1) arbitrary-order integral
任意阶积分
1.
With the help of Laplace transform and the theory of continued fraction the product of the resistance and the current in trunk line is expressed as arbitrary-order derivative and arbitrary-order integral of the applied voltage in limiting case of time,respectively.
利用L ap lace变换和连分数理论,在时间的极限情形下将主干上电阻和电流的乘积分别表示为外加电压的任意阶导数和任意阶积分。
2) differential operator with any order
任意阶微分算子
1.
This paper considers the estimate of the upper bound of second eigenvalue for the differential operator with any order.
考虑了任意阶微分算子第二特征值的上界估计,获得了用第一特征值来估计第二特征值的上界的不等式,其估计系数与区间的度量无关。
3) differential equation with any order
任意阶微分方程
1.
Estimate of the upper bound of generalized second eigenvalue for the differential equation with any order;
某类任意阶微分方程广义第二特征值的上界估计
4) arbitrary precise integration
任意精细积分
5) arbitrary order of accuracy
任意阶
1.
A three-point explicit compact difference scheme with arbitrary order of accuracy for the two dimensional pollutant diffusion equation;
求解二维污染扩散方程的时空任意阶的三点紧致显格式
6) arbitrary difference precise integration method
任意差分精细积分法
补充资料：任意
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