趋势线

Based on the status quo and development trends of Shenzhen's rail transit system, this paper analyzes problems of the AFC system in the transition period from single-line to multi-line operations.

基于深圳市轨道交通现状及发展趋势，分析了AFC系统由单线运营转向多线运营所存在的问题。

The results consist with normal characteristics of magnitude and tendency of refractive index structure constant varying with height, but there are differences among these places.

预报结果符合折射率结构常数随高度变化的量级和趋势的一般特征，但各地的廓线形状存在差异，简要分析了差异产生的原因。

All of these achievements push the development of applied synchrotron radiation techniques, including synchrotron radiation beamline technique.

这一发展趋势强劲地推动了同步辐射技术的发展。同步辐射传输技术或者称同步辐射光束线技术就是其中之一。

The four sets of stator bars including those retired from three large generators and the standby bar subjected to Dynamic Mechanical Analysis, Scanning Electron Microscopic and optical microscope observation. It was revealed from DMA that the peak value tan d m of mechanical loss thermogram tan d ~ T shift toward a higher temperature and a lower amplitude, indicating that the amount of movement monomers diminished greatly in the insulation aging process, the tan d 195, increased very slightly with the service time of insulation, showing the degrading of bonding properties at interface, and the presence of more defects in insulation. The observation of SEM and optical microscope showed that more and more voids appears in insulation, and delamination was formed due to development of voids in aging process.

对不同运行年数的线棒进行了 DMA 、 SEM 、光学显微镜等微观分析试验，动态力学分析发现(参见 Hao et al， CEIDP， 2002：404)，力学损耗温度谱 tan d ~ T 的峰值 tan d m 随老化时间向高温、低值方向移动，表明促成环氧发生玻璃化转变的活性侧基或发生局部运动的活性链段减少，分子链的刚性增强；195℃的力学损耗 tan d 195随老化时间有缓慢增大的趋势，表明有更多的能量耗散在界面处，界面的粘合性变差，甚至由于界面粘结不良出现微观缺陷； SEM 和光学显微分析发现(参见 Hao et al-2， IEEE DEI， 2003)，老化后的绝缘气隙增多，随着老化时间气隙不断扩展或相互连通，绝缘逐渐分层。

Some of large cities in China have already built the urban rail transit line net, and are aheading to the direction of rail network.

目前我国一些大城市的轨道交通线网已初步形成，正向路网规模的趋势发展，对线网换乘问题的解决越来越紧迫。

Is likely to fan the trend line of 4 points in 2000 near the location of the resistance.

球迷很可能在2000年的4个点附近的趋势阻力线的位置。

Understand the development and construction of the trend volatility line.

理解趋势波动线的形成与构成。

It is in an uptrend; prices on the weekly charts had pulled back into the sweet zone and ticked up.

它是上涨的趋势，周线图上的价格回调到有价值的区域并上涨。

For vortex-liquid phase,the E-J relation could be described according to the Kim-Anderson model:U=U0(1-J/JC).While for vortex-glass phase,the electric field decays verydramatically with decreasing current density,so it is difficult to be observed with theinstrument has limited precision.In the intermediate current region,the E-Jrelations of the both phases could be fitted in terms of a phenomenological model:U=(U0/μ)[μ-1],it was concluded that the sign of μ-value changes fromnegative to positive when the temperature decreases lower than the glass-transitiontemperature Tg,meanwhile,the activation energy U enhances dramatically.Whilein the large current region,Zeldov's logarithmic model was suitable for fitthing theE-J curves of the both phase.Moreover,there was no abrupt change of U or thecharacteristic current density IC.However,the effective radius of vortex line variesremarkably around Tg.

对于涡旋液体相，小电流区的E-J关系可以用计及反跳的Kim-Anderson模型U＝U0(1-J/JC)来描述，而对于涡旋玻璃相，小电流区的电场随电流密度减小而迅速衰减，以致很快脱离了实验测量精度的范围；在中等电流区，两相的E-J关系可以用共同的唯象过渡模型U＝(U0/μ)[μ-1]来拟合，得到在玻璃转变温度Tg两侧μ值由正到负的变化，同时激活能U在Tg以下迅速升高；在较高电流区，两相的E-J关系可以很好的用Zeldov对数模型来描述，拟合结果表明U在Tg两侧的趋势没有明显变化，但是涡旋线的有效半径发生了显著变化。

From true data processing, it can acguire abundant electrical information for all exploration area, which can not only reveal well-marked the electricity tendency of this distract under the line, hold and recognize the distribution of the electrical property objectively and completely, but also grasp some subtle geological information.

从实例处理来看，能为整个勘探区提取更丰富的电性信息，不但突出了整条测线的地下电性趋势，更客观、更全面地把握和认识勘探地区的电性分布规律，而且从宏观上把握了一些比较隐蔽的地质现象。

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。