1·We shall also point the condition that matrix power series is normal.
另外又指出矩阵幂级数是正规矩阵的条件。
2·In this article, we discuss some exceptional sets in formal power series field.
本文研究了形式级数域中若干连分数例外集。
3·In solving the nonlinear bending equations, a modified power series method is proposed.
在求解非线性弯曲方程时，我们提出了修正幂级数方法。
4·In addition, we get the relationship between the valuation and transcendental power series.
在此基础上，得到了曲面赋值的完整分类，以及赋值和超越幂级数的关系。
5·The product forms of level one power series of Lie type and level two power series of A type.
给出了水平一的李型幂级数和水平二的A型幂级数的乘积形式。
6·The polynomial coefficients are expressed as another power series of cosine of incident angle.
其多项式系数又表示为入射角的余弦的另一个羃级数。
7·Within the restricted scope, the infinite power series is convergent and the formula is workable.
在规定的范围内该无穷级数收敛，并有计算公式成立。
8·The third one is to let series be expressed by basic elementary function's power series expansion;
第三种方法是把待求级数用基本初等函数的幂级数展开式表示出来；
9·In this paper, an important combinatorial identity is obtained by means of the formal power series.
本文运用形式幂级数的技巧，证明了一个重要的组合恒等式。
10·Is also a function of extreme value theory, and many other mathematical theory of power series basis.
也是函数的极值、幂级数理论等众多数学理论的基础。