Many nonlinear chemical kinetics phenomena such as the clock reaction, feedback, mixed oscillation, chemical chaos and chemical patterns are introduced. The methods of time space series, power spectrum, Lyapunov index, at tractors and their dimensions, Poincare section, bifurcation theorem are also discussed. The reactors, measurement, mechanisms and models in nonlinear chemical reaction research are described.
介绍了若干非线性化学反应动力学现象如时钟反应、反馈、混合振荡、化学混沌及反应扩散图案等；对时空序列、功率谱、Lyapunov 指数、吸引子及其维数、Poincare 截面及分叉理论等常用于分析非线性动力学特征的手段作了介绍；探讨了对非线性化学反应的实验装置、测试方法、机理和模型研究的方法；简要回顾了非线性化学反应动力学的发展历史，并展望了其发展趋势。
Many nonlinear chemical kinetics phenomena such as the clock reaction, feedback, mixed oscillation, chemical chaos and chemical patterns are introduced. The methods of time space series, power spectrum, Lyapunov index, attractors and their dimensions, Poincare section, bifurcation theorem are also discussed. The reactors, measurement, mechanisms and models in nonlinear chemical reaction research are describe...
介绍了若干非线性化学反应动力学现象如时钟反应、反馈、混合振荡、化学混沌及反应扩散图案等；对时空序列、功率谱、Lyapunov指数、吸引子及其维数、Poincare截面及分叉理论等常用于分析非线性动力学特征的手段作了介绍；探讨了对非线性化学反应的实验装置、测试方法、机理和模型研究的方法；简要回顾了非线性化学反应动力学的发展历史，并展望了其发展趋势
A nonlinear kinetic model in isothermal branched-chain or autocatalysis chemical reaction in the CSTR
CSTR反应器中简单的分枝链式或自动催化反应的非线性动力学模型
Chemical oscillating reaction is a classical non-equilibrium nonlinear of chemical kinetics phenomenon.
化学振荡反应一种典型的非平衡非线性化学动力学现象。
Chemical oscillating reaction as a typical phenomenon of nonlinear and non-equilibrium has more than one hundred years of history.
化学振荡反应是一种典型的非线性非平衡态化学现象，从被科研工作者发现到现在已有一个多世纪的时间。
The nonlinear chemical reaction kinetics is comprehensively reviewed experimentally and theoretically.
本文从实验和理论的角度综述非线性化学反应动力学。
Many nonlinear chemical kinetics phenomena such as the clock reaction, feedback, mixed oscillation, chemical chaos and chemical patterns are introduced.
介绍了若干非线性化学反应动力学现象如时钟反应、反馈、混合振荡、化学混沌及反应扩散图案等；
The process of intermittent reaction is an important chemical production process. The nonlinear, delay and uncertainty factors determine the complexity and risk of the process operation.
间歇式反应过程是一种重要的化工生产过程，过程自身的非线性、时滞性和不确定性等因素决定了过程操作的复杂性和危险性。
Nonlinear Chemical Reaction and the Mass Action Law & Periodic Tuning of the CSTR - BZ Reaction System
非线性化学反应与质量作用定律&BZ-CSTR反应体系的周期调制
Nonlinear Chemical Reaction Characteristics of Diacetone - Malic Acid - BrO_3~- - Mn~(2 +) - H_2SO_4 and the Application in Biological Antioxidation
敞开体系研究乙酰丙酮-BrO3~&Mn~（2+）-H2SO4非线性化学反应特征及其在生物抗氧化分析中的应用
By using the extent of reaction and the yield factor of phase, the computation of simultaneous chemical and phase equilibrium is transformed as into unconstrained nonlinear minimization problem, and is solved by Genetic Algorithm.
采用反应进度和相分率消去等式约束，将含化学反应体系的相平衡计算转化为无约束的最优化问题，并应用遗传算法求解。
The nonlinear oscillatory phenomenon exists in the system of immune response like in those of bio-chemical reaction [1, 7-9, 10]. This corresponds to the limit cycles in their mathematical models.
免疫反应如同生化反应一样也存在非线性振荡现象[1,7-9,10]，反映在数学模型上就是微分动力系统存在极限环的问题。
The determinate methods of chemical reaction dynamics parameters were introduced and their computer programs were designed in the paper, that is least squares, regression analysis and nonlinear optimization.
探讨了化学反应动力学参数求定的数学方法，即：最小二乘法、回归分析法和非线性最优拟合法及计算机实现过程。
We have discussed the chemical phase transition thermally initiated by laser in a closed combination-type reaction system with the transport processes by using the method of nonlinear oscillation theory. The threshold intensity for occuring the chemical instability in the system has been given.
本文用非线性振荡理论方法讨论了封闭化合型反应体系中在有输运过程存在时，激光热引发的化学相变，给出了出现化学不稳定性的阈值光强。
The activated or leached process and their influence elements are studied by 1DREACT software package of coupled mass/heat transfer and chemical reaction dynamics of water-rock interaction, according to the geological and geochemical characters of fine disseminated gold deposits.(1) Water-rock reaction time is not the important influence element of activating gold; (2) At first, activating capability of hydrothermal solution increases with the increasing of total sulfur activity; after lga〓≥-4, the content of activated gold in solution is mainly related to original content of gold in wall rock, and does not visibly dependent on total sulfur activity.(3) It is a complicated nonlinear process of influence of activating gold capacity of hydrothermal solution with the change of temperature, in general, 220 ℃ is most favorable to gold activation.(4) The influence of oxygen fugacity on gold activation has a multiple functions coupling nonlinear effect, in general, Igfo〓=-41 is most favorable to gold activation.(5) Solubility of gold in fluid decreases with the increasing of velocity of flow, the product of velocity and aurous solubility reaches maximum when velocity is 0.2～0.5m〓m〓. yr〓, i. e. this scope of velocity is most favorable to gold activation.
利用1DREACT水-岩相互作用反应-输运耦合动力学软件包，根据微细浸染型金矿床地质地球化学特征，计算机模拟研究了金的活化、浸取过程及其影响因素，发现：(1)金活化过程中水-岩反应时间不是其主要制约因素；(2)热液对金的活化能力开始随总硫活度的增高而增高，当lg a〓≥-4后，热液中活化金的含量将主要与围岩中金的初始丰度有关，而对总硫活度无明显依赖关系；(3)温度对热液浸金能力的影响是一个复杂的非线性过程，总体而言，220℃最有利于金的活化；(4)氧逸度对金活化的影响呈现出一种多因素叠加的非线性效应，总体而言，lgfo〓＝-41最有利于金的活化与浸取；(5)流体中金的浓度随流体流速的加快而降低，流速与金浓度的乘积在流速为0.2～0.5m〓m〓。yr〓时达到极大，即0.2～0.5m〓m〓。yr〓的流速范围最有利于本类矿床的金的活化。