1) relaxation electrochemical oscillation
非连续型电化学振荡
1.
It is turned out that the relaxation electrochemical oscillation could be induced along two approaches:proper arrangement of external electric circuit .
根据非连续型振荡与慢流型、双稳态现象之间的内在联系,讨论了演化机制可出现多定态分支的电极反应体系,因外控状态参量慢变化导致非连续型电化学振荡的可能性。
3) electrochemical oscillation
电化学振荡
1.
Study on anion adsorption in electrochemical oscillations with an electrocthemical quartz crystal microbalance;
EQCM技术对电化学振荡中阴离子的影响
2.
The electrochemical oscillations often are observed in the process of anodic electrodissolution of metal and alloy, in particular, in the transitional period of between activation and passivation.
金属和合金阳极电溶解过程中常常可以观察到电化学振荡现象 ,尤其是在活化与钝化的转变阶段 。
3.
The frequency response curves corresponding to two types of electrochemical oscillations during the linear scanning were invistigated.
利用石英晶体微天平技术对 H2 O2 在硫酸、高氯酸和盐酸等酸性介质中铂电极上还原反应产生的电化学振荡行为进行了较为系统的研究 ,得到了对应于 H2 O2 还原过程中两类不同电流振荡的频率响应曲线 ,讨论了可能的电化学振荡机制 。
4) Electrochemical oscillations
电化学振荡
1.
This article reviews the progress of the experimental and theoretical study of electrochemical oscillations.
从实验和理论两个方面对电化学振荡的研究进展做了介绍。
2.
Electrochemical oscillations are spatiotemporal phenomenna underconditions of keeping far away from equilibrium.
电化学振荡是电化学体系中远离平衡的一种时空有序的现象,常常出现在金属的电溶解与电沉积、有机小分子的电催化氧化、半导体电极和膜上的电化学等过程中。
3.
The profound study of electrochemical oscillations has important scientific meaning for recognizing the oscillatory phenomena, developing the dynamics of electrode processes and enriching the research content of non-equilibrium thermodynamics and nonlinear dynamics.
电化学振荡的深入研究,对于认识电化学振荡现象,发展电极过程动力学,丰富非平衡态热力学、非线性动力学的研究内容具有重要的科学意义。
5) Limit-cycle electrochemical oscillation
极限环型电化学振荡
6) Torus-like electrochemical oscillation
环面型电化学振荡
补充资料:非自衡的非振荡过程
分子式:
CAS号:
性质: 有些过程在输入阶跃作用下,被控变量会一直上升或下降,直到极限值。
CAS号:
性质: 有些过程在输入阶跃作用下,被控变量会一直上升或下降,直到极限值。
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