1) generalized electric field integral equation
广义电场积分方程
1.
The problem of horizontal wire antenna radiating over a lossy half-space is usually treated through solving the generalized electric field integral equation,which contains Sommerfeld integrals within its green′s function.
有耗媒质半空间上线天线辐射问题通常归结为求解含有索末菲积分的广义电场积分方程来处理。
2) generalized Volterra integral equation
广义Volterra积分方程
1.
In this paper, we consider generalized Volterra integral equations in Banach spaces as the form x(t)=u(t)+∫ G t f(t,s,x(s))ds.
考虑了Banach空间中形如x(t) =u(t) + ∫Gtf(t,s,x(s) )ds的广义Volterra积分方程 ,并利用强极小锥的性质 ,获得了以上方程的解的某些存在性结果 。
3) electromagnetic integral equations
电磁场积分方程
1.
A method to achieve the sparsification of the impedance matrix is proposed when the higher order hierarchical vector basis functions and the maximally orthogonalized higher order vector basis functions are applied to electromagnetic integral equations.
将高阶叠层矢量基函数及最大正交高阶矢量基函数应用于电磁场积分方程方法,提出将阻抗矩阵按稀疏阵处理的方法。
4) electric field integral equation
电场积分方程
1.
Effective approach to improve the sloving precision of electric field integral equation
提高电场积分方程求解精度的有效方法
2.
In this paper,a useful solution-the electric field integral equation(EFIE) with partial coupling model,is presented to solve the inner problem of scattering from a cavity with an electrically large aperture.
对此,提出了用电场积分方程结合局部耦合原理求解含腔目标电磁散射的问题,即求解腔体口径面上的等效磁流。
3.
The electric field integral equation (EFIE) is discretized into a dense linear equation by the method of moment (MOM), which can be solved by iterative method such as transpose-free quasi-minimum residual (TFQMR) method used in this paper.
矩量法(MOM)离散电场积分方程(EFIE)得到稠密的线性方程组,它可以用迭代法(比如本文中的TFQMR方法)求解。
5) electric field integral equation(EFIE)
电场积分方程
1.
When analyzing a conducting scattering body with method of moment,the integral term of electric field integral equation(EFIE) based on RWG base-function gets singular characteristic.
采用矩量法分析导体三维散射体时,基于RWG基函数的电场积分方程存在奇异性,如果直接使用数值积分,则准确性很低。
6) EFIE
电场积分方程
1.
Accurate formulations of EFIE for three-dimension inhomogeneous dielectric objects;
三维非均匀介质体的精确电场积分方程
2.
EFIE and MFIE are two integral equations in computering electromagnetic field,in general,which have the same precision.
电场积分方程(EFIE)和磁场积分方程(MFIE)都是求解电磁场分布的积分方程,一般条件下,采用哪一种方程对结果没有影响。
3.
The method is based on the moment method(MoM), EFIE and the fast multipole method(FMM).
由电场积分方程出发,以矩量法为基础,应用广义屋脊基函数R W G基和加略金匹配法,并应用快速多极子方法,推导出简单而且有效的R C S计算公式,以全矩量法计算结果作为检验标准,证明了快速多极子方法计算结果的正确性。
补充资料：广义动量积分
见拉格朗日方程。
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