conservation of charge

1. The conservation of charge corresponds to time symmetry, while conservation of current corresponds to space symmetry.
   电荷守恒对应于时间对称性，而电流守恒则对应于空间的对称性。
2. This paper introduces the concept of extended total space, and then we extend conservation of charge and conservation of current to general case.
   在文中引入了扩展全空间概念，由此得到电荷守恒和电流守恒的一般形式。
3. Proof of the conservation principles of charge and of flux linkages
   电荷守恒与磁链守恒定律的论证
4. The Mathematical Form of Maxwell's Equations Defining the Conservation Law of Electric Charge
   电荷守恒定律可确定麦克斯韦方程组的数学形式
5. Steady condition and law of conservation of momentum are used to explain that total directional movement momentum of all charge carriers through arbitrary intersecting surface is conservative;
   运用稳恒条件和动量守恒定律说明了稳恒电路中，穿过任意横截面的全部载流子的定向运动总动量在数值上是守恒的；
6. The conservation principles of charge and of flux linkages are proved mathematically, and their physical meanings are given in the paper.
   本文对电荷守恒定律和磁链守恒定律从数学方面作了较深入的论证，并给出了其物理意义。
7. With equation of the conservation of momentum of the charge carrier system, we obtain velocity of its transverse drift in electric and magnetic fields, and its approximate expressions which correspond to weak and strong magnetic fields.
   本文从动量平衡方程出发，导出了载流子在相互垂直的电磁场中的横向漂移速度，并给出了强磁场和弱磁场条件下，漂移速度的近似公式，以及载流子的运动轨迹图。
8. In this paper, the mathematical connection from the conservation law of elec-tric charge and Maxwell's equations is established by unsing the interior product ( contraction) of a differential form by a vector field and converse of Poincare's lemma in exterior differential form.
   本文利用微分形式与矢量场的内积（缩并），以及外微分形式中的Poinare逆定理，建立了从电荷守恒定律到麦克斯韦方程组的数学联系。
9. By substituting the principle of current continuity with charge conservation, the differential equation of charge accumulation model is built.
   该理论以电荷守恒原理代替电流连续性原理，建立了电荷累积模型的微分方程。
10. Conservation-map algorithm of charge deposition
    守恒&映象电荷沉积算法
11. A charge conservation statistics enhancement method used in semiconductor divice Monte Carlo simulation is approached, which smoothes the charge fluctuation caused by the statistics enhancement, and keeps the continuation of cross edge charge flow.
    介绍了一种在半导体器件蒙特卡罗模拟中保持电荷守恒的统计增强方法，该方法消除了由统计增强引入的电荷统计涨落，保持了不同增强区界面处过界粒子流的连续性。
12. This paper deduces the Law of conservation of charge by Maxwell equations, and discusses some physical problems which are in connection with the Law of conservation of charge: steady electric field, Kirchhoff law.
    本文应用麦克斯韦方程推导电荷守恒定律，并研讨与电荷守恒定律有关的物理问题：恒定电场、基尔霍夫定律等。
13. The new forms of Maxwell's equations substitute the old forms, it empthasizes the conservation of electric charge.
    提出了麦克斯韦方程组的一种新的构建形式，突出了电荷守恒定律。
14. Is Basic Conservation Law of Electric Charge Shaken by New Experimental Result?
    电荷守恒定律被动摇了吗？
15. Thus, in theory It explains conservation law of charge Biot-Savart's law, under space inver-sion the charge alter the mark and so on.
    进而从理论上解释了电荷守恒定律，毕奥&萨伐定定律，在镜向反演下电荷变号等问题。
16. Conservation of charge is a universal law
    电荷守恒是一普适定律
17. The conservation law of charge is taken here as a sine qua non so that the equation can have the unique solution.
    文章在此将电荷守恒定律作为必要条件引入，使得方程具有唯一确定的解。
18. Study of the law of conservation of charge
    电荷守恒定律探讨

noun

1. the principle that the total electric charge of a system remains constant despite changes inside the system

   Synonym:    conservation of electricity