According to the electric dipole theory, simulated ECG was recorded.
根据电偶极子的原理，建立模拟心电图。
Measuring the electric dipole moment, then, is the sort of thing that really floats physicists' boats.
所以测量偶极矩对物理学界来说确实是颠覆性的工作。
The atomic fluorescence can be explained perfectly by the classical theories of electric dipole radiation.
原子与激光场相互作用产生的自发辐射可以用经典电偶极辐射理论很好的描述。
Finish Electric Dipole Radiation. Qualitative Aspects of Electric Quadrupole and Magnetic Dipole Radiation.
结束电偶极辐射之讨论。定性解释电四极特性及磁偶极辐射。
Finely, the radiation of the electric dipole and magnetic dipole are discussed under the two potential formulation.
最后讨论了电偶极和磁偶极辐射在双矢势下的表达式。
Electric Dipole Radiation. The Radiation Field, the Near Fields. Radiated Power. Example: Charge in Circular Motion.
电偶极辐射。辐射场，近场。辐射功率。实例：圆周运动之电荷。
The permanent electric dipole moment (PEDM) of hydrogen atom is calculated in classical mechanics and double-wave mechanics.
用经典力学和双波量子力学计算了氢原子的固有电偶极矩。
The influence of current leakage from horizontal electric dipole on frequency electromagnetic sounding data was studied in this paper.
研究了频率域电磁测深中水平电偶源漏电对观测数据的影响。
As for the horizontal electric dipole, sim decomposes the Green's function into the complex images and the simulated images respectively.
对于水平电偶极子，SIM将格林函数表示成复镜像与模拟镜像之和。
The radiation of an electric dipole in an infinite anisotropic plasma medium is analyzed. The near field expression is obtained by pursuing the Fourier transform.
分析电偶极子在无限大各向异性媒质中的辐射场，得出了近区场的级数表达式。
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。
This article calculated out the field intensity of a electric dipole uniformly moving along the axis of the dipole using the transformation relation in the relativistic theory.
本文利用相对论变换关系计算了沿轴线方向匀速直线运动的电偶极子的电场。
The analytical expressions of electromagnetic fields of a vertical electric dipole (VED) over a spherical conductor covered by a dielectric layer have been developed in this paper.
利用解析方法导出了垂直电偶极子在涂覆有介质层的球形导电基底上产生的电磁场的解析表达式。
The existence of color-electric dipole moment will provide another source of CP-violation, which is crucial in explaining the disparity between matter and antimatter in the Universe.
色电偶极矩的存在将提供另一种CP破坏的来源，用于解释宇宙中粒子和反粒子的不对称性。
The analytical expressions of the electromagnetic field generated by the DC electric dipole in the upper space for the two-layer mode were obtained by using the method of mirror image.
将任意分布的电流源产生的电磁场看作是电偶极子产生的电磁场的叠加，利用镜像法推导了上半空间中的垂直直流电偶极子在两层媒质中产生电磁场的解析解。
In this paper, the simple analytical expressions of the electromagnetic field induced by a vertical electric dipole on the perfect conductor coated with a layer of dielectric medium has teen obtained.
分析研究了垂直电偶极子在介质涂敷的理想导电平面上激起的电磁场，获得了场分量的解析表达式。
If we put a dipole that has the freedom to move, we put that dipole in an electric field, it will align itself with the field lines.
若我们将偶极释放到自由空间中，比如说放到电场里，他们会自动排序按同一方向。
By use of numerical approximation method, the paper USES the polynomial to approach segmentally the transient electric field from dipole dipole array.
本文采用数值逼近的方法，逐段用多项式表示偶极—偶极排列的瞬变电场。
This paper deals with the algorithms of equivalent dipole approximation and cubic interpolation for the electric field component of ground electrical bipole source.
基于偶极—偶极电极装置的瞬变响应表达式，建立了双极源电场的等效偶极和三次插值的快速近似算法。
The EM response function from a conducting (both electric and magnetic) sphere in a dipole field is calculated by using the continued fraction technique, and the resultant data and diagram are given.
本文利用连分式方法计算了偶极场中导电导磁球体的电磁响应函数，并给出了计算数据及图表。
The formula of dipole radiation the electromagnetic wave field is deduced by using the dimensional analysis, combined with the pictures of the electric field lines and magnetic field lines.
运用量纲分析的方法，结合电场线和磁感线图象，推导了偶极振子在波场区的辐射公式。
According to traditional theory that Faraday rotation Angle was mainly due to the electric-dipole transition.
按照传统的理论，法拉第旋转角主要是由于电偶极跃迁所形成的。
The relaxation phenomenon can be explained by the random electric field caused by dipole.
用偶极子产生的无规电场解释了弛豫现象的产生。
The relaxation phenomenon can be explained by the random electric field caused by dipole.
用偶极子产生的无规电场解释了弛豫现象的产生。
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