relaxation mechanism

The co-existence of Biot dissipation mechanism and thermal relaxation mechanism results in the appearance of two attenuation peaks in the attenuation curve of the saturated rock, i.e., the Biot peak and the thermal relaxation peak.

Biot耗散机制和热弛豫机制的共同存在使得饱和岩石的衰减曲线出现两个衰减峰，即Biot峰和热弛豫峰。

Study on Cyclic Stress Relaxation Mechanism of Elastic Material

弹性材料动态应力松弛机理的研究

A "local thermal flux" mechanism is proposed to explain the thermal relaxation mechanism.

提出了一个局部热流的概念来解释热弛豫机制。

On the other hand, as the working frequency of the GMR devices and magnetic recording media shifts towards microwave region, the study of the mechanism of magnetic relaxation in metallic ferromagnetic thin films becomes increasingly important.

另一方面，由于磁记录正向超高速度方向发展，磁头和磁记录介质的工作频率将越来越高，所以对磁弛豫机制的研究变得越来越重要。

The enhancement mechanism of hybrid fiber was investigated by observing the SEM photos of cross section. The main factors affecting the hybrid effect coefficient were presented and the relationship among this coefficient, transverse tensile strength and stress relaxation rate of NAFC materials was discussed.

利用扫描电镜（SEM）分析了材料拉伸断面形貌，探讨了混杂纤维增强机制，分析了混杂效应系数的主要影响因素，研究了混杂效应系数与材料横向抗拉强度和应力松弛率之间的关系。

Objective This study was designed to observe the effects of endothelium-derived hyperpolarizing factor ( EDHF) on the tension of rabbit mesentery arteries in vitro and to probe the mechanism of vessel relaxation induced by EDHF.

目的探讨内皮依赖性超极化因子（EDHF）对血管平滑肌张力的影响。

The fixation mechanism of ACQ constituents in treated wood was determined with the help of FTIR analysis and tensile stress relaxation analysis.

通过FTIR光谱分析及应力松弛分析等手段考察了ACQ组分在杉木处理材中的固着机理。

It reviewed the application of gradual muscular relaxation training to control anxiety of patients from four aspects as the generation and development, mechanism, implementation and effect on anxiety control of gradual muscular relaxation training.

从渐进式肌肉放松的产生和发展、原理、实施及控制焦虑的效果4个方面对渐进式肌肉放松在控制焦虑中的应用进行了综述。

The fracture mechanism of PVC under applied load and the cause of' stress relaxation under high speed tension load are discussed.

探讨了PVC在外加载荷作用下的断裂过程和高速拉伸的应力松驰现象的产生机制。

In our theoretical approach, the relaxation mechanism of the quasi-positronium ( qPs) in alkali halides has been studied.

理论上研究了碱卤晶体中准正电子偶素（qPs）的弛豫机制。

Were analyzed the relaxation mechanism, the relation between Debye relaxation& Maxwell-Wagner effect.

分析了BTO/LAO超晶格中的弛豫机制、Debye弛豫效应与Maxwell-Wagner效应之间的关系。