ionic charge

1. Image-Retention Phenomenon, which exists in different kinds of LCDs is mostly caused by Ionic Charge Effect.
   影像残留显示现象存在于各类的LCD中，且大多归纳为离子效应所引起。
2. Self-oscillation due to the drift of ionic charge carriers in liquid crystal optical bistability
   液晶光学双稳态中离子电荷飘移引起的自脉冲振荡
3. Electrochemical Studies on the Ionic Charge Transfer Properties of the Oxygen Vacancy Defects in the Oxide Films Formed on Titanium
   钛表面二氧化钛膜中氧空位点缺陷传输性能的电化学研究
4. The ionic charge of the particles in the fatliquor emulsion as well as the charge on the leather are important in considering its combination with the leather.
   由于加酯剂乳浊液与皮革紧密结合，考虑其中微粒的离子电荷和皮革所带的电荷都很重要。
5. However, we found that the proline accumulation in the detached leaves had no relationship with the radius and the ionic charge of metal.
   这说明植物对金属离子的感应是通过根系进行的。
6. The ionic density profiles predicted by the density functional theory are in excellent agreement with Monte Carlo results for various membrane surface charge densities and ionic diameter ratios.
   研究表明用密度泛函理论预测的不同膜面电荷密度和不同离子直径比情况下离子在半透膜附近密度分布与MonteCarlo模拟数据符合得很好。
7. These mechanisms are the internal displacement of the ionic charge, the internal displacement of the electronic charge and the charge in ionicity due to strain.
   这些机制是离子电荷的内部位移、电子电荷的内部位移和由于应变引起的离子性的变化。
8. The transference number data show that the polymer films is a mixed ( ionic+ electronic) conductor, and that the charge transport in the polymer electrolyte system is predominantly due to the ions.
   离子迁移率的数据表明聚合物电解质为离子和电子共混的导体，但在聚合物电解质体系中电荷的迁移主要是由离子作为载流子导电造成的，由测试结果可得此电解质为离子导体。
9. The mechanisms of interaction between organic matter and pesticide residues as follows: covalent bonding, ionic bonding, charge transfer complexes, ligand exchange, sequestration, hydrophobic sorption, hydrogen bonding and Van der waals forces.
   综述指出，土壤中农药残留与有机质存在以下几种作用机理：共价键结合、离子键结合、电荷转移复合体、配位体交换、疏水性结合、螯合作用以及氢键和范德华力；
10. Improvements on screening loss, pentration, ionic charge effect and calculations for ionization potential
    失屏、钻穿、电荷效应及电离势计算方法的改进
11. The writer holds such an opinion that there is a layer of ionic charge around the colloidal particles in the electrolyte, the thickness of the charge depends on temperature and particle concentration.
    认为电解质内的胶态粒子周围带有一层离子电荷，其厚度取决于温度与离子的浓度。
12. Ionic charge accumulation at microscopic interfaces and volume conductivity of filled composites
    复合绝缘材料微观界面处离子电荷的积累与体积电导率
13. The cluster model calculations of the electronic structure for the ionic crystals ( LiF, NaCl and KC1) are carried out by means of the charge self-consistent Extended Huckel Theory ( EHT) including the Madelung Potential.
    本文用包含马德隆（Madelung）势的电荷自洽EHT（ExtendedHuckelTheory）研究对离子晶体（LiF，NaCl和KCl）电子结构的计算。
14. A possible ionic charge state distributions of He, C, N, O, Ne, Mg, Si, S and Fe in solar energetic particle events is presented in this paper.
    本文发表了在太阳高能粒子事件中，元素氦、碳、氮、氧、氖、镁、硅、硫和铁的离子电荷态的分布。
15. The interactions of incident clusters with surfaces are elucidated in terms of surface migration ability and ionic charge for understanding the mechanisms of structure formation.
    通过考察入射原子团与表面的相互作用，研究了表面迁移能力以及电荷存在对成膜特性的影响。
16. These fomulas not only show how the natures of the atomic orbitals vary with the ionic configuration but also provide the basic parameters for studies on the electronic structure of lanthanoid compounds and the iteration formulas for calculations through the self-consistence of charge approach.
    这些公式能反映原子轨道性质变化的规律，且能提供为研究镧系元素化合物的电子结构的基础参数和电荷自洽型计算的迭代公式。
17. The calculations of ionic molecules by charge self-consistent eht
    离子型分子的电荷自洽EHT计算
18. Effects of ionic strength and pH on interaction between cu~ ( 2+) and variable charge soils
    离子强度和pH对可变电荷土壤与铜离子相互作用的影响
19. We find that the ionic strength and the linear charge density do not affect the interfacial force between the single PAMPS chain.
    我们发现，离子强度和主链电荷线密度均不影响PAMPS单链的界面脱附力，只影响其抗拉强度。
20. It is clear that with ionic strength increase, Na+ could compete with Cu2+, the capabilities of Cu adsorption in constant and variable charge soil lowered, but the decline in constant charge soil was more than that of variable charge soil.
    可见随着离子强度增大，Na+与Cu2+发生竞争吸附，恒电荷和可变电荷土壤对重金属Cu的吸附能力都减弱，但恒电荷土壤的降幅较大。

noun

1. the charge on an ion is equal to a constant charge e multiplied by an integer from 1 to 15