By temperature nodal data and temperature graph, the rules of temperature field distribution and the trends of temperature change were discussed.
根据生成的温度云图、路径数据映射曲线图等结果文件，分析了温度场在空间上的分布规律，以及温度随时间的变化趋势。
This stylesheet takes a document containing a number of elements of the form <temperature temp="30"/>, and translates them into a PostScript stack rendering a line graph of those temperatures.
此样式表将获取包含大量 <temperature temp="30"/>格式的元素的文档，并将其转换为呈现温度线图的PostScript堆栈。
The relative phenomenon and law during low temperature grain drying process can be observed timely and clearly from the graph produced by the computer without any complex data processing.
从计算机生成的图象中可及时、直观地观察到低温谷物干燥过程中的有关现象和规律，而无需冗繁的数据处理。
This system mostly realizes four functions: the inspecting temperature based on image, the storage on real time of dynamic data-base, creating parameter's graph and controlling the quantity of coal.
本系统主要实现四个功能：图像温度检测功能、动态数据库实时存储功能、参数曲线图生成功能和喷煤量的实时控制功能。
The three main ways of performing thermal calculations are by using a component derating number, or a graph of allowable power versus temperature, or a thermal model.
进行热计算的三个主要方法是通过使用器件降额值、随温度变化功率图或温度模型。
Variable graph of the temperature can be recorded rapidly.
可以快速记录燃气流温度变化曲线。
By using this graph, we can predetermine the retention time, exiting temperature or the humidity drop of the drying process easily.
利用这一关联图，可以简捷地预测需要的干燥时间，绵白糖在出口的温度，或者预测在一定条件下的干燥效果。
The graph of the most water-dissolving amount vs. temperature was drawn, and thereby the optimal emulsifying temperature was confirmed.
绘制出最大溶水量与温度的曲线，从而确定最佳乳化温度。
The graph shows the fluctuation of the temperature at each hour.
当作温度曲线图时，温度设定点与炼速是否记录于此图?。
A method of temperature computation of the switched reluctance motor is presented in this paper. The method based on heat circuit graph refers to the conventional motor.
在参考传统电机温升热路图模型的基础上，提出了开关磁阻电机热计算的方法，为开关磁阻电机的温升计算提供了依据。
Combining location message obtained by SKILL programming with the temperature rise of device, temperature distribution graph is found.
通过SKILL语言编程得到电路中器件的位置信息，结合温升最终得到电路的温度分布图。
Combining location message obtained by SKILL programming with the temperature rise of device, temperature distribution graph is found.
通过SKILL语言编程得到电路中器件的位置信息，结合温升最终得到电路的温度分布图。
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