公倍数

gōng bèi shù
  • common multiple
公倍数公倍数
公倍数 [gōng bèi shù]
  • [common multiple] 两个或更多个数或量的共有倍数

公倍数[gōng bèi shù]
  1. 8是8和4的最小公倍数。

    8 is the lowest common multiple of 8 and 4 .

  2. 一个整数是两个或两个以上分数分母的公倍数。

    An integer that is a common multiple of the denominators of two or more fractions .

  3. 最大公约数与最小公倍数的k次和函数

    The K-th Power Sum Functions of GCD and LCM

  4. 变异函数自动拟合初探最小公倍数的和函数

    Primary Research in The Automatic Simulation of Semivariogram The icm-sum function

  5. 最小公倍数的一个应用&兼谈剩余定理

    A Application of the Least Common Multiple and Discourse Theorem

  6. 多个整数的最小公倍数的矩阵求法

    The matrix method for the least common multiple of integers

  7. 最小公倍数的和函数交叉许可浅析

    The Lcm-sum Function The Primary Analysis of Cross License

  8. 提高劳动者整体素质;最小公倍数的和函数

    The Lcm-sum Function Qualities of Bankers

  9. 最小公倍数的和函数

    The Lcm - sum Function

  10. 12是2、3、4和6的最小公倍数也作westcommonmultiple

    12 is the least common multiple of 2 , 3 , 4 , and 6.Also called lowest common multiple

  11. 它遵循最小公倍数原则以提供一个各个平台上包含的组件的并集。

    It adopts ( greatest common denominator ) principle to provide a union set of components that appear on every platform .

  12. 最小公倍数是初等数学中的一个基本内容,一般指取几个数公倍数中的最小正整数。

    The least common multiple is one of the basic content in elementary mathematics , generally refers to take the smallest of several number multiples of positive integer .

  13. 利用月亮轨道周期和地球轨道周期的准公倍数(即天文气候周期系),借助68至95年前期洪水历史资料,推算后期10年以上逐年洪水变化。

    According to the quasi-least common multiples between lunar orbit periods and the earth 's orbit periods ( i.e. Astro-climatic periods ), and using the flood records in earlier times ( 68-95 years ago ), the departure values of floods are estimated .

  14. 工程经济给出寿命期不等的互斥方案求解的多种解法,如最小公倍数寿命法、无穷大寿命法、研究期法、净年值法等,但对上述诸种方法之间的关系缺乏系统研究。

    There are several solutions for exclusive projects in engineering economics , taking minimum common multiple lifetime method , infinite lifetime method , research period method and net annual value method as examples . There are no systematic researches for these solutions mentioned above .

  15. 该算法将融合中心的采样周期设定为传感器测量周期的最小公倍数,使得传输到融合中心的局部状态估计在每个周期内具有相同的数目,减少了跟踪滤波的计算量。

    The sampling period of the fusion center is defined as the lease common multiple of multi-sensors measurement period , so the same number of the local state estimation is transmitted to the fusion center every sampling period and the computation burden of the tracking filter is alleviated .

  16. 针对系统各部分工作频率的特点,采用公倍数时钟作为全局时钟进行同步设计的方法,解决了多速率系统信号输出的同步问题。

    As working frequency is exact multiples of a certain frequency , a method to make all generated signals synchronous is introduced in detail for this multi-rate system , by using synchronization circuits with a global clock whose frequency is a common multiple of the overall working frequency .

  17. 本文借助构造矩阵和施行初等变换,为初等数论中以下三个问题提供了简便实用的解法:最大公因数及其倍数和、不定方程,一次同余式组。

    With the help of constructing matrix and applying elementary transfor-mation , this paper gives the simple and useful solution of the following three prob-lems in elementary number theory : greatest common factor and its times sum , in-definite equation , linear congruence expression series .

  18. 最大公因子矩阵与最小公倍数矩阵

    Greatest Common Divisor Matrix and Least Common Multiple Matrix

  19. 在这一部分中,我们证明了当m≥2且n≤9时,最大公因子封闭集合S上的最小公倍数幂矩阵[S~m]是可逆的。

    The main result of this part is to show that when m 2 and n 9 , the LCM power matrices [ S ] on a gcd-closed set is invertible .