The medium-range order zones of about 1-2nm size were observed in the Mg65Cu25Gd10 glassy alloy after structural relaxation caused by annealing for 180s at 305K.
研究发现，非晶合金在305K下保温180s发生结构驰豫后，出现约1-2nm的中程有序畴。
This means that at lower annealing temperature, the pressure promotes the structural relaxation and the nucleation of crystals, but suppresses the growth of crystals by limiting the long distance diffusion of atoms in the amorphous with further increase of pressure.
这意味着，在较低温的退火高压有助于结构驰豫与晶体的形核，而更高压又限制原子的长程扩散，即对核的生长等不利。
Accommodative monetary conditions and a sharp and largely structural relaxation of fiscal policy likely reduced the extent of the slowdown.
适宜的货币环境和主要从结构上明显宽松的财政政策，可能减小了经济增长速度放慢的程度。
The results show that the structural relaxation of the surface reduces the system energy of the substrate.
结果表明，结构驰豫使系统能量下降，原子向表面一侧扩散。
Structural relaxation of silica glass can cause a change in its structure and performance, so as to influence the stability of performance.
石英玻璃的结构弛豫伴随其结构与性能的变化，影响玻璃使用性能的稳定性。
To ensure the sealing reliability of rubber seal structures and avoid sealing failure caused by the design based on experience, the numerical simulation method is used to analyze the effect on the structural sealing performance, which is generated by the shape of rubber seal ring and the stress relaxation of material.
中文摘要：为确保橡胶密封结构的可靠性，避免因经验设计带来的密封失效，在考虑丁基橡胶材料的超弹性和黏弹性的基础上，采用数值模拟方法分析密封环的形状、密封材料的应力松弛等因素对结构密封性能的影响。
Associated with the molecular statics relaxation method, a computer modelling technique was provided for the study of structural characteristics of nanocrystals.
结合分子静力学的原子弛豫技术提出了一个对纳米晶体的原子结构模型及性质进行研究的计算机模拟方法。
The producing process of structural stress was simulated, where 567℃was found out to be the temperature, at which structural stress generates and expansion coefficient of float glass diminishes. That is to say the stress appears before the glass ribbon enters region B. However, the cooling rate in region A is greater than that in region B, and this is unfavorable to the stress relaxation.
模拟了结构应力的产生过程，发现结构应力产生于玻璃膨胀系数开始变小的567℃，也就是说玻璃在进入退火窑B区之前就有应力产生，而A区的冷却速度比较快，这对于玻璃的退火是不利的。
The Structural Studies on the Ferrichrome Analogue by~1H-NMR Relaxation Rate
~1H&NMR弛豫速率法研究模拟正铁色素的结构
They were randomly assigned to one of three treatments: structural massage, relaxation massage, or usual care.
他们被随机分配到三个治疗小组：结构按摩，放松按摩，或常规治疗。
The different change laws of metal-metal type amorphous alloys were observed. The experimental results-were discussed in connection with the toplogical short range order and the chemical short range order in the process of structural relaxation and the corresponding crystallization mechanism.
发现些与金属-金属型非晶态合金不同的变化规律，并结合在结构弛豫过程中所发生的拓扑短程有序化和化学短程有序化，以及相应的结晶化机制，对实验结果作了讨论。
Just make use of common structural optimization software for the corresponding continuous optimization problem solving, the relaxation problem can get the optimal solution, with Branch-and-Bound Method the original discrete problems can seek the optimal solution.
使得只需利用通用结构优化软件求解相应的连续优化问题即可求解原问题松弛问题的最优解，结合分支定界法可以求得原离散问题的最优解。
The resistance change of Pd-Si-Cu metal glass during temperature elevating in different states has been determined, the effect of quenching velocity and cold working on structural relaxation spectrum has been studied.
测定不同状态的Pd-Si-Cu金属玻璃等速升温时的电阻变化，研究淬火速度和冷加工对其结构弛豫谱的影响。
The relation of quenching velocity and cold working to structural relaxation spectrum of Pd-Si-Cu metal glass
淬火速度及冷加工与Pd-Si-Cu金属玻璃结构弛豫谱之关系
Inthe present paper, a brief description of the behavior in the relaxation process is given, and some possible physical models for structural change are discussed.
一为结构弛豫的物理解释。本文简述了弛豫过程的行为，讨论了结构变化的几种可能的型式。
The data on the dielectric relaxation spectroscopy were analyzed by using an dielectric model based on the interfacial polarization theory, the structural parameters of the concentration polarization layer and the capacitance and conductance of the bulk solution phase were obtained.
利用建立在界面极化理论基础上的介电模型对介电谱进行了解析，获得了特征浓度极化层构造的参数和体系的其它相参数。
This single electron oxidation reaction, molecular ionization, occurs in two steps. The first one is the vertical ionization with the formation of transient cation which are followed by the second step & structural relaxation of the transient cation, resulting in steady-state cation or ion decomposition.
分子电离通常可以认为分两步来完成，第一步是垂直电离，形成瞬态阳离子。而后发生结构松弛，产生稳态阳离子或导致离子解体。
Thermally Stimulated Current (TSC) is an efficient method to study the dipole relaxation, trap parameters, the deposition and motion of space charge, the structural relaxation and transverse of polymer, motion characteristic of molecular, and so on.
热激电流方法是用来研究高聚物内偶极松弛、陷阱参数、空间电荷的贮存和输运以及聚合物结构松弛与转变、分子运动特征等的有效方法。
In this paper, it is pointed out that mechanical relaxation causes internal friction and its internal factors are the structural property and structural defects of the material.
力学弛豫引起内耗，内耗产生的内在因素是材料的结构特点和结构缺陷。
Three exothermal peaks with different intensity appear in the DSC heating-up curves of MA powders. These peaks correspond to structural relaxation of distorted nanocrystalline supersaturate solid solution, nanometer grain growth and phase decomposition of solid solution, respectively;
在MA粉末DSC升温曲线中，分别出现3个强弱不一的放热峰，依次发生了畸变的纳米晶过饱和固溶体的结构弛豫、纳米晶粒长大以及固溶体的相分解过程；