该研究对于工程上的振荡管流以及生物振荡管流将有一定的理论意义与应用前景。
This research has some theoretical significance and using foreground on engineering, especially in studying oscillating flow in bio-tubes.
本文介绍了典型振荡反应的特点、机理、数学模型、动力学方程序及在化学和生物学中的某些应用。
This paper introduces the features, mechanism, mathematical model, dynamic equations of the classic chemical oscillation and some applications in chemistry and biology.
因此，利用非线性随机动力学理论和方法对“细胞内钙离子振荡系统的噪声效应：相干共振”进行研究具有十分重要的生物学意义。
Thus, based on nonlinear theory and method, the study on the effect of the noise on coherence resonance in a calcium oscillations system is significant in biology.
反应作为化学振荡的范例，自二十世纪六十年代以来一直是化学家及生物化学家们研究的热点。
As a paradigm of chemical oscillations, the B-Z reaction system has been the focus of the chemist and biochemist since 1960s.
反应作为化学振荡的范例，自二十世纪六十年代以来一直是化学家及生物化学家们研究的热点。
As a paradigm of chemical oscillations, the B-Z reaction system has been the focus of the chemist and biochemist since 1960s.
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