1)  measure
量位
2)  increment of displacement
增量位移
3)  scalar potential
标量位
1.
In the time varying electromagnetic field,we have solved Helmholtz equation of a scalar potential under the spherical polar coordinate,and obtained its general solution.
求解了时变场中球坐标系下标量位ψ(r,t)的亥姆霍兹方程。
2.
The essay gives two calculation methods for coaxial conductor s inductance and capacitance,one was by (Gauss s) Theorem and Ampere Circuital Theorem,another was by vector potential and scalar potential.
给出了计算同轴线导体的电容和电感的两种方法,即利用高斯定理及安培环路定律、利用标量位及矢量位,从而得到了不同情况下两种算法的优越性。
3.
In this paper, the boundary value problems of three demensional nonlinear magnetostatic fied are described by the reduced scalar potential.
阐述由简化标量位，双标量位和差场标量位描述的三维非线性磁场的边值问题，并对各种标量位法进行比较。
4)  measured displacement
测量位移
1.
In order to identify structural damage locations and extents, a two-stage damage detection method by using measured displacements is presented and the effect of measurement noise on damage detection performance is studied.
为了解决测量噪声下的损伤定位和定量识别问题,提出了基于测量位移的两阶段识别方法和基于统计理论的损伤敏感度分析方法。
2.
In order to identify structural multi-damage locations and levels,a two-stage damage detection method is presented by using measured displacements and frequencies.
为了解决结构多损伤下的位置识别和损伤程度的判定问题,将测量位移和频率用于结构的损伤检测研究,并提出了一种分阶段的二次损伤识别方法。
5)  electric vector potential
电矢量位
1.
By calculating electric vector potential,the field distribution can be obtained for the leaky coaxial cable(LCX) with inclined slots.
通过电矢量位的求解,对泄漏同轴电缆倾斜开槽时的场分布进行分析,计算出了泄漏同轴电缆的耦合损耗理论值,并在特定条件下对其进行仿真。
6)  vector potential
矢量位
1.
The essay gives two calculation methods for coaxial conductor s inductance and capacitance,one was by (Gauss s) Theorem and Ampere Circuital Theorem,another was by vector potential and scalar potential.
给出了计算同轴线导体的电容和电感的两种方法,即利用高斯定理及安培环路定律、利用标量位及矢量位,从而得到了不同情况下两种算法的优越性。
2.
Both scalar andvector potential models are described.
研究各向异性非线性媒质中三维位场边值问题有限元分析的标量位和矢量位通用分析模型。
参考词条
补充资料：同量异位素(原子物理学)


同量异位素(原子物理学)
Isobar (atomic physics)

　　bar同量异位素(原子物理学)巨sc (atomic physieS)」数Z位素可;它异位白夕-俘获量异26)，多数定的CaP-撰] 同量异位素是指质量数A相同、但原子厅不同的两个或多个原子之一。因此，虽然同量异具有近似相等的质量，但是它们的化学性质不}们是不同元素的原子。原子序数相差1的同星素不可能都是稳定的，其中一个不可避免地将发射(Z~Z+l)、月+发射(Z~Z一l)或电子(Z~Z一1)而衰变为另一个。有许多稳定的厉位素偶的例子，例如，soTi(z一24)和SOe:(z=还有稳定的同量异位三重态的四个例子。对沐A值，已知的放射性同量异位素的数目超过稀同量异位素的数目。参阅“电子俘获，’( electrorture)、“放射性”(radioaetivity)各条。 〔达克沃思(H.E.Duekworth
　　
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