或者画一个相图，然后说这条线在这。
现在我可以对糖水画出相同的相图。
他们都和这个相图相联系。
可以画出相图。
在这样的相图中，改变压强时如何追踪上面发生的变化。
How to follow events on them as you change pressure in a diagram like this.
最后我们构造了可能的磁相图。
并给出了射影平面上的所有相图。
文中给出了不同参数空间的相图。
同时探讨了相图的某些规律。
同时探讨了相图的某些规律。
以面积法为基础提取金相图像的特征参数。
地质学家利用热力学相图推测地球的演变过程。
Geologists use thermodynamic phase diagrams to understand processes in the earth.
本文利用相图讨论了一个反射光点的振动问题。
The vibration of reflected light spot is discussed based on phase diagrams in this paper.
金相图象特征信息提取是进行金相分析的关键。
The extracting features of metallography is the key to metallographic analysis.
相图上呈现两个两相共存区域和一个单相区域。
There are one single_phase region and two two_phase regions in the phase section.
研究区域的沉积相图，是沉积相研究的重要成果。
Diagram of deposition facies in studied area is an important achievement of depositional facies study.
如果有正偏移，我们看到的就不是正常的相图，而是像这样子。
And if you have a positive deviation, instead of having a usual phase diagram, you're going to get something that's looking like this.
你们到现在所学的所有东西，都可以用在这些相图上。
And everything you've learned so far can be applied to these diagrams here.
用相图法分析讨论了有阻尼无驱动单摆的运动规律。
The paper discusses the law of the damping-without-drive simple pendulum motion through phase-graph method.
其实我根本不看我的星相图，而马克认为这完全是浪费钱。
'I don't even read my horoscope and Mark thought it was a complete waste of money.
为了制成相图，对许多不同组成和温度重复进行操作。
This is repeated for many different compositions and temperatures to generate the phase diagram.
这就是我们在整个相图里看到的偏移，就像有人在把曲线往下推一样。
You see deviation of that whole phase diagram, like you're pushing down on it.
从金相图可看出，低压烧结试样中的WC晶粒细小、均匀；
The metallographic figure showed that the WC grains were fine and uniform.
从三元相图的平衡曲线看，所用萃取剂具有较好的萃取性能。
The ternary phase equilibrium charts showed that the chosen extractants were efficient and practicable.
在三元相图中，每一种团簇与第三组元连接构成一条团簇线。
Each cluster was then connected to the third element in the ternary diagram to create a cluster line.
然后就可以做出相图了，唯一不同的是我这里用气相作为我的参考点。
Going to make the same diagram, except now I'm going to use the gas phase as my reference point.
因为这个共存曲线，相图和克拉珀龙方程，都是对纯物质得到的。
Because this gas liquid coexistence line, this diagram, and this Clapeyron equation, is all done for a pure substance.
我们通常的相图是这样，这个轴是温度轴，这个轴是压强轴，这里是三相点。
So our usual phase diagram here with temperature on this axis here and pressure on this axis here, and we've got our triple point sitting here.
我们通常的相图是这样，这个轴是温度轴，这个轴是压强轴，这里是三相点。
So our usual phase diagram here with temperature on this axis here and pressure on this axis here, and we've got our triple point sitting here.
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