%0 Journal Article
%T Constructing the aggregated inverse kinetic problems for complex chemical reactions using the index method of global optimization 妙快找抉忱我抗忘 忘忍把快忍我把抉志忘扶我攸 抉忌把忘找扶抑抒 抗我扶快找我折快扼抗我抒 戒忘忱忘折 扼 扭把我技快扶快扶我快技 扭忘把忘抖抖快抖抆扶抉忍抉 我扶忱快抗扼-扶抉忍抉 技快找抉忱忘 忍抖抉忌忘抖抆扶抉抄 抉扭找我技我戒忘扯我我
%A 妙. 圾. 妥我抒抉扶抉志忘
%A 圾. 圾. 妓攸忌抉志
%A 妒. 妙. 坐批忌忘抄忱批抖抖我扶
%J Vestnik UGATU
%D 2013
%I Ufa State Aviation Technical University
%X This work continues the research on mathematical identification of chemical and technological parameters of the reactions of metal complex catalysis. Mathematical models of complex chemical reactions have unknown kinetic parameters (rate constants and activation energies of elementary stages) that can be found by solving the inverse problem of minimizing the deviation between the calculated and experimental data. It is proposed to use a new method to determine the activation energies of elementary reactions stages. The method consists in constructing and solving the aggregated inverse problem for processing several experiments conducted at different temperatures. This technique makes it possible to keep the dimension of the aggregated inverse problem constant regardless of the number of experiments. Also it lets to take into account the dependence of kinetic parameters on temperature 坏忘扶扶忘攸 扼找忘找抆攸 扭把抉忱抉抖忪忘快找 扯我抗抖 把忘忌抉找 扭抉 我扼扼抖快忱抉志忘扶我攻 抒我技我折快扼抗抉抄 把快忘抗扯我我 抗忘找忘抖我找我折快扼抗抉忍抉 抗忘把忌抉忘抖攻技我扶我把抉志忘扶我攸 抉抖快扳我扶抉志 扼 我扼扭抉抖抆戒抉志忘扶我快技 扭忘把忘抖抖快抖抆扶抉忍抉 我扶忱快抗扼扶抉忍抉 技快找抉忱忘 忍抖抉忌忘抖抆扶抉抄 抉扭找我技我戒忘扯我我. 圾 扭把快忱抑忱批投快抄 把忘忌抉找快 [1] 忌抑抖 把忘扼扼技抉找把快扶 抗抖忘扼扼我折快扼抗我抄 扼扭抉扼抉忌 我忱快扶找我扳我抗忘扯我我 技忘找快技忘找我折快扼抗抉抄 技抉忱快抖我 把快忘抗扯我我 扭抉 抉找忱快抖抆扶抉扼找我 忱抖攸 抗忘忪忱抉抄 我戒 把忘扼扼技忘找把我志忘快技抑抒 找快技扭快把忘找批把, 抗抉找抉把抑抄 扶快 扭抉戒志抉抖我抖 抉扭把快忱快抖我找抆 扶快抗抉找抉把抑快 抗我扶快找我折快扼抗我快 扭忘把忘技快找把抑. 圾 把忘技抗忘抒 忱忘扶扶抉忍抉 我扼扼抖快忱抉志忘扶我攸 扭把快忱抖忘忍忘快找扼攸 扶抉志忘攸 技快找抉忱我抗忘 扭抉扼找把抉快扶我攸 忘忍把快忍我把抉志忘扶扶抉抄 抉忌把忘找扶抉抄 抗我扶快找我折快扼抗抉抄 戒忘忱忘折我, 抗抉找抉把忘攸 扭抉戒志抉抖攸快找 扼抉抒把忘扶攸找抆 把忘戒技快把扶抉扼找抆 抉忌投快抄 戒忘忱忘折我 扭抉扼找抉攸扶扶抉抄, 扶快戒忘志我扼我技抉 抉找 抗抉抖我折快扼找志忘 改抗扼扭快把我技快扶找抉志, 我 批折我找抑志忘找抆 戒忘志我扼我技抉扼找我 抗我扶快找我折快扼抗我抒 扭忘把忘技快找把抉志 抉找 找快技扭快把忘找批把抑.
%K Inverse kinetic problem
%K global optimization
%K index method
%K parallel computing
%U http://www.journal.ugatu.ac.ru/index.php/vestnik/article/view/255