Nonlinear Chemical Dynamics

布兰迪斯大学的欧文爱泼斯坦和阿纳托尔扎博廷斯基得到了 由理论和计算化学计划的资助， 国家科学基金会继续实验和理论 振荡反应和一般非线性化学的研究 动力学将进行机械调查，以确定 振荡反应中的基本步骤的作用，这可能导致 发展新的化学振荡器。这些研究采用 实验和计算方法。新型化学振荡器 将被开发，如那些涉及氮氧化物。机械论 对系统的研究，如涉及绿泥石和磁场的系统 会完成的波和模式，如图灵模式， 研究了混沌动力学耦合系统将被研究。 混沌动力学耦合系统与诸如 化石流体的燃烧和烟雾的形成，以及 神经递质的作用。 饮用水的处理， 亚氯酸盐也是这项研究的一部分。电磁效应 将研究生物体上的波浪。

Irving Epstein and Anatol Zhabotinsky of Brandeis University are funded by a grant from the Theory and Computational Chemistry Program of the National Science Foundation to continue experimental and theoretical research in oscillating reactions and in general nonlinear chemical dynamics. Mechanistic investigations will be conducted to determine the role of the elementary steps in oscillating reactions, which could lead to the development of new chemical oscillators. These studies employ both experimental and computational methods. New chemical oscillators will be developed such as those involving Nitrogen oxides. Mechanistic studies on systems such as those involving chlorites and magnetic fields will be done. Waves and patterns such as the Turing patterns will be studied. Chaotic dynamical coupled systems will be investigated. The chaotic dynamically coupled systems are relevant to such things as combustion of fossil fluids and the formation of smog, as well as the action of neurotransmitters. The treatment of drinking water through chlorites are also a part of this research. The effect of electromagnetic waves on living organisms will be studied.