此模块提供对有理数算法的支持。
它可以处理有理数和复数，也支持矩阵。
It can deal with rational Numbers and complex Numbers. It has matrix support as well.
算术整数，有理数，实数。
The mathematics of integers, rational Numbers, real Numbers.
在rational类中，为有理数定义了4种操作。
In the rational class, then, four operations have been defined for rational Numbers.
有理数采样速率转换可以划分为整数倍和分数倍采样率转换。
Rational ratio conversion can be realized by integer and fraction ratio conversion.
不是有理数的实数被称为无理数。理数的实数被称为无理数。
负数涉及到从概念到数轴、绝对值、有理数运算等等一系列知识。
The minus involves the concept, the number axis, the absolute value, the rational number operation and so on.
对于用调和数列的子列表示正有理数的问题，研究了一些特殊情况。
On expressing any positive rational number as sum of different terms of a given subsequence of harmonic sequence, some particular cases are studies.
在相应于谐波锁模、有理数谐波锁模条件下得到了稳定的脉冲输出。
Steady pulses were obtained on harmonic and rational harmonic mode-locked status.
亲爱的，你是正数，我是负数，我们都是有理数，真是天生的一对啊！
My dear, you are positive, I was negative, we are all rational numbers is really a natural pair ah!
当两个比率都是有理数或无理数时，动力学局域化发生在准能带塌缩点。
When both the ratios are rational or irrational Numbers, the dynamical localization happens at the quasi-energy band collapse points.
应用复变函数论的方法，简洁地给出了的一切有理数解和一切整数解公式。
In this paper, the general rational solutions and the general integer solutions of are given.
为了避免循环定义，我们需要刻划通过这种方法得出的有理数集合的特征…
To avoid circularity in the definition, we must be able to characterize the sets of rationals obtainable in this way…
结合网络等值法，给出了基于未确知有理数的配电系统可靠性评估模型和算法。
By combining unascertained rational number operation with the network-equivalent approach, an algorithm is introduced to calculate the possibility reliability indices of distribution systems.
提出未确知有理数用于施工网络计划，介绍未确知有理数概念、运算、未确知期望。
Putting forward using unascertained rational number to construction network, this paper also introduced the conception and operation of unascertained rational number and unascertained expectation.
学生初次接触到负数的概念时，对理解负数的意义及有理数的运算法则都会产生困难。
When first meet negative numbers, students have difficulty understanding both the meaning of negative numbers and the rules of operation between rational numbers.
在处理有理数时，采取一点数值技巧将会有所帮助：也就是说，找到公分母，使某些操作变得更容易。
When working with rational numbers, it helps to perform a bit of numerical legerdemain: namely that of finding a common denominator to make certain operations easier.
作者提出一组有理数概率下效用函数存在的公理，并证明该公理体系下的效用表示定理。
This paper puts forward a set of axioms and proves the existence and uniqueness of utility function with rational probabilities on the set of axioms.
为了获得稳定的谐波锁模脉冲，分析了有理数谐波锁模的理论和非线性放大环镜的传输特性。
To achieve a steady harmonic mode-locked pulse (HMLP), the theory of rational harmonic mode-locking and the transmission characteristics of a nonlinear amplifying loop mirror were analyzed.
在此基础上，分析了未确知有理数滤波的适用范围，指出其应用于多输入单输出的数据处理情况。
On this basis, the application sphere of unascertained rational number filtering is analyzed and it applied to the data-processing conditions of multi-input and single-output.
利用二次互反定律证明了某类形式的有理数不是整数，并且证明了某类形式的素数的个数是无限的。
This paper utilizes the Reciprocal Law Two Times to prove that the rational number of a kind of form is not the integer, and proves that the number of another kind of prime is limitless.
有理数谐波锁模技术是产生高速超短脉冲的重要技术之一，其光时分复用通信技术等领域中有重要的应用价值。
The rational harmonic mode-locking has become a research subject of intense interest due to its application on the generation of ultra- high repetition frequency optical pulse train.
有理数运算程序 设计内容：有理数是一个可以化为一个分数的数，例如2/3，533/920，-12/49都是有理数。
RATIONAL programming content: is a rational number can be reduced to a fraction of the number, say 2/3, 533/920, -12/49 are rational numbers.
为了获得振幅均衡的有理数谐波锁模脉冲，必须在原有的实验装置中添加一个掺铒光纤放大器(EDFA)以提高注入调制光信号功率。
For obtaining a pulse series with a small amplitude ripple, an Erbium-doped Fiber Amplifier (EDFA) must be added into the primary experiment setup to enhance injection-modulation signal power.
在数集的基础上，在整数域上建立了一个新的交换半群，并在有理数域、实数域和复数域上进行了推广；作为应用，讨论了其元素的表示形式。
Based on the number set, a new commutative semi-group is established in the integer number and extended in number fields of rational number, real number and the complex number.
Computationsin CommutativeAlgebra (CoCoA)是另一个免费计算机代数系统，用于处理超大型整数、有理数和多项式。
Computations in Commutative algebra (CoCoA) is another free computer algebra system for working with very large integers, rational Numbers, and polynomials.
Computationsin CommutativeAlgebra (CoCoA)是另一个免费计算机代数系统，用于处理超大型整数、有理数和多项式。
Computations in Commutative algebra (CoCoA) is another free computer algebra system for working with very large integers, rational Numbers, and polynomials.
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