积分的

In this paper, a new technique (socalled largestep wavefield depth extrapolation method), that is based on the Lie algebraic integral of operator's phase to compute depth extrapolation operator efficiently, is proposed.

本文提出一种基于"算子相位"李代数积分的快速计算延拓算子的方法，称为大步长波场延拓方法。

Introducing the notions of module algebra, Smash product and left integral we consider the relation between A#L and invariant subalgebra A〓.

在引入模代数、Smash积、左积分的定义之后，我们考虑A#L与不变子代数A〓之间的关系。

The image is fuzzy because the image in real terms by an average of the operation or integration, for its inverse operation, and allow image became clear.

而图像模糊的实质是因为图像受到平均或积分的运算，为此对其进行逆运算，就可以使图像变得清晰。

The image is fuzzy because the image is in real terms by an average of the operation or integration, for its inverse operation, and allow image becomeing clear.

而图像模糊的实质是因为图像受到平均或积分的运算，为此对其进行逆运算，就可以使图像变得清晰。

In the case of a draw on laps, the number of points won shall decide

在圈数相同的情况下，按积分的多少来决定

Based on that Radon can be integral along the line, moreover, IF of LFM and CW is a line on time-frequency plan, Radon transform and B-distribution are conjoined together.

Radon变换具有沿直线积分的特性，针对LFM信号和CW脉冲信号在时频平面上的瞬时频率是一条直线这一特点，将Radon变换与B分布结合在一起。

The paper resolves the difficulty of time and space integration through the geometry principle based on the hypothesis of the linear density distribution that is adopted here.

本文在推导过程中采用了稠密车流线性化密度分布的假设，并在此基础上利用几何原理解决了时空积分的困难。

This method ensures the integral request along the main diagonal of Aumann-Shapley value formula, and realizes the reasonable sharing of the security cost between consumers and power suppliers and between the bilateral transactions of using the congested line.

该方法保证了Aumann-Shapley值求取公式中沿主对角线积分的要求，使安全成本可合理地分摊给各个用户和发电商，以及使用阻塞线路的双边交易。

We studied the renormal-ization effect of the rotational constant. This is a complex many body problem, and cannot be solved with the conventional methods in molecular spectroscopy.

为此，我们采用路径积分的蒙特卡洛方法计算虚时关联函数，然后通过解析延拓的方法求得转动能级。

The calculus of maxima and ''.

正定积分的极大与极小的微积分学。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。