1) solving recursive relation method
解递推关系法
2) Recurrence relations method
递推关系方法
3) Recursion relation
递推关系
1.
Recursion relation of radial matrix elements of relativistic hydrogen atom of spin S=0;
相对论性无自旋氢原子的径向矩阵元的递推关系
2.
By exploring into the recursion relation of ladder resistance network, the formulas of calculating equivalent resistance and node voltage on ladder resistance network have been derived.
通过求解梯形电阻网络中的递推关系,推导出计算梯形电阻网络中等效电阻和节点电压的通项公式;证明了无穷梯形电阻网络等效电阻为常数,且给出其计算公式;提出梯形电阻网络等效电阻按无穷网络简化计算的条件。
3.
By analyzing recursion relation of ladder resistance network, the formulas of calculating equivalent resistance and node voltages on ladder resistance network have been derived.
通过求解梯形电阻网络中的递推关系,推导出梯形电阻网络中等效电阻及节点电压 的计算通式;证明了无穷梯形电阻网络等效电阻为常数,且给出其计算公式;提出梯形电 阻网络按无穷网络简化计算的条件。
4) recurrence relation
递推关系
1.
A class of Recurrence Relation soved by Using cteneral Functions Method;
利用母函数法解一类递推关系
2.
On the recurrence relation αα_(i-1,j-1)+βα_(i-1,j)=α_(i,j);
关于递推关系αa_(i-1,j-1)+βa_(i-1,j)=a_(i,j)
3.
A general recurrence relation for the radial matrix elements of harmonic oscillator;
谐振子径向幂坐标矩阵元的一般递推关系
5) recursive relation
递推关系
1.
This paper presents a general method which may be used to work out a special solution of the real number coefficient linear nonhomogeneous recursive relation, where the nonhomogeneous term is cosω n or sinω n multiplying a real polynomial in n .
就非齐次项为ｃｏｓωｎ 或 ｓｉｎωｎ 与 ｎ 的实多项式 Ｐｌ（ｎ）乘积的实系数线性递推关系给出了求特解的一般方法。
2.
And the recursive relations for three partition numbers are got.
给出了计算其中三类分拆数的递推关系:一类为将n分拆成l个不同的分部(项),且分部量不超过正整数k的分拆数的递推关系;另一类为将n分拆成各分部量互不相同且分部量不超过k的分拆数的递推关系,进而给出了计算这类分拆数的一种计算方法;第三类为将正整数分拆成分部量不超过k且互不相同的奇偶分拆数的递推关系。
3.
In this paper,we gave the generating function and recursive relation for p_k(n,m),the number of the m-partition of n with k parts.
本文进一步给出了具有k个分部的n的m-分拆数pk(n,m)的生成函数以及它的一种递推关系。
6) Recursion relations
递推关系
1.
The recursion relations of radial wave functions for the isotropic harmonic oscillator;
三维各向同性谐振子波函数的递推关系(英文)
2.
The approach of calculating the order n determinant which has constant coefficient recursion relations of order 2 or more than order 2 is given,with the recursion relations H_n=■α_iH_(n-i)(α_1,α_2,…,α_r are constants) in combinatorial mathematics.
给出了用组合数学中的递推关系H_n=■α_iH_(n-i)(其中α_1,α_2,…,α_r为常数)计算具有二阶及二阶以上常系数递推关系的n阶行列式的计算方法。
3.
In this paper,the general high order equal ratios sequence have been studied by generating functions and recursion relations.
本文利用母函数和递推关系求解一般高阶等比序列,得到了这类序列的一般解。
补充资料：解推
1.见"解衣推食"。
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