键角与键长,bond angles and bond length
1)bond angles and bond length键角与键长
2)bond lengths键长键角
3)hydrogen-bond length氢键键长
1.Several parameters,such as the C-O bond length and the natural atomic charge on hydrogen atom of car- boxylic group,the hydrogen-bond length and binding energy of hydrogen-bonded complexes,are linearly correlated with known experi- mental pKa values of carboxylic acids.羧基C-O键长、羧基氢自然键轨道电荷以及复合物的氢键键长和结合能等参数,与羧酸pKa实验值具有良好的线性关系。
4)Bond angle键角
1.For an apropo interpretation of structural formula of dimers in Ⅲ A family,the hybridization of atoms in Ⅲ A family is illustrated in this paper as a two-equivalence hybridization (two SP2 hybrid orbits and two SP5 hybrid orbits),the bond angles and bond lengths Calculated from which are approching experimental measurements.由此,计算出的键角,键长更接近于实验测定值。
英文短句/例句

1.* The crucial role of good governance;良好政府所扮演的关键角色;
2.b. The crucial role of good governance;二、良好政府所扮演的关键角色;
3.THE HYBRIDSTATE AND BOND ANGLE OF AB_nE_m MOLECULES;AB_nE_m型分子的杂化的状态及键角
4.he Application of Roles Model for the Choices of Key Roles in R&D Team;角色模型在R&D团队关键角色选择中的应用研究
5.The thalamus is thought to have a key role in the physical basis of consciousness.认为丘脑在身体意识基础中扮演关键角色。
6.You can scroll the view using the arrow keys.你可以用键盘上的方向键移动视角。
7.Operation manual: Control it control there aren't protagonist key, at jump key, last stoic dartlike weapon Gege shelf W keys empty.操作指南:左右键控制主角移动,上键跳跃,空格格档W键发射忍者镖。
8.Type a number that has an angular unit, for example: 30deg.键入带有角度单位的数字,例如: 30 度。
9.Plato′ s metaphor of the cave is crucially important to the understanding of The Unicorn.解读《独角兽》的关键是柏拉图的洞喻。
10.Design of Gear Shaping Cutter Chamfering Edge for Intemal Rectangular Splines内矩形花键插齿刀倒角刃的参数设计
11.Research and Application on the Essential Algorithms of Triangular Surface Modeling三角曲面造型关键算法的研究与应用
12.The key technical research in interference-free tool path of torus cutter圆角刀无干涉刀具轨迹关键技术研究
13.Operate guidebook: The keyboard↑↓ controls the gunning angle of the cannon, press down→ the dint, the blank space key shoot.操作指南:键盘↑控制炮的射击角度,按住→力,空格键发射。
14."A quarter of the amino acids in keratin are cystine, whose ability to form strong Bridging (disulfide) Bonds with other cystine units accounts for keratin's great stability."角蛋白的氨基酸中,1/4是胱氨酸,能形成很强的架桥键(二硫键),因此角蛋白十分稳定。
15.A small, hexagonal accordion with bellows and with buttons for keys.六角手风琴一种小的,带有风箱和按键的六角形乐器
16.Keywords: path compensation, wire-EDM, corner accuracy.关键词:线切割放电加工、迹补偿、角加工精度。
17.Check all role combinations which are unique (toggle using space bar).选中所有唯一的角色组合(使用空格键切换)。
18.In the science of crystallography it is crucial, as it is also in many aspects of chemistry.在结晶学科学或是化学方面更扮演关键的角色。
相关短句/例句

bond lengths键长键角
3)hydrogen-bond length氢键键长
1.Several parameters,such as the C-O bond length and the natural atomic charge on hydrogen atom of car- boxylic group,the hydrogen-bond length and binding energy of hydrogen-bonded complexes,are linearly correlated with known experi- mental pKa values of carboxylic acids.羧基C-O键长、羧基氢自然键轨道电荷以及复合物的氢键键长和结合能等参数,与羧酸pKa实验值具有良好的线性关系。
4)Bond angle键角
1.For an apropo interpretation of structural formula of dimers in Ⅲ A family,the hybridization of atoms in Ⅲ A family is illustrated in this paper as a two-equivalence hybridization (two SP2 hybrid orbits and two SP5 hybrid orbits),the bond angles and bond lengths Calculated from which are approching experimental measurements.由此,计算出的键角,键长更接近于实验测定值。
5)Bond Angles键角
6)bond length键长
1.Calculations of bond dissociation energies and bond lengths of C-H,C-N,C-O,N-N;C-H,C-N,C-O,N-N的键离解能和键长的计算
2.An analystic computional method on the bond length and dissociation energy of H_2~+ ion;氢分子离子H_2~+键长和离解能的一种解析计算法
3.In this paper an equation is given by using relating electronnegativity,the valence electronic number and prin- cipal quantum number,in order to find an easy formula to calculate the bond length of two coupled-atoms diatomic chlo- ride molecule.试用元素电负性、原子价电子数和主量子数为参数建立一个简便公式,用以计算异核双原子氯化物分子键长。
延伸阅读

键角分子式:CAS号:性质:分子内两个键之间的夹角。键角是表示分子几何结构的重要参数之一。键角与分子的对称性有关,如CH4为正四面体构型,其中两个C-H键间的夹角均为109°28′。而在H2O中,两个O-H键间的夹角为105°。键角可通过分子光谱和衍射等实验方法测定,也可以用量子力学方法近似计算而得到。