valence shell electron 价壳层电子(1) 价层电子(2) 原子价壳层电子(4)   价壳层电子      The total capability of an atomic attracting valence electrons can be measured by the sum of ionization energies of valence electron in ground stage free atom and its electron affinity called Total Attracting Energy, TAE=Σ n iE i +EA, where, E i is the ionization energy of the i th valence shell electron in ground state free atom, n i is the number of valence shell electron bearing energy E i , and EA is the electron affinity.      原子吸引价电子的总能力可由基态自由原子的价电子离子化能（TIE＝ΣniEi）及其电子亲合能（EA）之和来度量。 该和值亦称为总吸引能，记为TAE＝ΣniEi＋EA，此处Ei为基态自由原子价壳层电子的离子化能，Σni为与之相关的价壳层电子数，EA则是电子亲合能。 短句来源   价层电子      The formula of electronegativity for main group elemen ts was been put forward. In this paper,X=-0.16045E AK+0.0462N ,whe re E AK refers to the average valence shell electron energy, an d N refers to electron number for valence shell.      提出了主族元素电负性的计算公式 :X=-0 .1 60 4 5EAK+0 .0 4 62 N,式中 EAK为平均价层电子能 ,N为价层电子数 . 短句来源      On the basis of hybrid orbital theory and valence shell electron pair repulsion (VSEPR) theory that anticipate and judge the configuration of covalent polyatomic molecule or iron(not including complexes),a simple and convenient method to calculate the type of the central atomic hybrid orbital directly is deduced by the valence shell electron pairs.      根据用杂化轨道理论和价层电子对互斥理论预测和判断共价多原子分子或离子 (不包括配合物 )空间构型的原理 ,导出了一种用价层电子对数直接预测中心原子轨道杂化类型的简便方法 短句来源   原子价壳层电子      The Connectivity Index of Valence Shell Electron Energy Levels for Ground State Atoms and Electronegativity of Elements      基态原子价壳层电子能级连接性指数与元素的电负性 短句来源      Relationship between Atom Valence Shell Electron Quantum Topological Indices and Electronegativity of Elements      原子价壳层电子量子拓扑指数与元素电负性的关系 短句来源      The total capability of an atomic attracting valence electrons can be measured by the sum of ionization energies of valence electron in ground stage free atom and its electron affinity called Total Attracting Energy, TAE=Σ n iE i +EA, where, E i is the ionization energy of the i th valence shell electron in ground state free atom, n i is the number of valence shell electron bearing energy E i , and EA is the electron affinity.      原子吸引价电子的总能力可由基态自由原子的价电子离子化能（TIE＝ΣniEi）及其电子亲合能（EA）之和来度量。 该和值亦称为总吸引能，记为TAE＝ΣniEi＋EA，此处Ei为基态自由原子价壳层电子的离子化能，Σni为与之相关的价壳层电子数，EA则是电子亲合能。 短句来源      A novel connectivity index of valence shell electron energy levels for a ground state atom m VEI (m=0,1,2,...) is put forward in this paper,which appears uniquely to the ground state atom and has excellent structural selectivity.      构建了基态原子价壳层电子能级连接性指数 (mVEI) ,m =0 ,1,2 ,… ,它对基态原子实现唯一性表征 ,其中0 VEI,1VEI对原子具有良好的结构选择性 . 短句来源   “valence shell electron”译为未确定词的双语例句      On the basis of the Valence Shell electron Pair repulsion theory, we have justified bond angles in AB_(4-n) molecules depend on the bond parameter Z~(*2)/r_k of thebonding atoms A and B. Formulas for calculation of the bond angles of AX_3 and AH_(4-n) molecules of the VA、VIA group elements are proposed and extended.      本文在价层电子对互斥理论的基础上,证明了AB_(4-n)型分子键角的大小与键合原子A和B的键参数Z~(*2)/r_k有关。 导出了计算VA、VIA族元素AX_3和AH_(4-n)型分子键角的公式,并加以推广。 短句来源      An Improved Method for Calculating the Valence Shell Electron Pairs      决定分子空间构型的价层电子对计算方法的改进 短句来源      A New Formula for Calculating the Valence Shell Electron Pairs of Centre Atom in Molecular      一个计算分子中心原子价层电子对数的新公式 短句来源      On the Quantum Count of Sc Atom' s Repulsive Energy of Valence Shell Electron      定量计算Sc原子价层电子的相互排斥能 短句来源