1) f-decomposing law
f-分解规律
1.
By employing dual of Function one direction S-rough sets,f-decomposing law,F-decomposing rough law,law energy,and attribu-te f-interference degree were proposed,and the measurement of rough law variation in the process of rough law F-decomposing was researched.
应用函数单向S-粗集对偶,给出f-分解规律、F-分解粗规律、规律能量、属性f-扰动度的概念;研究了粗规律F-分解过程中的变化度量;给出f-分解规律能量特性定理、f-分解规律能量不等式定理、F-分解粗规律能量特性定理以及f-分解规律能量中值定理。
2) F-decomposing rough law
F-分解粗规律
1.
By employing dual of Function one direction S-rough sets,f-decomposing law,F-decomposing rough law,law energy,and attribu-te f-interference degree were proposed,and the measurement of rough law variation in the process of rough law F-decomposing was researched.
应用函数单向S-粗集对偶,给出f-分解规律、F-分解粗规律、规律能量、属性f-扰动度的概念;研究了粗规律F-分解过程中的变化度量;给出f-分解规律能量特性定理、f-分解规律能量不等式定理、F-分解粗规律能量特性定理以及f-分解规律能量中值定理。
3) decomposition rule
分解规律
1.
Ozone decomposition rules in gaseity and aqueous solution, mainly the influence of temperature and pH value, are discussed in this paper.
该文研究了臭氧在气态和水溶液中的分解规律,主要研究了温度和pH值的影响,并获得了不同温度、pH值下臭氧分解的半衰期。
4) F-interfere law discernible
F-干扰规律分辨
1.
Based on these concepts,the theorems of F-interfere surplus-F-interfere degree relation,F-interfere surplus law-F-interfere degree law relation,F-interfere discernible are obtained,F-interfere law discernible are obtained.
利用单向S-粗集对偶给出知识的f-干扰生成与f-干扰规律生成,单向S-粗集对偶的F-干扰生成与F-干扰规律生成的概念,基于这些概念提出了F-干扰盈余与F-干扰度关系定理、F-干扰盈余规律与F-干扰度规律关系定理、F-干扰分辨定理、F-干扰规律分辨定理,给出了F-干扰规律识别准则与应用。
5) f-law
f-规律
1.
Using function one direction singular rough sets and dual of function one direction singular rough sets,the concepts of f-law knowledge,-law knowledge,f law and-law were given.
利用函数单向S-粗集和函数单向S-粗集对偶,给出f-规律知识,-f-规律知识,f-规律和-f-规律的概念,利用这些概念,给出规律知识生成的规律之间的关系和积分度量。
2.
Using function one direction singular rough sets,the concepts of f-law,F-law,law distance and the system intruded by F-law are given.
利用函数单向S-粗集,给出f-规律,F-规律,规律距离的概念以及系统规律被F-规律入侵的概念。
6) F-law inference
F-规律推理
1.
F-law inference and law mining;
F-规律推理与规律挖掘
补充资料：[3-(aminosulfonyl)-4-chloro-N-(2.3-dihydro-2-methyl-1H-indol-1-yl)benzamide]
分子式：C16H16ClN3O3S
分子量：365.5
CAS号：26807-65-8
性质：暂无
制备方法：暂无
用途：用于轻、中度原发性高血压。
分子量：365.5
CAS号：26807-65-8
性质：暂无
制备方法：暂无
用途：用于轻、中度原发性高血压。
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