2) electric dipoles
电偶极子
1.
By virtue of foundation solutions of field intensity factors obtained by Hou\+\{\\}, exact solutions in elementary functions are derived for the stress and electric displacement intensity factors of an external circular crack in a transversely isotropic piezoelectric body interacting with various stress and charge sources: force dipoles and electric dipoles.
利用侯鹏飞[1 ] 所得场强度因子基本解 ,用初等函数的形式给出了在力偶极子和电偶极子作用下压电无限体中外圆裂纹任意裂尖处的三种类型的应力强度因子和电位移强度因子的解析
3) electrical dipole moment
电偶极矩
1.
Rotational inertia and electrical dipole moment of resveratrol molecule;
白藜芦醇分子的转动惯量和电偶极矩
2.
,the interactionof insrantaneous electrical dipole moment.
本文从电势能的观点,分析了无极分子之间的色散力形成原因,即瞬时电偶极矩的相互作用,无极分子组成物质,正说明了能量最小原理的普遍性。
3.
Under the assumption of orthogonal electrical dipole moments of a cascade three-level atom with equally spaced energy levels,the full quantum theory is applied to study the emission spectrum of the atom interacting resonantly with a single-mode electromagnetic field in an ideal cavity.
假设原子具有两正交跃迁电偶极矩,运用全量子论研究了与单模电磁场共振相互作用的等距三能级原子的发射谱。
4) Dipole electric field
电偶极场
5) electric dipole moment
电偶极矩
1.
So it avoids the distortion of electric cloud distribution in basis sets and can obtain a more precise computational result of the electric dipole moment of a given system.
从而在基函数中避免了电子云分布的歪曲,使得出的体系的电偶极矩更为精确。
2.
In this paper,utilizing the model of variational microstructures of the crystal and variational electric dipole moments of the ligands,we study the hydrostatic pressure dependence of EPR parameter a of6 State for CaCO3:Mn2+ crystals.
本文采用晶体微观结构、电偶极矩均随静水压力变化的模型,满意地解释了掺杂晶体CaCO3:Mn~(2+)中~6S态离子零场分裂立方分量a及其随静水压变化的关系。
3.
Theoretically and experimentally,the relation between electric dipole moment D and rotation angular momentum I is linear approximately.
理论和实验上证明了电偶极矩D同角动量I近似满足线性关系,说明了Coriolis力和离心为对D的作用。
6) dipole moment
电偶极矩
1.
Total electron energy and dipole moment of water molecular calculated are consistent with experiment quite well.
计算多粒子体系的电偶极矩时,根据最强化学键原理可采用有节面的精确类氢原子轨道(AO)为基函数,而不用径向光滑化的STO和GTO,因此不需作自洽计算。
补充资料:电偶极矩
电偶极矩 electrical dipole moment 描述电偶极子本身特征的物理量。见电偶极子。 |
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条