The number of writhe induced by acetic acid decreased significanlty and the pain threshold of temperature stimuli increased markedly in mice when administrated with FGC (100, 300 mg·kg-1 FGC (300 mg·kg-1) also prolonged the latency of writhe.
FGC 100 mg·kg-1和300 mg·kg-1能有效抑制小鼠毛细血管通透性，提示该药有抗炎作用。镇痛实验中，FGC 20 mg·kg-1和60 mg·kg-1可明显减少甲醛致痛大鼠抬足次数，FGC 100 mg·kg-1和300 mg·kg-1能明显提高热板致小鼠痛阈，减少扭体次数； FGC 300 mg·kg-1组还能显著延长扭体潜伏期。
The structure, operation principle and present situation of the symmetric structure FGC are introduced emphatically.
着重介绍对称结构光纤光栅耦合器的结构、工作原理和研究现状。
The addition of FGC retains the original performance and in worst cases provides significant efficiency improvement.
此外，烟气调节器还保留了原有的性能和在最坏的情况下也能提供显著的效率的功能。
Above all, the process of FGC was briefly explained so that the questions and their demands could be clearly understood.
文中首先简要描述了冷连轧机动态规格变换问题，明确了所要研究的基本问题和目标。
Therefore, research on FGC in TCM is vital important to increase of its yield, improvement of its product quality, etc.
研究冷连轧机的动态变规格技术，对于维持轧机的正常生产，实现全连续轧制，提高产品产量、质量，都具有非常重要的意义。
Simulation results showed that it endowed the mill with more satisfactory performances during FGC process.
第5章则是在第4章所提方法的基础上，采用了鲁棒性较好的广义预测控制算法设计了动态变规格的预测解耦控制器，进一步改善了变规格时的系统性能。
The chief research work are constituted by three parts as follows:Part one mainly analyzes and studies current technique of FGC in TCM.
论文的主要内容包括以下三部分：第一部分主要是对冷连轧机动态变规格的现有技术方案的分析研究。
Results:The death density of half cell effect of FGC 6 on H22 cells was 240mg/mL.
结果：FGC6对H22细胞的半数致死量浓度为240mg/mL。
A strategy and principle of the optimization of pass schedule named equal reduction were first proposed in order to reduce the time of Flying Gauge Control and improve the stability of FGC process. An actual example was given, and the changes in rolling force and gauge during FGC were simulated.
为了在短时间内顺利实现带钢规格的变换，提高变规格过程的稳定性，提出了一种等压下系数的动态变规格规程设计策略和原理，给出了设计计算实例，与常规规程设计策略计算结果进行了对比，并对过渡过程各机架轧制力和出口厚度的波动进行了仿真计算。
Research on the Security Framework of Wireless Sensor Network Based on FGC
基于FGC的无线传感器网络安全结构研究
FGC control is one of the core technology of the continuous tandem cold rolling mill, and it is a complex process with the trait of multi-variable coupling and non-linear time-changing.
冷连轧机动态变规格技术是全连续冷连轧生产的核心技术之一，是一个具有多变量耦合和非线性时变特性的复杂过程。
Therefore, researches on the rolling force preset of FGC in TCM is vital important to increase its yield and improve its product quality, etc.
因此，研究冷连轧机的动态变规格轧制力预设定问题，对于维持轧机的正常生产，实现全连续轧制，提高产品质量和产量，具有非常重要的意义。
Tension Calculation Model and Setting During FGC Process in Cold Strip Rolling Design of the main structure parameters of tension roll assembly in cold mills CAL
冷连轧动态变规格张力计算模型及设定研究冷轧连续退火机组中张力辊组主要参数的设计
Super-mode theory is used to analyze the symmetrical FGC based on 100%.
使用局部耦合超模理论，对基于100%耦合器的对称型FGC进行了光传输分析。
The conflict in the reliability with the complexity of FGC system constructed by VLSI circuits is discussed;
分析由超大规模集成电路构成的第五代计算机中的可靠性与集成度间的尖锐矛盾。
We analyze ID-based key management schemes, grid clustering routing algorithm (FGC) for wormhole attack in wireless sensor networks.
针对无线传感器受到蠕虫洞攻击的问题，我们分析了ID密钥管理方案、网格分簇路由算法（FGC）等。
Starting from the formation of wedged transitional zone and its parameters calculation strategy, the time choosing of transform is studied. Then the basic control strategy and control law are analyzed. Then a study of the model of tension calculation is carried out of FGC.
从楔形过渡区的形成过程及其参数的计算方法入手，研究动态规格变换的时机选择问题，并分析了动态变规格的基本控制策略和控制规律；接着对动态变规格时的张力计算模型进行研究。
We found that the control strategy which was composed of sectional PID control and flying gauge change (FGC) control can get a good performance.
而在实际调试过程中发现采用分段PID控制方法和动态变规格控制方法相结合的控制策略具有很好的控制效果。
Precision of rolling force preset is an important factor affecting the precision of thickness and flatness of coiling, so, improving the precision of rolling force preset is an important problem of FGC.
其中，轧制力预设定计算的精度是影响规格动态变换精度及轧出带钢头部厚度、板型精度的主要因素之一，所以提高轧制力预设定精度一直以来都在动态变规格研究中占有重要的地位。
The key to control flying gage change (FGC) on a tandem cold mill is to deal with the intercoupling between the process variables, such as thickness, stress and so on.
冷连轧动态规格变换过程实现控制的主要困难在于冷轧过程中厚度、张力等被控变量之间的相互耦合作用。