1) primitive relationship
基元关系
1.
The paper also presents the technologies of primitive relationship conversion and primitive shape-location adjustment to translate tangent relationship into scan and connected relations,to translate surface solid interceptive relationship into intersected relationship,and to adjust the shapes and locations for obtaining correct reconstruction results.
提出基于基元关系和基元的三维形体合成技术,即形体合成与基元及基元间的四种关系直接相联系,通过基元关系这一高层语义指导合成过程。
2) Fundamental units fuzzy relations
基元模糊关系
3) binary relation
二元关系
1.
A new proof of the necessary and sufficient condition for a binary relation was of transitivity;
二元关系具备传递性的充要条件的一种新的证明
2.
Sorting decision model based on binary relations and Boolean reasoning
基于二元关系和布尔推理的分级决策模型
5) fordered N-ple
N元关系
1.
The paper introduced the basic conception of math of relation database model,N-ple relation,fordered N-ple and fordered sets.
给出了关系数据库模型的数学基本概念 ,如N元关系、N元有序组及N元有序组集合。
6) binary relations
二元关系
1.
Some properties of semigroup P_θ(I×Λ) of all binary relations from a set I to a set Λ;
集合I到集合Λ上的二元关系半群P_θ(I×Λ)的基本性质
2.
Construction of transitive closure of binary relations in Limited Set
有限集上二元关系传递闭包的构造
补充资料：经济关系(见生产关系)
经济关系(见生产关系)
economical relation
1 ingji gU口nxj经济关系(eeonomieal relation)系。见生产关
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