Some identities of sum of products of Bernoulli-Gegenbauer polynomials are obtained by using primary methods.
利用初等方法给出了一类包含贝努利多项式与盖根堡多项式乘积和的恒等式及推论。
Sum of products of the First Species of Chebyshev——Gegenbauer L Polynomials;
一类包含第一类契贝谢夫多项式——盖根堡多项式的积的和
The two methods,both based on the method of moment, are implicit marching-on-in-time(MOT) method and marching-on-in-degree(MOD) method which based on the Laguerre polynomial.
针对时域电场积分方程存在的晚时震荡问题,分析比较了当前通用的隐式时间步进算法和基于拉盖尔多项式的阶数步进算法,计算了任意形状的三维导体、介质目标的时域电磁散射。
with the nature of the radial function of the hydrogen atom and the nature of the laguerre polynomials,the article deduced the formula that used to compute the average value of integer power (r~n) of the radial distance of the hydrogen atom-r.
利用氢原子径向波函数和拉盖尔多项式的性质,导出了计算氢原子径向距离r的任意整数次的平均值公式。
The Sum of the Products of A Category Including Laguerre Multinomial-Gegenbauer Multinomial;
一类包含拉盖尔多项式-盖根堡多项式的积的和
Sum of Products of Bernoulli Polynomials and Gegenbauer Polynomials
关于贝努利多项式和盖根堡多项式乘积的和
Sum of Products of Chebyshev-Gegenbauer L Lengendre Polynomials;
一类包含契贝谢夫多项式—盖根堡多项式—勒让德多项式的积的和
Sum of products of the First Species of Chebyshev--Gegenbauer L Polynomials;
一类包含第一类契贝谢夫多项式——盖根堡多项式的积的和
associated Laguerre polynomials
连带的拉盖尔多项式
Numerical Methods for Finding of the Roots of Polynomials
多项式求根的数值方法
On some identities for Lauerre s Polgnomals and Hormite s Polgnomals;
关于拉盖尔多项式与埃尔米特多项式的一组恒等式
Transfer-matrix Calculation of the Independent Set Polynomial and Clar Covering Polynomial;
图的独立集多项式和Clar覆盖多项式的转移矩阵计算
The number a is called a double root of the polynomial function f.
数a称为多项式丞数f的二重根。
One Necessary and Sufficient Conditions of Two Polynomial Having Common Roots;
两个多项式有公共根的一个充要条件
The Study on a Solution of Polynomial Equation with the Same Root
关于多项式方程重根一种求法的探讨
An Algorithm for Isolating Real Roots of Rational Polynomial Systems and an Algorithm for Calculating Liapunov Values of Polynomial Li?nard Systems;
有理多项式组的实根分离算法和多项式Liénard 系统的焦点量求解算法
The Relative Distribution of the Roots of Two Polynomials
两个多项式的根的相对分布的显式判定
Because of the previous theorem we call the numbers of this type multinomial coefficients.
根据这一定理我们称这种类型为多项式系数。
Jones Polynomial and the Distribution of Their Zeros of Links;
链环的琼斯多项式的计算及其根的分布
Spread and Application of the Rational Root of Integer Coefficient Multinomial;
关于整系数多项式有理根的推广及应用
An Accelerated Parallel Iteration Method with Parameters for Solving All Roots of a Polynomial Equation
一种求多项式方程根的参数并行加速迭代法
Solving the Roots of Polynomials Based on the Particle Swarm Optimization
基于粒子群优化算法求解多项式全部根