积分的例句大全

Lastly, interpolation algorithm-Digital Differential Analyzer in the system is presented.

最后，简述了实现两轴联动的数字积分法&DDA直线插补算法。

A DDA arc interpolator for digital differential analyzer based on FPGA

基于FPGA的数控数字积分法圆弧插补器的设计与实现

Ellipse Interpolation with Digital Differential Analyzer

数字积分椭圆插补算法

What then is new for a calculus course here?

这门微积分课有何较新之处 呢 ?

The dynamic load is expressed as a series of impulse or step functions in time domain, and the structural response is the convolution integral of the kernel response and dynamic load.

将动态载荷在时间域内用一系列脉冲或阶跃核函数来表示，结构的响应是核函数引起的响应与动态载荷的卷积分。

The reward function in the optimal stopping problem is a mixed function that is the summation of a termi-nal continuous gain function and an integral form of a function including immediate consumption and investment at any time over a random interval.

而最优停时问题的报酬函数则是一个混合函数，此函数是由一个终端连续增益函数和一个包含随机区间中任意时刻上的消费与投资的函数积分组成。

The Application of the Integral Upper Limit Function

积分上限函数的一些应用

Research on Integral Upper Limit Function

基于变限积分的函数性态研究

An assumption of the modification of upper limit function of integral and its property

关于积分上限函数及其性质的修改设想

A Few Theorem Regarding Integral Upper Limit Function

关于积分上限函数的几个定理

Alexander transformation and integral representation of starlike function class of order α

α次星形函数族的Alexander变换和积分表示

Based on Robinson's work, and two-phase calculus, the Dirac Delta function has been discussed in some detail.

本文运用两相微积分学，深入研究了狄拉克δ函数。

Applications of Path Integral in Study of the Green Function of One Dimensional System

应用路径积分方法研究一维系统的格林函数

This paper explores the odd function and even function's property of infinite integral.

探讨奇函数和偶函数在无限区间上的积分问题。

A function, Airy function is discussed which expressed by integral depending on a parameter.

本文讨论了一个用含变量的积分表示的函数，即Airy函数。

Formulas for Generalized Numerical Integral with Odd Function Factor

带奇函数因子的广义数值积分公式

A numerical integral problem as I ( f) is discussed, Where 9 ( x) is odd function factor in ∞+ ∞).

讨论了形如I（f）的数值积分问题，这里为奇函数因子。

Based on the line-spring shell model, J integral of circumferential and axial cracks in pipe elbows is calculated by EPRI method. Then by following the procedure of EPRI, F 1 function and h 1 function are given.

采用线弹簧壳体模型进行有限元计算求解含裂纹弯管的J积分，而后仿照EPRI方法的思路，给出了J估算式及其相关系数F1和h1。

The boundary integral in BEM Boundary Element Method effects the precision and the speed method.

边界元中的边界积分计算影响计算精度和计算速度.

The difficulty of treatment of the nearly singular integrals hindered applications of Boundary Element Method ( BEM ).

几乎奇异积分的计算困难阻碍了 边界 元法的工程应用.