1) simplifying notation
简化表示法
1.
This article analyzes the differences of simplifying notation and dimensioning between old GB and new GB,and the application condition of mechanical drawings GB/T16675 1～16675 2-1996《simplifying notation on Technical Drawing》is also discussed in this paper.
介绍了新、旧国际简化画法和尺寸注法的主要差异 ,讨论了GB/T16 6 75 1～ 16 6 75 2—1996《技术制图 简化表示法》的应用条
2) simplify
简化
1.
The possible study to simplify wet automatic fire-extinguishing sprinkler systems in the built public place;
关于已建公众聚集场所简化湿式自动喷水灭火系统的可行性研究
2.
Research on simplifying the method of larva investigation of cotton boll worm and its application;
简化棉铃虫查卵方法的研究与应用
3.
Discussed Simplify Problem of Design Circuit with VHDL;
利用VHDL设计电路的简化问题
3) Simplification
简化
1.
New method for simplification of 3D scattered points;
一种对空间散乱点集进行简化的新方法
2.
The simplification of high-order linear systems;
控制系统中高阶系统的简化
3.
Simplification and Validity of Stochastic Trajectory Model of Particles in Particle-Laden Gas Turbine;
带粒燃气涡轮中颗粒随机轨道模型的简化与分析
4) Simplified
简化
1.
A Simplified Method of the Tank Transmission Coefficient of the Erect Cylinder Arch Tank;
立式圆柱形油罐传热系数的简化算法
2.
A simplified implementation of TCP on a small-size embedded system;
基于小型嵌入式系统的TCP简化实现方法
3.
The simplified methods for selecting installed capacity of small sized hydropower station and its application;
小水电站装机容量选择简化法及应用
5) reduction
简化
1.
Reduction of WF-NET During the Process of Soundness Verification;
工作流模型正确性验证过程中的模型简化问题
6) Simplicity
简化
1.
The concept of "simplicity" was a category which taken seriously in western aesthetics and poetics in the 20 th century and it appeared accompanied by the deepening of art knowledge over the last hundred years.
“简化”这一概念随着近百年来对艺术认识的深化而出现,是20世纪西方美学和诗学领域所特别重视的一个命题。
2.
The concept of "simplicity" is an important aesthetics category taken seriously by many celebrated aesthetics, which appears accompanied by the deepening of art knowledge over the last hundred years.
“简化”这一概念也就是随着近百年来艺术认识的深化而出现的并为许多杰出的美学家所特别重视的一个重要的美学范畴。
参考词条
补充资料：计划简化法
计划简化法
planning by simplification
计tIJ简化法(planning by simp一ifieation)将问题抽取成简单的形式，在解决了这些简单形式的问题后，再用其答案去指导解决原初的、更复杂的问题。例如，有以下五个等式，要求求出x与Y的函数关系: R一22 X=R+3ZM=3L+6 Y=M+l R一3乙 为了解决这一问题，可以把这些等式表达为各变量间的连接形式，即R一Z，X一R，M一L，Y一材，R一。这样，很容易发现X与Y的连接通路是:X--R一L一M一Y，因而导致问题的迅速解决。 (谭立海撰粤瑞赞审)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。