momentum, and energy equation, together with Poisson equation.

其中受阻尼的静电尘埃回旋波是本文首次发现的。三支模的阻尼都是由尘粒和中性气体碰撞引起的。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。