退火的

The effect of training, prestrain amount and recovery annealing temperature on the shape memory effect, the absolute shape recovery ratio , and the superelasticity of Fe14Mn6Si9Cr5Ni alloy is studied.

研究了训练、预应变量和退火温度对Fe14Mn6Si9Cr5Ni合金的形状记忆效应、绝对形状回复率和超弹性的影响，测定了合金的蠕变和应力松驰特性，讨论了降温ε马氏体对形状记忆效应的间接贡献。

At the first step,experiments conducted on synthetic data are used to assess the ability to recover rupture slip details and teleseismic body waves.

使用的是一种基于小波变换的模拟退火非线性反演方法，我们将主断层划分成若干个小的子断层，在反演时同时确定每个子断层上的滑移量、滑动角、上升时间以及平均破裂速度。

The results show that the magnetization of Fe overlayers iscrucially determined by the state of GaxS passivation layer and the presence of excess Asafter the anneals.

着重分析了S钝化GaAs衬底的表面化学结构与Fe薄膜磁性质之间的联系，表面化学特性的改变通过改变钝化表面的退火温度来实现。

The results show that some twin crystals and honeycomb structures appear in the shear plane and many kinds of deformation mechanism exist such as extruding, kinking and so on. When annealed at 550 ℃ for 2 h, the recrystal gains are observed in the shear plane. Especially the side receives the cut of guillotine, the size of recrystal grain is very thin, corresponding with the recrystal grains obtained by cold rolling at 80% deformation rate.

结果表明：经剪切变形后，切面处形成一种独特的带状变形孪晶和蜂窝状变形组织，且存在挤压、扭折等多种变形机制的作用；合金在550 ℃退火2 h后，切面出现许多再结晶晶粒，且在承受剪床切口的一边再结晶晶粒非常细小，相当于冷轧变形80%后的再结晶晶粒尺寸。

I have used in the production of advanced smelting, casting, extrusion, drawing, annealing, pickling, precision mold processing equipment, with advanced quality testing equipment and production technology, combined with modern management model to produce high-quality products.

我公司在生产上采用了先进的熔炼、铸造、挤压、拉伸、退火、酸洗、精密模具加工设备，配备先进完善的质量检测设备与生产技术，结合现代化的管理模式来生产出优质的产品。

The sticking of cold rolled strip is related with the physical properties of strip itself and stress, which is in～duced by coiling, cooling, harmful shape, convexity, annealing, uncoiling and the coarse degree of strip surface and strip strength.

分析了宝钢冷轧薄板粘结的形成原因，与生产中各工序产生的应力和带钢本身的物理性能有关，即与轧机卷取应力、轧后冷却应力、板形应力、板凸度应力、退火过程内在热应力、平整开卷应力、带钢表面粗糙度和带钢的强度有关。

The invention has the technical scheme that SIMOX or SIMNI technology in SOI process is locally used for perpendicular conducting power devices, while in conventional power JFET manufacture process, the buried local insulating layer is formed by insulating barrier layer growing, gate area doping window etching, ion injection and high temperature annealing.

其技术方案是：将SOI工艺中的SIMOX或SIMNI技术思路以局域化的方式用于纵向导电的功率器件，在制造功率JFET的常规工艺流程中，通过安排绝缘阻挡层生长、栅极区掺杂窗口刻蚀、离子注入和高温退火等四个工艺步骤，来实现隐埋局域绝缘层。

The results show that the cubic texture with columnar structure is obtained in the Fe-(3.2%Si) electrical steels through temper rolling and final annealing of primary recystallized sheets.

结果表明，对含碳量较低的Fe-3.2%Si铁硅合金的初次再结晶组织施加小形变量形变和退火后，可以得到具有柱状晶结构的晶粒组织，并且得到比较集中的立方织构。

But the transformation mechanisms of the films under these thermal annealings and ion implantations are actually different, although the observed phenomena look similar.

但是，尽管观察到的DLC膜的热退火效应与离子注入效应相似，二者的相变机制实际上是不同的。

According to the variable parameters, which are continuum or discrete, an algorithms are over viewed, such as homogenization method, variable density algorithm, variable thick algorithm, moving asymptotes algorithm, simulated annealing algorithm, genetic algorithm, relative difference quotient algorithm and Tabu search technique.

按照设计变量，叙述了连续变量和离散变量拓扑优化设计的一些常用算法，其中包括均匀化方法、变密度法、变厚度法、移动渐进算法、模拟退火法、遗传算法、相对差商法和Tabu搜索法，并对各种方法的优缺点进行了比较；对二维和三维复合材料的拓扑学优化设计研究现状和方法进行了阐述；提出了拓扑优化设计复合材料的未来研究方向。

On the other hand, the more important thing is because the urban housing is a kind of heterogeneity products.

另一方面，更重要的是由于城市住房是一种异质性产品。

Climate histogram is the fall that collects place measure calm value, cent serves as cross axle for a few equal interval, the area that the frequency that the value appears according to place is accumulated and becomes will be determined inside each interval, discharge the graph that rise with post, also be called histogram.

气候直方图是将所收集的降水量测定值，分为几个相等的区间作为横轴，并将各区间内所测定值依所出现的次数累积而成的面积，用柱子排起来的图形，也叫做柱状图。