2) electric charge quantity charge
电荷量可变
3) 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 of charge 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 the charge 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。
4) conservation of charge
电荷守恒
1.
The decomposability of a capacitor and combination of some capacitors are analysed,the knottiness of a capacitor filled with four different dielectrics is solved,accoding to the conservation of charge,Maxwell s equations,uniqueness theorem of electrostatics,and minimum principle for the energy.
根据电荷守恒,Maxwell方程组,静电场边值问题的唯一性定理与能量最低原理分析了电容器的分解与组合,讨论并解决了一个充填有4种不同电介质的电容器之疑难。
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。
5) variable charge soil
可变电荷土壤
1.
Adsorption of bensulfuron-methyl on two variable charge soils;
苄嘧磺隆在两种可变电荷土壤中的吸附
2.
Mechanisms of low molecular weight organic acids affecting Cu adsorption by variable charge soils.;
低分子量有机酸影响可变电荷土壤吸附铜的机制
3.
Effect of CrO_4~(2-)on adsorption of K+ by two variable charge soils;
CrO_4~(2-)对两种可变电荷土壤吸附钾的影响
6) variable charge soils
可变电荷土壤
1.
Kinetics of aluminum release in variable charge soils under H~+ and organic acids;
H~+和有机酸对可变电荷土壤铝释放的动力学研究
2.
Competition adsorption of NO_3~- with Cl~- on constant charge soils and variable charge soils;
恒电荷土壤与可变电荷土壤对Cl~-和NO_3~-吸附的差异及其机理
3.
The mechanism of interaction of constant and variable charge soils with H~＋ ions;
可变电荷土壤和恒电荷土壤与氢离子相互作用机理
补充资料：土壤可变电荷
分子式：
CAS号：
性质：数量和符号都随土壤环境中pH值的变化而发生变化的电荷。是由于土壤固相的水合氧化物型表面从介质中吸附离子或向介质中释放离子而引起的。土壤胶体中所有氧化物、水合氧化物、氢氧化物以及水铝英石等都可产生可变电荷。高岭石的边面也有两性行为。所有腐殖质的负电荷都是可变电荷。可变电荷产生的原因较为复杂，目前有的还不十分清楚。
CAS号：
性质：数量和符号都随土壤环境中pH值的变化而发生变化的电荷。是由于土壤固相的水合氧化物型表面从介质中吸附离子或向介质中释放离子而引起的。土壤胶体中所有氧化物、水合氧化物、氢氧化物以及水铝英石等都可产生可变电荷。高岭石的边面也有两性行为。所有腐殖质的负电荷都是可变电荷。可变电荷产生的原因较为复杂，目前有的还不十分清楚。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条