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Repens L. and E. intermedia Nevski by using SSR, in order to provide science theories basis and base to further study E. repens L. drought resistance gene molecular marker, discover excellent drought resistance gene source , fast and efficiently select with the molecular marker of drought resistance gene catena for E.

通过对20 份来源不同的偃麦草与中间偃麦草种质材料在室内模拟逆境和田间干旱条件下进行抗旱材料的筛选和鉴定，应用SSR 技术对偃麦草抗旱分子标记进行引物筛选，为进一步深入研究偃麦草与中间偃麦草抗旱基因分子标记、发掘优异抗旱基因源，快速高效筛选出与偃麦草与中间偃麦草抗旱基因连锁的分子标记提供科学理论依据和基础。

After analyzing the structure of Faure sequence, the periodicity of Faure sequence and a fast algorithm of the sequence in modulo 2 are obtained.

通过分析Faure序列的结构，得到Faure序列的周期性以及模2下Faure序列的快速算法。

And then, a feasible solution using new protocol and compression technology is discussed.

文中从图像信息传输所采用的协议和压缩技术进行了分析，提出了一种通过改进协议和压缩技术实现图像信息高清晰快速传输的可行方案。

However, the study indicated that the fecundation ability was decreased no matter what cryoprotective mediums and what freezing methods were used, companied with the losing of proteins, changing of proteins expressing quantity and increasing or decreasing of the function and activity in sperm after cryopreservation. Now, the study is altering to exploit the essence of the change of protein structure and function, and elucidate the cryodamage mechanism of sperm cryopreservation, which may provide the basic theory for cryopreservation of boar semen and promote the rapid development of the technique of boar semen cryopreservation.

但研究表明，无论采用何种冷冻保护剂、何种冷冻方法都损害了精子的受精能力，并伴随有蛋白质的丢失、表达量的改变、功能活性的增减等，这种研究现状迫使该领域的研究向充分揭示冷冻对精子损伤的机理方向转移，希望通过揭示冷冻保存所导致的蛋白质结构和功能改变的实质，充分阐明冷冻损伤的机理，为猪精液冷冻保存提供理论依据，并最终促进猪精液冷冻保存技术的快速发展。

A simple model is applied to extract the kinetic rate constants of the permeation step. On the basis of the kinctic rate constants obtained, we can deduce that the equilibriums exist before and after the electronic transfer when using TMPD, and the apparent kinetic constant is larger than ferrocyanide in this step.

通过一个简单的模型可以解释TMPD的穿透过程，在TMPD电子隧穿的前后存在着单层膜和水溶液间的快速平衡，而隧穿作为决速步骤，其表观速率常数也比K3Fe6的大。

With the new isostatic pressing/robotic fettling system, tableware manufacturers can quickly and easily manufacture even difficult, irregular-shaped products that meet the high quality standards of today's consumers.

通过采用这种新型等静压/自动化修坯系统设备，餐具生产商能够快速、简单地生产出造型复杂、形状不规则的产品，以满足今天的消费者对高标准产品质量的追求。

Description: The bioactive factors can rapidly eliminate allergy, soothe the skin, improve the immunity of skin, repair damaged skin, promote the collagen synthesis of fibrocyte of skin tissue, improve the blood circulation of skin tissue, and reduce the release of cell histamine of skin. They have the efficacy of desensitization, can replenish water and nutrients, and add a natural barrier to sensitive skin.

产品说明：通过生物活性因子快速消除过敏现象，舒缓镇静皮肤，提升肌肤免疫力、修复受损细胞，促进皮肤组织纤维细胞的胶原合成，改善皮肤组织的血液循环并减少皮肤细胞胺释放，脱敏同时大量补充肌肤水份及营养给敏感性肌肤增加一道天然屏障。

In this paper, the development characteristics were studied to provide reference for the future development of track and field events in China.

通过对历届奥运会成绩的统计分析，用详实的数据来定量研究奥运会快速力量性项群的发展特征及其未来发展趋势，为田径运动的发展提供参考。

College of Guandong Business, Guanzhou 510320, China）Abstract: Since large-scale vertical quench furnace is voluminous, whose working condition is a typically complex process with distributed parameter, nonlinear, multi-inputs/multi-outputs, close coupled variables, etc, dynamically decoupling control algorithm of temperature distributed parameter system in the furnace was presented, by which the whole system was decoupled to several subsystems and the implementation of controller was simplified. With finite difference approximation, the space and time step size was solved to ensure the convergency of finite difference approximation. After decoupling, the subsystems were controlled with self-learning PID control algorithm. The results show that the temperature control precision and homogeneity are improved; the overshoot and process in temperature rising period are reduced simultaneity.

摘 要：针对大型立式淬火炉体积庞大，工况复杂，炉内温度分布呈本征非均匀性，具有多输入/多输出、非线性、强耦合等特性，难以实现炉内温度高精度高均匀性控制目标等问题，提出一种温度分布参数系统动态解耦控制算法，其原理是：采用有限维逼近方法将对象解耦为多个独立的子系统，简化控制器的实现过程；通过分析有限维逼近方法的收敛性，获得保证收敛性的空间和时间步长应满足的条件；解耦后的子系统采用自学习PID控制算法，实现炉内温度高精度和高均匀性控制以及升温过程的快速性和小超调。

The approach of computational simulation is the finite element method.The whole research is combined by the following three parts. In part one, a program on quadtree method is compiled. It can automatically generate planar structures with all-quadrangular, good quality elements in high speed, and it can create data files on information of elements and nodes, which provide the foundation for finite element analysis. In part two, a program on finite element calculation is compiled by object-oriented method, During the simulation of fracture, the displacement and stress are calculated by the program.

本文的工作可分为三大部分：第一部分编制了四叉树法程序，通过它可对平面结构进行单元离散，快速自动生成质量较好的全四边形单元，并获得离散后的单元信息和节点信息，为有限元计算打下基础；第二部分利用面向对象方法编制了有限元计算程序，在破坏模拟过程中，利用它进行位移、应力分析；第三部分对脆性材料的破坏过程进行了模拟。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。