定义了模糊数的距离，讨论了模糊数列的极限及性质。
We define the distance of fuzzy Numbers and discuss the limit and the properties of the sequence of fuzzy Numbers.
众所周知，连续函数列的极限函数不一定是连续的，这在理论与应用上均造成许多障碍。
The limit function of the sequence of continous function is not always continous. It brings about many difficulties in theory and application.
为了得到关于弱集值渐近鞅的收敛性质，首先证明了支撑函数列的极限亦为一支撑函数。
In order to get the convergence properties of the weak set-valued Amart, we firstly proved the theorem that the limit of support functions is a support function.
应用函数列的极限与函数的极限交换次序定理，研究了二元函数的二重极限与它的两个累次极限的关系定理，研究了二元函数的两个二阶混合偏导数可交换次序定理。
By using the limits of functions and the exchange limit theorem, we considered the relationship between the double limit of function with two variables and its repeated limits.
下面通过例题的方式及本人的教学经验来谈谈数列极限的一些求法。
Below by way of example, and I to talk about some method of sequence limit teaching experience.
对于数列通项含有积分的极限问题，文章以定理形式总结概括出两类数列极限存在的充分条件，并附以实例。
As to the limit question of integral included in sequence terms, the paper summarizes two adequate conditions for integral limit from the theorem and provides some examples.
定理1（极限的唯一性）如果数列收敛，那么它的极限唯一。
Theorem 1 (Uniqueness of Limit) If the sequence is convergent, then its limit is unique.
数列极限的计算是极限理论的重要组成部分，有着广泛的应用。
The calculation of sequence limit which has a wide application is the main constituent of the limit theory.
对一个数列的奇子列和偶子列收敛且极限相等则原数列收敛的性质做了推广。
The property of the convergent sequence about even subsequence and odd subsequence is generalized.
它既不是数列极限，也不是函数极限，而是一段特殊的极限。变量的描述比较模糊，没有清晰的变化过程。
It is neither the limit of sequence nor the limit of function, but it is a special limit in which it seems the description of variable and the change process of variable are not clear.
针对混凝土构件材料强度和变形性质的随机性，采用数学方法提出构造混凝土极限拉应变数列的原理。
Considering the randomness of strength and deformation of concrete material, a mathematic approach of producing random variables series of concrete ultimate tensile strain is proposed.
引用贝努利不等式给出了在证明重要极限和数列极限时的作用；
This paper present the role of Bernoull s inequality, which is quoted to prove important limit and sequences limit;
引用贝努利不等式给出了在证明重要极限和数列极限时的作用；
This paper present the role of Bernoull s inequality, which is quoted to prove important limit and sequences limit;
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