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1)  assembly element
组合元
1.
By dividing the dimension of constraint system to some assembly elements the constraint system can be deminished, and the local character can be utilized.
该策略将整个几何约束系统分为多个组合元 ,将循环约束约简为组合元中的边界元进行求解 ,并利用约束传播机制的局部性充分减小约束求解的规模。
2)  element association
元素组合
1.
Controlled by unique geological conditions,the distribution of elements and geochemical anomalies and element associations of anomalies in Guichi area show obviously specific characteristics.
在贵池地区,受特定的地质条件的控制,元素的分布分配、地球化学异常的展布和异常元素组合具有鲜明的特征。
2.
The element associations and their spatial temporal distribution are discussed based on synthetic analyses of multiple geological and geochemical information.
本文以多种地质、地球化学信息为基础,讨论该矿元素组合及其时空分布。
3)  the organs in the upper aprons
组合元件
1.
The paper confers and analyses the mechanism of the organs in the upper aprons on the operation status of aprons and production quality are improved greatly.
 本文通过对应用新型上皮圈销和包胶中上罗拉的特性研究,分析探讨了皮圈组合元件改善皮圈运行状态的机理。
4)  graphical element composition
图元组合
1.
This paper analyzes and compares the computer graphical methods representing geological symbols ( especially lithotype notations ) with each other, and presents a new comprehensive method-graphical element composition method and its classified code scheme for the computer graphical definition of geological symbols based on analyzin.
本文对地质符号(尤其是岩性符号)的有关计算机图形学方法进行了分析和比较,并在对各种地质符号的分析研究基础上提出了一种地质符号(岩性符号)的计算机图形学定义的新的综合性方法—图元组合法及其分区编码方
5)  combined strip element
组合条元
1.
Application of both finite element and combined strip element to axis symmetry problems;
有限元与组合条元在空间轴对称问题中的联合应用研究
2.
In order to solve infinite field problems better and eliminate negative influence of the truncation boundary method on computational accuracy of load near field, the method about joint application of finite element, combined strip element and mapped infinite element on infinity field problems is put forward in this paper.
提出了将有限元、组合条元与映射无穷元联合应用求解无限域问题的思想 。
6)  four-place combination
四元组合
1.
The four numbers, selected arbitrarily from the integer number 1 to 13, construct a four-place combination, and the numbers can be reused.
从1到13这13个正整数中任意取四个(可以重复),构成一个四元组合。
补充资料:组合模式或组合振动
分子式:
CAS号:

性质:在红外光谱中通常出现很多的弱吸收,组合模式或组合振动系指对应于两个或多个基本振动频率之和起源,它的弱吸收于多原子分子振动态相互作用的振子的非谐性。与基频振动及倍频所引起的吸收相比,这些吸收是比较弱的。

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