1) Oregonator CNN equation
Oregonator CNN方程
2) Oregonator model
Oregonator模型
1.
On the basis of Oregonator model, the influence of acid on B- Z oscillating reaction is analyzed, the dynamic regime of B- Z reaction with acid value B and model parameter h (the concentration of NaBrO3 is certain), and the time - series plots、 2- D and 3- D phase plots of each component under different acid conditions are given,and also the curves of acid B vs.
本文以FKN机理[1]为基础,加进了氢离子的影响,对Oregonator模型进行了修改,使B-Z反应振荡阈值的理论更加完整,并且做了一系列实验进行验证。
3) coupled Oregonators
耦合Oregonator振子
1.
This paper gives the conditions of existence of echo wave and the accurate expression of the relative period in the coupled Oregonators and finds that in this system there are two types of echo waves,one of which satisfies the pretty relations x\-1(t)+x\-2(t)=2u\++,z\-1(t)+z\-2(t)=2u\++ (where u\++ is a component of the homogeneous positive steady state of the system).
给出了耦合Oregonator振子中的Echo波的存在条件及相应周期的精确表达式 ,并发现该系统中存在两种类型的Echo波 ,其中一种满足漂亮的关系式 :x1(t) +x2 (t) =2u+,z1(t) +z2 (t) =2u+(这里u+是该系统的均匀正定态的一个分量 ) 。
4) CNN networks
CNN网
1.
However,some western main-stream media like CNN networks distorted the fact and misrepresented the incident,which violated news principle of authenticity.
但是,CNN网等西方主流媒体却违背新闻的真实性和客观性原则,对拉萨3。
5) STM-CNN algorithm
STM-CNN算法
1.
Also a CKNN queries algorithm STM-CNN which can search in best-first manner was developed by means of mindist(t) and minmaxdist(t) metrics,in which STM-CNN algorithm visits TPR-tree nodes according(to mindist(t)) order,and pruning the nodes with minmaxdist(t).
提出了一种采用最优优先策略的基于扩展时空距离度量的连续k近邻查询STM-CNN算法,利用最小距离函数进行TPR树索引节点搜索时访问排序,并使用最小最大距离函数对TPR树索引进行剪枝界定。
6) C.S.-CNN
中国春-CNN
补充资料:Oregonator model
分子式:
CAS号:
性质:由俄勒冈(Oregon)大学的R.诺伊斯(R. Noyes)等人为模拟B-Z反应中呈现出来的化学振荡等自组织现象而提出的一个简化模型。该模型由如下四个反应步骤组成:A+Y→X+P,X+Y→2P,A+X→2X+Z,2X→A+P,Z→fY。其中A,P,X,Y和Z分别代表组分BrO3-,HOBr,HBrO2,Br-和Ce4+。
CAS号:
性质:由俄勒冈(Oregon)大学的R.诺伊斯(R. Noyes)等人为模拟B-Z反应中呈现出来的化学振荡等自组织现象而提出的一个简化模型。该模型由如下四个反应步骤组成:A+Y→X+P,X+Y→2P,A+X→2X+Z,2X→A+P,Z→fY。其中A,P,X,Y和Z分别代表组分BrO3-,HOBr,HBrO2,Br-和Ce4+。
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