Each step of the distillation walks along in the phase diagram at some selected point.
这是普通的蒸馏过程，蒸馏的每一步，都沿着相图中的一些选定的店。
All gas region of the phase diagram.
相图中完全是液相的区域。
You see deviation of that whole phase diagram, like you're pushing down on it.
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。
We also need to understand our architectural strategy for the DW, captured via the UML deployment diagram in Figure 3, which we also developed during the Inception phase.
我们还需要了解DW的架构策略，该策略要通过图3中uml部署图进行获取，该图也是我们在初始阶段所开发的。
It also shows a workflow synchronized with this breakdown presented by an activity diagram for one particular activity: the Inception Phase.
它还显示了一个由这一分解同步的工作流，而该工作流是由一个特定活动——初始阶段——的活动图表示的。
Note that the Change Control Rigor curve does not necessarily increase as rapidly in the Construction phase as the diagram depicts.
请注意：“变更控制的严格性”曲线并不一定如这张图表中所描绘的那样在构建阶段中如此快速地增长。
The relationship between the method above and the sequence diagram becomes even clearer in Figure 4, where we see a more explicit diagram such as you might use in the design phase.
上述方法和序列图之间的关系在图4中显现得更为清楚，我们在图4中看到了在设计阶段可能用到的更明确的图。
During the design phase, architects and developers can use the diagram to force out the system's object interactions, thus fleshing out overall system design.
在设计阶段，架构师和开发者能使用图，挖掘出系统对象间的交互，这样充实整个系统设计。
Going to make the same diagram, except now I'm going to use the gas phase as my reference point.
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。
Or if we drew a phase diagram, here's the line.
或者画一个相图，然后说这条线在这。
Next time we'll look at the total phase diagram, just like we did last time looking at both the liquid and gas coexistence curves, and seeing what the behavior is as a function of mole fractions.
下一次我们要来看看总的相图，就像我们上一次看,液体和气体共存曲线，看它作为摩尔分数的函数,是如何变化的。
To describe quantitatively throughout the entire phase diagram.
定量地描述，整个相图。
And depending on how much material I feel like I need to collect in the new phase, I can always determine that simply by reading off the phase diagram what the ratio of these two segment lengths is.
这取决于我想在新的相中，积累多少物质，只要在相图中直接，读出这两段的长度比，我总能决定出新的相中的物质含量。
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。
It's not easy to calculate a priori what it's going to do all the way across the phase diagram for any mole fraction.
对于任一摩尔分数，去预计它穿越相图，会做什么并不容易。
So, if we look at that, and just see what the phase diagram is going to look like, it's the following.
那么如果看那个，看看，相图会如何，是下面的内容。
So you can think of this as a phase diagram, kind of like you thought, you know this as a phase diagram It's got a coexistence line.
所以我们可以把这个当做是相图，就像你想的一样，这是一个相图,有一条共存曲线。
可以画出相图。
That means I could follow the same sort of procedure that I indicated before when we looked at the pressure mole fraction phase diagram.
这意味着我们可以用，之前压强摩尔分数，相图里类似的方法。
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.
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 we also drew a phase diagram to show how this vapor pressure lowering was going to imply freezing point depression and boiling point depression.
我们来画相图，蒸汽压下降，意味着凝固点降低，和沸点降低。
So. Let's just start somewhere on a phase diagram like this.
让我们从，这副相图开始。
yA And I just want to put this in the terms that are written here in the phase diagram.
是1减yB，And，yA，is，one，minus，yB。,我想把这个代入,写在相图中的项。
You then pass the two chunks to two separate XML input stages of the next phase to extract data for the table "S_CONTACT" and "S_ORDER". The job diagram is shown in Figure 33.
然后，将这两个块传递给下一个阶段的两个不同的XML输入stage，以提取“S_CONTACT”和“S_ORDER”表的数据。
Ok. Then you started looking at both the gas and the liquid phase in the same diagram.
好，然后在同一张图中，考虑气相和液相。
So I can draw a diagram that looks just like this except now with the X-axis being the gas phase composition.
这样我就可以做一个，和这个相似的相图，唯一不同之处就在于x轴代表气体组分比。
Because my X-axis is describing a phase which doesn't exist on the diagram.
因为我的x轴是描述一个，在这个图中不存在的相的。
The equivalent circuit, the phase diagram as well as the torque-speed characteristic in the braking state are obtained.
较完整地得出：处在能耗制动时，异步电动机特有的等值电路、相量图及机械特性。
The phase diagram of saliferous water-railway basis saltstone system was analysized.
对不同盐度洪水与铁路路基岩盐作用进行了相图分析。
The phase diagram of saliferous water-railway basis saltstone system was analysized.
对不同盐度洪水与铁路路基岩盐作用进行了相图分析。
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