- 更多网络例句与位移电流相关的网络例句 [注：此内容来源于网络，仅供参考]
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The enhancement of conductivity is due to the local concentration of equipotential lines when conductive current is dominant at high frequencies.
等效介电常数的增强是由于等势线在传导电流为主导时在局部汇集引起的；等效电导率的增强是由于等势线在位移电流为主导时在局部汇集引起的。
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Maxwell's equations group in fact was already found in the basic experimental laws of electromagnetic phenomena, as well as a single magnetic pole does not exist on the facts and the integrated displacement current assumptions, using an international system of units, these equations can be written as: DivDW =ρ or DW =ρ(1) kiDivBq = 0 or Bq = 0 (2) kiCurlEBq =- Zt or × EqkZ =- BqZt (3) ZCurlHDWDW = jE Zt, or × HW = jE Zkt (4) Z-type in the Curl, and Div were vector operator curl and divergence, Micro-k points for the Hamiltonian operator, in the rectangular coordinate system,= iZZEkx jEy kqz, iE, jE, kq along Zx, y, z-axis unit vector, a vector for any AW are × AW = CurlAW, kAW = DivAW; DW for the electric displacement, Bq for the magnetic induction intensity, Eq, and HW, respectively i field and electric field strength, jY for the conduction current density,ρ the charge density for free.
麦克斯韦方程组实际上是当时已发现的电磁现象的基本实验定律以及单个磁极不存在的事实和位移电流假设的综合，采用国际单位制，这些方程式可写成：DivDW＝ρ或DW＝ρ（1）kiDivBq＝0或Bq＝0（2）kiCurlEBq＝－Zt或×EqkZ＝－BqZt（3）ZCurlHDWDW＝jE＋Zt或×HW＝jE＋Zkt（4）Z式中Curl和Div分别为矢量算符旋度和散度，为哈密顿微k分算符，在直角坐标系中，＝iZZEkx＋jEy＋kqz，iE，jE，kq是沿Zx、y、z轴的单位矢量，对任一矢量AW有×AW＝CurlAW，kAW＝DivAW；DW为电位移，Bq为磁感应强度，Eq和HW分别为电i场和磁场强度，jY为传导电流密度，ρ为自由电荷密度。
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Week 2 Self-induction, mutual induction, energy of magnetic field,/displacement current, integral form of Maxwell equations.
第2周 自感互感磁场的能量；位移电流；麦克斯韦方程组的积分形式。
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Electromagnetics course mainly including basic phenomena and laws of electro- magnetics, electrostatic field in vacuum, in conductor and in electric medium, electric energy, stabilized current, stabilized magnetic field and its basic laws, electric and magnetic fields caused by a moving chager in lower speed, the transform of electric and magnetic fields between different systems of coordinates, inductive laws, eddy field, self inductance, mutual inductance and transient, molecule current and magnetic substance, ferromagnet, boundary conditions, magnetic circuit theorem, energy of magnetic field and density of magnetic energy, displacement current, Maxwell's equation, electromagnetic wave, Poynting vector.
电磁学课程的主要内容包括：静电的基本现象和基本定律，真空中的静电场，导体和电介质中的静电场，电场的能量与电场能量密度，稳恒电流，稳恒电流磁场的基本定律，运动电荷的电磁场，不同参照系之间电磁场的变换，电磁感应定律，涡旋电场，互感，自感，暂态过程，分子电流与磁介质，铁磁体，边界条件，磁路定理，磁场的能量和磁能密度，位移电流， Maxwell 方程组，电磁波和玻印廷矢量等。
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The simultaneously measurements of surface electric field and Maxwell current density show that, underneath active thundercloud, surface Maxwell current density reflects the change of cloud charge sources, and is quasi-steady between lightning discharges.
利用实验观测和模式计算相结合的方法，对传导电流、位移电流和电晕电流的相对重要性作了估计。
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"What makes these different from conventional electronic networks," he said,"is that instead of thinking in terms of a conduction current, one should think in terms of the displacement current, which indeed can 'flow' in free space and in dielectric materials."
他解释道：&之所以会产生这些与传统电子网络不同的概念，原因是我们不是从传导电流的角度而是从位移电流的角度进行考虑的，位移电流确实可以在自由空间和在电介质材料中流动。&
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Called displacement current, only that it can stimulate the same as with the real current magnetic field.
称其为位移电流，仅是它与真实电流一样可以激发磁场。
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Because the magnetic field is always associated with the current, then the magnetic field is expected to think that it is by another current - displacement current generated.
因为磁场总是与电流相联系，则预期的磁场也认为是由另一种电流——位移电流产生的。
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Displacement current and real current is different does not mean that there is real movement in the space charge does not produce thermal effects and chemical effects.
位移电流与真实电流不同，并不表示有真实电荷在空间流动，也不产生热效应和化学效应。
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Comparing these two graphs, in graph 7 is the conductive current on conductor coil, in graph 8 is Maxwell's spatial displacement current .
比较两图。图7中的是导体线圈上的传导电流。图8中的是麦克斯韦的空间位移电流。
- 更多网络解释与位移电流相关的网络解释 [注：此内容来源于网络，仅供参考]
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displacement current：位移电流
而很少考虑到在接地参考平面,信可能指的是真正的大地接地点(Earth ground),像是在EMI开放测试场地(OATS)多工程上的折衷方案(trade-offs)要考虑.如果设计者了解到我们的目标,并且了电场耦合是因为位移电流(displacement current)之电容性效应而产生.亦即,
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displacement current：韦伯 weber 位移电流
微亨 microhenry | 韦伯 weber 位移电流 displacement current | 稳定状态(稳态) steady state
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displacement current：位移电流=>電束電流,変位電流
displacement controller 位移控制器 | displacement current 位移电流=>電束電流,変位電流 | displacement current density 変位電流密度
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phase shift：相位移
特别是指电导率低于百万分之一的物体. 而绝缘(Insulating)的作用除了保护导体及绝缘之外,它亦扮演着电介质的角色. 绝缘指的是隔绝电流的能力,而电介质则代表了对讯号所造成的时间延迟(Time dalay)或称为相位移(Phase Shift).
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resultant displacement：合位移
resultant current 合成电流 | resultant displacement 合位移 | resultant draft 实际牵伸
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dephase：使相位偏移,位移
"deperm ","[用竖线圈]消水平磁场,消除[船体的]磁场" | "dephase ","使相位偏移,位移" | "dephased current ","相移电流"
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displacement current：位移电流=>電束電流,変位電流
displacement controller ==> 位移控制器 | displacement current ==> 位移电流=>電束電流,変位電流 | displacement current density ==> 変位電流密度
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shunt displacement current：旁路位移电流
corridor 通路 | shunt displacement current 旁路位移电流 | leakage 泄漏
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electric displacement current：位移电流
时延 time delay | 位移电流 electric displacement current | 芯片 chip
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Maxwell displacement current：马克士威位移电流
马克士威精灵 Maxwell demon | 马克士威位移电流 Maxwell displacement current | 马克士威方程[式] Maxwell equations