电流守恒,conservation of current
1)conservation of current电流守恒
1.This paper introduces the concept of extended total space,and then we extend conservation of charge andconservation 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。
2)steady circuit"s momentum conserves稳恒电流动量守恒
3)flow conservation流守恒
1.Considering the equation offlow conservation, the problem of efficient monitoring is regarded as the problem of finding out the minimum weak vertex cover set and the minimum weak vertex cover set based on flow partition for a given graph G(V,E) which are all proved NP-Complete.考虑网络节点的流守恒特性,网络流量的有效监测问题可抽象为求给定图G(V,E)的最小弱顶点覆盖集的问题和基于流划分的最小弱顶点覆盖集的问题,这是NP难的问题。
2.To research the efficient measurement of the network traffic,considering the equation of theflow conservation,seeking monitor-nodes is regarded as the problem of finding out the minimum weak vertex cover of a graph,which is NP-hard.在研究网络流量的有效测量问题时,考虑网络节点的流守恒,把网络流量监测点问题抽象为无向图的最小弱顶点覆盖问题,这是一个NP难的问题。
4)conservative flow守恒流量
1.The conservative densities andconservative flows of theseconservation laws were also given.证明了一类演化方程至少存在三个守恒律，并具体地给出了这三个守恒律的守恒密度及守恒流量，另外还给出了这些方程的高维、高阶及向量情形的某些推广。
5)conserved currents守恒流
1.Chapter 2 discusses the expressions ofconserved currents in Rashba,Luttinger and Dresselhaus systems based on continuity equation of Schroedinger equation.第二章基于薛定谔连续性方程,讨论了Rashba,Luttinger和Dressclhaus体系中守恒流的表达式。
6)charge conservation电荷守恒
1.In circuit analysis,charge conservation and flux conservation road are often used for instantaneous capacitor voltage and inductor current mutation,which are called the state analysis because it only has the moment of 0-and 0+.在电路分析中,电荷守恒和磁链守恒常被用于换路瞬间电容电压和电感电流的突变问题,因为只涉及0-与0+两个时刻,可称之为状态分析,实际上反映的是系统电荷或磁链的连续性问题。
2.A tiny damage ofcharge conservation was received in this paper from the measure experiment of electron decay and the elastic scattering of 500Mev neutron and proton, also the damage and new knowledge of thecharge conservation were briefly reviewed.本文从对电子衰变的实验测量和500Mev中子和质子弹性散射，得到了电荷守恒的微小破坏，并简要地评述了电荷守恒定律所遇到的破坏及认识。
英文短句/例句
1.The relationship between gauge invariance and the law of charge conservtion;规范不变性与电荷守恒关系的再讨论
2.Analysis of Compatibility between the Principle of Charge Conservation and Vector Potential A and Scalar Potential in the Electromagnetic Field of Homogeneous Media;电荷守恒原理与均匀介质中电磁场矢势A和标势φ的相容性分析
3.The stability of the electron is one of the simplest yet most stringent tests of the law of charge conservation.电子的稳定性是对电荷守恒定律的最简明而又最有说服力的检验之一。
4.Based on the ampere return circuit theorem, gauss theorem and charge conservation law the concrete form of Displacement current is derived.本文从安培环路定理、高斯定理及电荷守恒定律出发导出了位移电流的具体形式。
5.The Law of Conservation of Momentum and the Law of Conservation of Angular Momentum for Charge System and Electromagnetic Field;电磁场和电荷系统的动量守恒定律和角动量守恒定律
6.With a simple symmetrical electromagnetic field, the law of conservation of momentum and the law of conservation of angular momentum for electromagnetic field and charges system are investigated.利用简单对称性的电磁场,讨论了场和电荷系统遵从的动量守恒、量矩守恒定律.
7.The charge is conserved not only from "before" to "after" but also at every intermediate stage of the process.电荷不仅由衰变“前”到衰变“后”是守恒的，而且在衰变过程的每一个中间的阶段也都是守恒的。
8.Base load station [electricity]: A power station where generation is held constant.基底负荷电站 [电力]:发电量恒定的电站。
9.Dynamic Stability of Laminated BeamsSubjected to Nonconservative Loading非守恒荷载作用下叠层梁的动力稳定性
10.Apply Electromagnetic System s Law of Energy Conservation to Derive Ohm s Law;用电磁系统能量守恒定律推导全电路欧姆定律
11.Discussion about Parados of Energe Conservation Charged Systems关于带电体系静电能守恒佯谬问题的讨论
12.Characteristics of DNA Adsorption and Desorption in Variable and Constant Charge Soil Colloids可变电荷与恒电荷土壤胶体对DNA吸附与解吸特征
13.Example: Spinning up a Charged Cylinder. Conservation of Angular Momentum and Flux of Angular Momentum.范例:旋转带电圆柱。角动量守恒及角动量之通量。
14.Conservation of momentum s theoritical calculate to electrical and magnetism field from a sham false question;从一个佯谬对电磁场动量守恒的理论推证
15.Conformal Invariance and Conserved Quantities of Mei Symmetry for Mechanico-Electrical Systems机电系统Mei对称性的共形不变性与守恒量
16.Improved Charge Storage Capability of Polypropyrene Electret by Means of Constant Current Corona Charging用恒流电晕充电改善聚丙烯驻极体的电荷贮存能力
17.Conservation of Mass. Conservation of Momentum. Stress Tensor.质量守恒，动量守恒，应力张量。
18.Research on shunt active power filter based on a control method of PI conversation of energy基于能量守恒PI控制方法的有源电力滤波器研究
相关短句/例句
steady circuit"s momentum conserves稳恒电流动量守恒
3)flow conservation流守恒
1.Considering the equation offlow conservation, the problem of efficient monitoring is regarded as the problem of finding out the minimum weak vertex cover set and the minimum weak vertex cover set based on flow partition for a given graph G(V,E) which are all proved NP-Complete.考虑网络节点的流守恒特性,网络流量的有效监测问题可抽象为求给定图G(V,E)的最小弱顶点覆盖集的问题和基于流划分的最小弱顶点覆盖集的问题,这是NP难的问题。
2.To research the efficient measurement of the network traffic,considering the equation of theflow conservation,seeking monitor-nodes is regarded as the problem of finding out the minimum weak vertex cover of a graph,which is NP-hard.在研究网络流量的有效测量问题时,考虑网络节点的流守恒,把网络流量监测点问题抽象为无向图的最小弱顶点覆盖问题,这是一个NP难的问题。
4)conservative flow守恒流量
1.The conservative densities andconservative flows of theseconservation laws were also given.证明了一类演化方程至少存在三个守恒律，并具体地给出了这三个守恒律的守恒密度及守恒流量，另外还给出了这些方程的高维、高阶及向量情形的某些推广。
5)conserved currents守恒流
1.Chapter 2 discusses the expressions ofconserved currents in Rashba,Luttinger and Dresselhaus systems based on continuity equation of Schroedinger equation.第二章基于薛定谔连续性方程,讨论了Rashba,Luttinger和Dressclhaus体系中守恒流的表达式。
6)charge conservation电荷守恒
1.In circuit analysis,charge conservation and flux conservation road are often used for instantaneous capacitor voltage and inductor current mutation,which are called the state analysis because it only has the moment of 0-and 0+.在电路分析中,电荷守恒和磁链守恒常被用于换路瞬间电容电压和电感电流的突变问题,因为只涉及0-与0+两个时刻,可称之为状态分析,实际上反映的是系统电荷或磁链的连续性问题。
2.A tiny damage ofcharge conservation was received in this paper from the measure experiment of electron decay and the elastic scattering of 500Mev neutron and proton, also the damage and new knowledge of thecharge conservation were briefly reviewed.本文从对电子衰变的实验测量和500Mev中子和质子弹性散射，得到了电荷守恒的微小破坏，并简要地评述了电荷守恒定律所遇到的破坏及认识。
延伸阅读
动量守恒不受外力作用或只受合力为零的外力系作用的质点系，它的总动量保持不变。动量守恒是自然界中的一个普遍定律,它反映质点系中各质点在相互内力作用下,彼此运动的关系。此定律无论对保守系统或是非保守系统都是适用的，因此是研究各种碰撞问题的理论基础。动量守恒现象 要了解自然界和工程技术中的动量守恒现象，首先必须弄清所研究的质点系是由哪些物体组成的。如人在静止小船上向前走时小船向后退，打夯机的转块绕机心旋转时机身上下振动以及火箭的喷气推进等现象都是动量守恒定律的表现。在这些现象中，质点系分别为小船和人，打夯机和转块，火箭和向后高速射出的燃烧气体。整个系统本来是静止的，当其中一部分产生朝某一个方向的动量时，另一部分必然产生一个反向动量，使整个系统的质心位置保持不变。动量守恒和牛顿运动定律的关系 动量守恒定律可直接从牛顿第二定律和第三定律导出。例如，两个不受外力(只有相互作用的内力)作用的质点，其中第一个质点对第二个质点的作用力同第二个质点对第一个质点的作用力大小相等、方向相反,且作用在同一直线上(见牛顿运动定律)。设m1、m2和v1、v2分别代表两质点的质量和速度,根据牛顿第二和第三定律有：。积分后得到 m1v1＋m2v2＝常量，即质点系的动量守恒。把动量守恒定律用于一个质点，可以得出牛顿第一定律。因为一个不受外力作用的质点，它的动量守恒，所以质点保持静止或作匀速直线运动。由此可见，动量守恒定律，就是牛顿运动定律的另一种表现形式。质点系在外力作用下，动量虽不守恒，但如追溯其外力来源，扩大其力学系统，则动量守恒定律在新系统中仍然能够成立。例如落体的动量增大,如把地球同落体看成一个系统,则这个新系统的动量就守恒。
