- 更多网络例句与轨道电子相关的网络例句 [注：此内容来源于网络，仅供参考]
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After analyzing the difference of orbit electron distribution, valence electron number, atomic radius between impurity M and Cu, we clarify that the unusual low temperature property of heavy electron system CeCu〓M〓 not only come from the"size effect"of impurity, the magnetism, valence electron number of impurity also play an important role.
各杂质掺杂对CeCu〓低温性质的影响是由杂质自身性质所决定的，通过分析不同杂质的轨道电子分布、价电子数目、原子半径与Cu原子的区别，结合实验结果，证明重电子系统CeCu〓M〓的低温性质不但与杂质的尺寸效应有关，而且杂质的磁性、价电子数也起重要的作用。
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Lanthanides belong to the sixth cycle of the periodic table Ⅲ B family, are all solid metal, they are La, Ce, Pr, Nd, Pm, Sm, Eu, Gd, Tb, Dy, holmium, erbium, thulium, ytterbium, and lutetium were 15 kinds of metals and their periphery are two layers of electronic 5d16s2, while the peripheral third layer f orbital but never zero to 14, so the external electronic structure of 4f0-145d16s2, and therefore these elements in oxidation number are to 3, very close chemical properties, extraction, when it is difficult to separate them they are mostly multi-element mineral mix, more difficult to increase refining, and their atomic number of 57-71, one by one to increase the number of protons the nucleus, and thus extranuclear electron of gravity is also growing, so that atomic radius decreases with increasing atomic number Z, which makes lanthanides contraction, ionic radius is also reduced, which also makes Zr, Hf, Nb and Ta, Mo and W, the atom and ionic radius very close to each other they also determine a similar nature, resulting in difficult separation, also the tribe Ⅷ of the fifth cycle, ruthenium, rhodium, palladium, and the sixth cycle, osmium, iridium, platinum is very similar in nature, thus The six elements, said platinum group elements.
镧系元素属于周期表第六周期中ⅢB族，全部是固体金属，它们是镧、铈、镨、钕、钷、钐、铕、钆、铽、镝、钬、铒、铥、镱和镥共十五种金属元素，它们的外围两层的电子均是5d16s2，而外围第三层的f轨道电子却从零增加到14个，所以外围电子结构为4f0－145d16s2，而使这些元素氧化数均为＋3，化学性质极为接近，提炼时很难分开，它们的矿石又大多是多种元素混在一起的，更增加提纯难度，它们的原子序数为57－71，核内质子数逐个增加，因而对核外电子引力也不断增强，使原子半径随原子序数Z增加而减小，这就使镧系元素收缩、离子半径也缩小，这也使得Zr和Hf，Nb和Ta、Mo和W等原子和离子半径都很接近、也决定了它们彼此性质类似，以致难以分离、也使第Ⅷ族中第五周期的钌、铑、钯和第六周期的锇、铱、铂在性质上极为相似，因而称这六个元素为铂系元素。
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From the optimized interlayer distances atomic net charges, Mulliken overlap populations and orbital electron numbers.
从优化层间距、原子净电荷、Mulliken重叠布居、轨道电子数等角度讨论了A-GIC和AE-GIC的电子结构与成键特性。
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Upon this we measure the conbination energy spectrum and momentum spectrum of valence orbital electron of C2H6. furthmore we get the isolation spectrum of valence orbital electron of N2 and C3H8 for the first time.
在此基础上，测量得到乙烷分子(C_2H_6)价轨道电子的结合能谱和动量谱，并用EMS方法测量得到氮分子(N_2)和丙烷分子(C_3H_8)价轨道电子的电离能谱。
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The results show that the sturcture of each of Tin clusters is obtained by capping one Ti atom to the Tin-1. The Natural bond orbital analysis show that the 4s , 4p, 4d orbitals hybridizes with 3d orbital, and about one electron transfer from 4s orbital to 3d orbital. Moreover, the electrons also transfer between different atom. The results also indicate that the average bond length of clusters were determined by the 4d and 3d orbitals except Ti7. But for Ti7, the average bond length only depend on 3d orbital.
研究结果表明： Tin(n=2~7)团簇都依带帽的形式在前一个团簇的结构基础上加一个原子变化而来；通过自然轨道分析发现，团簇原子的轨道存在sp-d杂化，有大约一个电子从4s转移到了3d，原子之间亦存在电子转移，而且除Ti7外，团簇键长由最外层4d轨道电子和3d轨道共同决定，在Ti7中，团簇键长由3d轨道决定。
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The performance and mechanism of corrosion inhibitions of POCA were studied bymethods such as weight-loss, electrochemistry, EDS, XPS and quantum chemistry. It isfound that POCA is cathodic corrosion inhibitor, having synergistic effect with HEDP andZn~(2+). The P and O atoms of phosphono have important electron density contribution toHOMO orbital and the electron gross orbital population is bigger than 1, so it is easy toform absorbing location between phosphono and metal resulting in good corrosioninhibition on mild steel.
通过利用失重法、电化学方法、扫描电镜、X光电子能谱、X-射线能谱和量子化学方法研究膦酰基羧酸的缓蚀性能及其机理，发现POCA是一种阴极型缓蚀剂，与HEDP、Zn~(2+)具有优良的协同增效作用；POCA分子中的膦酰基基团的P原子和O原子对HOMO轨道电荷密度贡献较大，且其轨道电子布居数均大于1，因此比较容易通过膦基与金属形成吸附位而对碳钢具有良好的缓蚀作用；对铜合金具有一定的腐蚀作用，但腐蚀作用比HEDP等有机膦药剂要小得多，同时与BTA具有优良的相容性，添加1mg／L的BTA则可以有效地防止铜合金的腐蚀。
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The B and Q bands, the characteristic bands of the two metalloporphyrins, undergo bathochromic shift in some of the Lewis basic solvents. The spectral changes are thought to be due to the axial coordination of these solvents with vanadium in VOTPP and nickel in NiTPP. After axia...
结果表明，金属卟啉可以和一些Lewis碱性溶剂发生轴向配位作用，其特征紫外可见吸收峰发生红移；轴向配位作用与卟啉中心金属离子的外层d轨道电子数、碱性溶剂的供电子能力及其空间构造有关，VOTPP比NiTPP更容易和Lewis碱性溶剂发生轴向配位作用；碱性强、空间阻碍小的Lewis碱性溶剂易于与金属卟啉发生轴向配位作用。
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The electronic density of states revealed the covalency properties mainly resulted from the overlapping of O 2p and Si 3p band.
基于电子态密度计算和分析，表明这两种硅酸盐的基态性质主要由O 2p轨道电子的分布决定。
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The One-cell-state of intermetallic compound can be constructed by some basic-cell state which also obey the Pauli exclusion principle.
单胞态内的原子态的轨道电子占据数服从Pauli不相容原理，用一个混合准电子占据数描述。
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The effects of different center metal ions on third-order NLO properties are discussed. And the conclusion is drawn that the charge transfers from macrocycle π-orbital to metal d orbital make the substantial contributions to microscopic hyperpolarizability.
论文的第三章选择系列酞菁化合物作为研究对象，讨论了不同的中心金属离子对三阶非线性光学性质的影响，确认酞菁共轭环平面上的π轨道到金属离子的d轨道电子跃迁对三阶非线性光学极化率起主要贡献。
- 更多网络解释与轨道电子相关的网络解释 [注：此内容来源于网络，仅供参考]
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electron capture：电子俘获
电子俘获(electron capture)是指原子核从核外俘获一个轨道电子(图10). 电子俘获也发生在贫中子核素,由于核内中子相对不足而从核外内层的电子轨道上俘获一个电子,使其一个质子转化为中子. 原子核由激发态向基态或由高能态向低能态跃迁时,
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electron capture：轨道电子俘获
electron capture detector 电子俘获探测器 | electron capture 轨道电子俘获 | electron capture-gas chromatography 电子俘获气相色谱
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orbital diamagnetism：轨道抗磁性
orbital angular momentum 轨道角动量 | orbital diamagnetism 轨道抗磁性 | orbital electron 轨道电子
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orbital electron capture：轨道电子俘获
orbit 轨道;眼眶 | orbital electron capture 轨道电子俘获 | orbital motion 轨道运动
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capture, orbital electron：轨道电子捕获
核捕获 capture, nuclear | 轨道电子捕获 capture, orbital electron | 寄生捕获 capture, parasitic
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outermost orbital electron：最外层轨道电子
outermost orbit 最外轨道 | outermost orbital electron 最外层轨道电子 | outermost reflector 最外部反射层,表面反射层
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orbital electron, planetary electron：轨道电子
nuclear reactor 核反应堆 | orbital electron, planetary electron 轨道电子 | power reactor 动力反应堆
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magnetic moment of an orbital electron：轨道电子磁矩
magnetic moment of an atom or nucleus 原子或核磁矩 | magnetic moment of an orbital electron 轨道电子磁矩 | magnetic moment of atom 原子磁矩
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outermost orbit：最外轨道
outermost layer 最外层 | outermost orbit 最外轨道 | outermost orbital electron 最外层轨道电子
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extranuclear electron：轨道电子
extranuclear 核外的 | extranuclear electron 轨道电子 | extranuclear process 核外过程