This article gives a further development of the power exponent function and some related examples.
对幂指函数的求导法则做了进一步推广，并给出了相应的求导举例。
The limit problem of power exponent function is common but difficult in differential and integral calculus.
幂指函数求极限问题是微积分学中的一个常见问题，同时又是一个难点问题。
The limit problem of power exponent function is common but difficult in differential and integral calculus.
求极限问题是微积分学中的一个常见问题，同时又是一个难点问题。
The paper provides the theorem of the limit of combination of power and exponent function, which gives us a new method to work out the limit of this kind of function.
给出了幂指函数极限定理，对求幂指函数极限的方法进行了讨论，并给出一些应用实例。
The actual processing time of a job depends not only on an exponent function of the total normal processing time of the already processed jobs but also on its scheduled position.
工件的实际加工时间不仅依赖于已经加工过工件正常加工时间之和的指数函数，而且依赖于该工件所在的位置。
The paper provides the theorem of the limit of combination of power and exponent function, which gives us a new method to work out the limit of this kind of function.
为了很好地掌握求极限的方法，尤其是如何很好地结合第二个重要极限求函数的极限，本文专门以定理的形式给出幂指函数求极限的方法。
Several methods about limit of power-exponent function are provided. Especially, the application of equivalent infinitesimal replacement is proved. And the theory is described by some examples.
对幂指函数求极限的问题，提出了几种方法，尤其讨论了等价无穷小替换在幂指函数求极限过程中的可行性。并且以实例演练了理论的应用性。
An "Exponent Function Control Method" which ADAPTS to discretization of the space surrounding bus body is presented to advance the quality of the element generation.
为提高单元划分质量，提出适合客车车身周围空间单元划分的“指数密度控制方法”。
An "Exponent Function Control Method" which ADAPTS to discretization of the space surrounding bus body is presented to advance the quality of the element generation.
为提高单元划分质量，提出适合客车车身周围空间单元划分的“指数密度控制方法”。
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