1) arrangement of components

组件排列
2) fuel assembly arrangement

燃料组件排列
3) array of fuel rods in the fuel assembly

燃料组件中燃料棒排列
4) records arrangement based on peace

立"件"排列
5) Arrange in groups

排列编组
6) Arrangement and combination

排列组合
1.
The basic idea of using probability model to solve the problem of arrangementand combination is to make the probability model first which has similarity to the problemconcerned, then atlach the problem of probability to that of arrangement and combination byusing the similarity, and last solve the problem of arrangement and combination by the medium of probability.
本文用概率模型解决排列组合问题的基本思想是建立与描述该问题有相似性的概率模型,利用这种相似性把求解概率问题与求解排列、组合问题联系起来,然后通过求解概率问题达到解决排列组合问题的目的。
2.
In this paper, We discuss how to solve the following four subjects: summing, arrangement and combination, proving some identical equations and inequalities by the medium of probability.
本文从数列求和,证明代数恒等式、证不等式、解排列组合应用题四个方面介绍如何设计概率模型,利用概率方法求解代数问题。
3.
The spatial arrangement and combination of elements in thing is its inherent structure.

事物成分的空间排列组合是事物的内在结构 ,它直接规定着事物的性质、性能 ,故不能等同于“量的规定性” ;由于它本身受量的规定性制约 ,故事物成分的空间排列组合的变化引起质变 ,不能视为“量变引起质变的基本形式”。
补充资料:安立谛非安立谛
【安立谛非安立谛】
(术语)述记十九曰:“有差别名言者名安立,无差别离名言者,非安立也。安立者施设义。”
(术语)述记十九曰:“有差别名言者名安立,无差别离名言者,非安立也。安立者施设义。”
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条