1.
The integral constants in general solution can be determined by boundary conditions.
一般解中的积分常数可由边界条件来决定。
2.
Several Issues of the Relationship between Multinomial Series and Abnormal Calculus;
数项级数与反常积分关系的几个问题
3.
A Numerical Algorithm of Singular Integrals over Rectangular Domains
矩形域上非正常积分的一种数值算法
4.
The discretization of BIE is based upon constant elements.
边界积分方程的离散基于常数元模式.
5.
Solubility product determination of spectrophotometry for lead iodide;
分光光度法测定PbI_2的溶度积常数
6.
The Integrability of the n-order Variable Coefficients Linear Ordinary Differential Equation
n阶变系数线性常微分方程的可积性
7.
fluxional calculus
【数】流数术(微积分)
8.
A Revers Hilbert-type Integral Inequality with the Best Constant Factor;
一个含最佳常数的反向Hilbert型积分不等式
9.
A New Hilbert-type Integral Inequality with a Best Constant Factor;
一个新的具有最佳常数因子的Hilbert型积分不等式
10.
Three Intergral Kinds of Functional-coefficient Differential Equations of the Third Order;
三阶变系数常微分方程的三种可积类型
11.
A Common Singular Integral Formula from Gamma Function;
由伽马函数引出一个较普遍的反常积分公式
12.
The General Solution of One Kind of 3-order Variable Coefficients Linear Ordinary Differential Equation;
一类三阶变系数线性常微分方程的可积性
13.
On Using Convolution to Express Particular Solution to Linear Constant Coefficient Nonhomogeneous Differential Equation;
线性常系数非齐次微分方程特解的卷积表示
14.
A New Hilbert-Type Integral Inequality with a Best Constant Factor
一个新的有最佳常数因子的Hilbert型积分不等式
15.
A Hilbert-type Integral Inequality with a Best Constant Factor
一个具有最佳常数因子的Hilbert型积分不等式
16.
On a Hilbert-Type Inequality with a New Kernel and Its Best Constant Factor
一个新积分核下的Hilbert型不等式及最佳常数因子
17.
Multiple Hardy-type Integral Inequality with the Best Constant Factor
一类多重的Hardy型积分不等式及最佳常数
18.
ordinary integral element
寻常[通常]积分元(素)