morphism中文是什么意思

• 单同态
• 态射
• 形态主义
• 自同构
• 自同态

• affine morphism    仿射射
• centralizing morphism    中心化射
• codiagonal morphism    余对角射
• complete morphism    完备射
• connecting morphism    连通同态
• diagonal morphism    对角射
• elementary morphism    初等射
• finite morphism    有限射
• flat morphism    平坦射
• functorial morphism    函子的射
• fuzzy morphism    模糊映照
• idempotent morphism    幂等射
• identity morphism    单位射
• inverse morphism    逆射
• kata morphism    分化变质
• morphism of schemes    概型的射
• net morphism    网同型
• normal morphism    严格态射; 正规态射
• projective morphism    射影射
• proper morphism    真射
• quasiprojective morphism    拟射影射
• retraction morphism    保核收缩射
• smooth morphism    光滑射
• structure morphism    结构射
• morphis    莫尔菲斯
• morphling    古灵精怪

• The content in chapter three is main of this paper . at the first all we try to discuss the lie algebroid morphism and lie bialgbroicl morphism whose operations are analyzed and discussed . on the basis of this we discuss pullback dirac structure for lie bialgebroid clearly
  第三章是本文的主体部分，首先引入了李代数胚态射和李双代数胚态射的概念，对其运算进行了分析和讨论，在此基础上对李双代数胚上的拉回dirac结构做了详细的讨论。
• It differs from the traditional category theory in two directions : all morphisms have types and the composition of morphisms is not necessary a morphism . two aspects of application of typed category theory are discussed : cones and limits of knowledge complexity classes and knowledge completion with pseudo - functors
  一个带类型范畴是一个四元组k o , m , g , t ，其中o是一组对象, m是一组态射,每个态射有一个类型，表示f是从a到b的态射，具有类型t 。
• In this thesis , main research is described as following : 1 ) according to the principle of system science and resemble technology , we systematically discussed the basic theory of simulation technology . combining with several simple but typical examples , we put forward morphism principle and equal principle which based on morphism system and equivalent system and expounded the inherent meaning of simulation and emulation . some vocabulary related were clarified definitely and the interrelationship between simulation , experiment and analysis was expounded . the developing veins of the simulation technolo . gy were elaborately carded . the modern meaning of simulation technology was explained further
  本文的工作主要包括以下几项内容： 1 )从系统科学和相似技术的角度出发，系统地总结及论述了仿真技术的基础理论；结合几个简单的典型实例，提出了以同型系统和等价系统为基础的同型原理和等价原理，并以此为基础阐明了模拟和仿真的内在含义；对与仿真相关的一些词汇作了明确的界定，阐明了仿真方法与试验方法、理论分析方法的相互关系；对仿真技术的发展脉络作了细致的梳理；对仿真技术的现代含义作了进一步的说明。
• Since 1950s , many mathematicians have been engaged in studying the " generalized inverse of matrices such as the generalized inverse of matrices on rings , the generalized inverse of morphism , the compution on the generalized inverse of matrices , the application of generalized inverse and so on
  Penrose利用四个矩阵方程给出矩阵广义逆的更为简洁定义，此后，矩阵广义逆研究得到了迅速的发展。矩阵广义逆的研究包括环上矩阵的广义逆，范畴中态射的广义逆，广义逆矩阵的计算和广义逆矩阵的应用等。

• morphismとは意味：{名} : 《数学》射