1) parametric integration
参量积分
1.
Then, based on the upper-bound theorem,a general solution to unit indentation pressure isobtained through parametric integration and improper integral.
由上界定理经参量积分、广义积分求得冲头单位压力通解后，以待定参数法求得通解最小上界值。
2) integration depending on a parameter
参变量积分
1.
Using the integral as a function of the upper limit and integration depending on a parameter, an analytical upper bound solution to drawing stress through idling rolls has been obtained in this paper.
本文建立与Ａｖｉｔｚｕｒ不同的直角坐标系速度场与应变速率场，并采用变上限积分与参变量积分获得辊拔力的上界解析解。
4) Containing Parameter Integral
含参量积分
1.
Containing Parameter Integral and Uniform Convergence on Fuzzy Interval Value Function
Fuzzy区间值函数的含参量积分及一致收敛性
5) infinite integral with parameter
含参量无穷积分
1.
This paper proves the necessary and safficient condition of uniform convergence of infinite integral with parameters,and discusses the feature of unifom convergence of infinite integral with parameters,explains its application with examples.
证明了含参量无穷积分一致收敛的一个充要条件 ,进一步讨论了含参量无穷积分一致收敛的本质特征 ,并结合实例说明了它的应用 。
6) Integral which have two variable parameters
双参变量积分
补充资料：参量阵
见水声学、非线性声学。
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