1) polynomial chaos
随机多项式
1.
The results show that,with the increasing order of polynomial chaos,the probability density curve of a response a.
以随机多项式为基础的随机响应面方法,可以弥补这一不足。
2) random trigonometric
随机三角多项式
1.
On the basis of finite dimensional random trigonometric polynomial s boundary estimate and convergence properity.
在有限维随机三角多项式的界的估计及其收敛性的基础上,研究在一定条件下,一类无穷维随机三角多项式在连续函数空间中的收敛性。
3) polynomial with random coefficient
随机系数多项式
1.
After defining concept of polynomial with random coefficient,Weierstrass approximation theorem of function is extended to random function.
定义了随机系数多项式的概念之后,将函数的Weierstrass逼近定理推广到了随机函数上。
4) trigonometric polynomial of random coefficient
随机系数三角多项式
1.
After the concept of mean square continuous module is built and its relevant character is obtained,the approximate order of random function approximated by trigonometric polynomial of random coefficient is researched.
建立了随机函数均方连续模的概念,并得到其有关性质后,研究了四种不同条件下随机函数被随机系数三角多项式逼近的阶之估计。
5) sub-normal sequence
随机三角多项式的界
6) adjoint polynomial
伴随多项式
1.
Several ordering relations of the minimum real roots of adjoint polynomials of graphs;
图的伴随多项式最小根的若干序
2.
On the roots of adjoint polynomial of some graphs;
几类图的伴随多项式根的研究
3.
The factorizations of adjoint polynomials of S~ω-class graphs with chromatically equivalence Analysis;
S~W图类的伴随多项式的因式分解及色性分析
补充资料：多项式乘多项式法则
Image:1173836820929048.jpg
多项式乘多项式法则
先用一个多项式的每一项乘以另一个多项式的每一项，再把所得的积相加。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。