我怎么知道它的电荷分布呢？
但是他发现了电荷分布。
讨论了分子中的电荷分布及其转移方向。
The charge distribution and the direction of charge transfer in the hydrogen bond adduct are discussed.
原子中的正电荷分布在整个原子体积上。
The positive charge in the atom is spread over the whole atomic volume.
用INDO程序计算了底物和催化剂的电荷分布。
The charge distribution of the substrate and catalyst was calculated by using INDO program.
根据电荷分布假设得到了靶余核的质量产额分布。
The mass yield distribution was obtained with assumption of charge distribution.
研究了关于自仿集上电荷分布的势论及有关分析性质。
The potential produced by a charge distribution on the self affine set and its analytic properties are studied.
本文还对高次幂电荷分布特征和内导体厚度效应作了讨论。
The properties of charge distributions and the effect of inner conductor thickness arc also discussed.
他发现了分布，如果你仔细观察电荷分布的话，这就是他发现的。
He found a distribution. And, if you look more closely at the distribution, here is what he found.
成分分析，电荷分布，高疏水性基团，重复序列等的计算分析。
Calculations include compositional analysis, charge distribution, identification of highly hydrophobic (transmembrane) segments, sequence repeats, and more.
描述了一种用于检测样品表面电荷分布的静电力显微镜(EFM)。
An Electrostatic Force Microscope (EFM) for testing surface charge distribution of a sample is described.
探讨了解离机理与分子的电荷分布和断裂键的势能曲线之间的关系。
We have also explored the dependence of dissociation mechanism on charge distribution and potential energy curve of broken bond.
理论结果很好地再现了电荷分布实验数据中呈现的条件矩间的对数关联；
The logarithm correlation between second and third moments of experimental charge distribution is very well reproduced by theory.
讨论了锂嵌入时的体积变化、能带结构、电子态密度以及电荷分布等性质。
The changes of volume, band structures, electronic density of states and charge density contour plots for lithium intercalation in InSb are also discussed.
通过对疤上电量的计算，从电荷分布的微观解释出发，得出一些有益的结论。
By calculating the quantity of electric charge, and using the micro-explanation of the charge distribution, some useful conclusions have been obtained.
讨论了介质表面的壁电荷分布对发光斑图的形成及其时空动力学行为的影响。
The influence of the wall charge distribution on the forming process and the spatio_temporal dynamics of the emission patterns is discussed.
在相同的平面应变下，塑性弛豫引起的电荷分布不均匀性变化小于弹性变形。
The variation is smaller in plastic relaxation than the elastic one under the same in-plane strain.
从前线轨道特征、电荷分布等与自由卟啉对比讨论了杂原子取代卟啉的电子结构。
Based on the frontier orbital characters and charge distributions the electronic structures of these compounds are discussed.
得到了它们的基态能量，基态自旋多重度，分子轨道组成与能级，电荷分布与键序。
The total energies, spin multiplicities, charge distribution, bond orders, the front molecular orbital compositions and orbital energies have been obtained.
通过对典型绝缘子表面电荷分布特点的分析，研究了表面电荷与放电起始间的关系。
Based on the analysis of the characteristics of surface charge distribution, the relationship between the surface charging and the flashover initiation of insulator is investigated.
每个量子元胞上的电荷分布趋于沿两垂直轴的某一轴向分布，可以以此来表达二进制信息。
The charge distribution in each cell tends to align along one of two perpendicular axes, which allows the expression of binary information.
为了使神经将电信号快速传递到全身各处，它们必须保持在细胞内和周围存在电荷分布。
In order for neurons to send the electrical signals that speed through your body, they must maintain an electrical disparity between the inside of the cells and their surrounding environment.
通过对载流子扩散机理的研究，由数学公式的推导，得到陷阱电荷分布随电场变化的函数关系。
Substituting the electric field distributions into the formula we ve induced, we got the trapped charge distribution inside the buried oxide during total irradiation under different bias states.
由于分子中的电荷分布与分子的性质息息相关，计算铁卟啉化合物的电荷分布就显得非常重要。
Since molecular charge distribution is closely related to molecular properties, it is important to calculate charge distribution of iron porphyrin compound.
对实际测量数据进行处理表明，迭代正则化反卷积算法能够计算出固体电介质中的空间电荷分布。
Finally, the original experimental data are dealt with and the real space charge distribution in dielectrics is obtained.
在强直流电场下，测量了在聚乙烯试样内的空间电荷分布与电场分布，验证了电声脉冲方法原理。
The charge distributions and electrical field distributions in PE samples are measured under high DE voltages, and the principle of the electro-acoustic pulse method is proved.
在穿透层内有一指数衰减的屏蔽电荷分布，其符号与超导体表面由运动感生的电荷相反、数量相等。
There will be shielding charges in the penetration layer with a exponential distribution. The shielding charge has opposite sign and equal amount to the surface induced charge caused by moving.
文摘：从对称性角度出发讨论了导体表面的电荷分布问题，并对“电荷密度分布函数”的理论作了评述。
Articles about the theory of "distribution function of surface charge density" are reviewed and that this theory is incorrect is argued from viewpoint of symmetry.
文摘：从对称性角度出发讨论了导体表面的电荷分布问题，并对“电荷密度分布函数”的理论作了评述。
Articles about the theory of "distribution function of surface charge density" are reviewed and that this theory is incorrect is argued from viewpoint of symmetry.
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