The fundamental magnetic entities are magnetic dipoles.
基本的磁体是磁偶极子。
The microtubule is simplified as linear distribution of dipoles.
把微管的构象简化为若干电偶极子的线性排列。
The lengths, feeding points and orientations of the dipoles in space are all arbitrary.
振子的长度、馈电点和它们在空间中的取向都是任意的。
The brain primary somatosensory responses were evaluated by equivalent current dipoles (ECDs).
大脑初级体感皮质反应由等电流偶极(ECD)评价。
Dipoles, Quadrupoles. Azimuthal Symmetry. Magnetostatics, Charge Conservation and Magnetic Force.
偶极，四极。方位角对称。静磁，带电量守恒及磁力。
The localization of multiple current dipoles is a difficult problem for the inverse study of MEG.
多偶极子定位是脑磁逆问题研究中的难点问题。
The theory basis is given that using the model of magnetic dipoles to substitute the magnet model.
给出利用磁偶极子模型代替小磁石模型的理论及实际依据。
All of these electric dipoles are randomly oriented-like countless compass needles pointing every which way.
所有这些电偶极子随机排列———象无数指向四面八方的罗盘针。
The structure can also greatly increase the gain of dipoles and possess good practical engineering application.
该结构同样能极大提高增益，且更具有工程实用性。
The effects of both rotation and translational motion of dipoles on echo signals are taken into account in this paper.
本文同时考虑了偶极子的平动和转动对偶极子回波信号的影响。
The approximate method determining the transient response of large antenna arrays composed of short dipoles is discussed.
讨论了近似求取由短振子组成的大阵的瞬态响应的方法。
In chapter 5, the dynamics behaviors of quantum information entropy squeezing of the moving atom dipoles are investigated.
第五章研究运动原子的偶极矩信息嫡压缩的动力学。
According to theory, there are countless electric dipoles created by virtual particles in any given volume of the quantum vacuum.
这个理论告诉我们，在任何给定体积的量子真空中都存在数不清的由虚粒子产生的电偶极子。
This phenomenon was explained by a model based on filamentary conduction disturbed by dipoles in view of experimental results.
在此基础上，结合文献提出了偶极矩微扰下的细丝传导模式来解释这种现象。
But if the dipoles form in the presence of an existing electric field, they immediately align along the same direction as the field.
但是，如果这些电偶极子处于电场中，他们就会立即沿电场的方向排列。
The near and far electromagnetic field are synthesized by summation of the electromagnetic field of short current segments or Hertz dipoles.
以很多小段赫芝偶极之完整电磁场合成一任意线电流之近场与远场电磁场。
The near and far electromagnetic field are synthesized by summation of the electromagnetic field of short current segments or Hertz dipoles.
以赫芝偶极之电磁场合成任意长度偶极天线在球面上电磁功率密度流之时变玻因亭向量。
A new approach is presented by applying the H-shape two-array antenna of wide dipoles to replace director structure of short backfire antenna.
提出了用一种由宽偶极子构成的H型天线二元阵来取代短背射天线中的引向结构。
After that a monohedral magnet for MRI is presented according to the basic theory of magnetic field and the theory of a pair of magnetic dipoles.
然后根据磁场基础理论及磁偶极子对模型理论等基本电磁场原理，提出一种设计MRI单边主磁体初始结构的方法。
Table 1.4 compares the boiling points of several alkyl ether that have permanent dipoles with those of hydrocarbons, which have no permanent dipoles.
表1.4对若干有永久偶极的烷基醚和没有永久偶极的烷烃的沸点作了比较。
We treat magnetic dipoles as circulation equivalently, apply the reciprocity principle, and give a method of the spatial distribution of a magnetic field.
对磁偶极子作环流等效处理，应用互易定理，给出了确定磁场空间分布的一种方法。
Medium frequencies and horizontal magnetic dipoles (vertical loop antennas) can be used in underground radio communication in mining sections of coal mines.
中频频率和水平磁偶极子天线(垂直环状天线)是井下采区无线通信可使用的频段和天线型式。
This paper introduces a nonlinear method used for magnetic localization, this method is based on magnetic dipoles model and nonlinear optimization algorithm.
本文介绍了一种用于磁定位的非线性方法，该方法基于磁偶极子的磁场分布模型和非线性最优化算法。
This shows how to estimate both the angles of arrival (AOA) and the polarizations of incoming planear waves with an uniforms linear array of crossed dipoles.
论述了利用交叉偶极子均匀线阵进行多信号到达角与极化参量联合估计的方法。
This paper introduces a nonlinear method used for magnetic localization, this method is based on magnetic dipoles model and nonlinear optimization algorithm.
介绍了需求确定的情况下两级供应链库存控制的一种交互协作的最优化算法。
With the expression obtained in this paper, it is easy to get the numbers and activation energy density distribution of the dipoles which attribute to the currents.
用假设的分布检验该结果表明近似解与精确解符合得相当好。应用本文的结果可以方便地确定对电流贡献的电偶极子数和束缚能级。
A general formula is given for calculating the mutual impedance be tween two dipoles by means of the induced electromotive method and the field transformation formula.
本文采用感应电动势法和场量变换公式给出了计算二振子互阻抗的一般公式。
A general formula is given for calculating the mutual impedance be tween two dipoles by means of the induced electromotive method and the field transformation formula.
本文采用感应电动势法和场量变换公式给出了计算二振子互阻抗的一般公式。
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