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We could just collect a bunch of data. For a material .What's the volume it occupies at some pressure and temperature?
对一种物质我们可以得到一系列测量数据,在给定的温度和气压下,它的体积是什么？
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If we get the pressure in there just right, we will allow for gas electron collisions and then we get the glow that ultimately was sent through the slits.
如果我们把气压设置在一个适当程度，把气体电子碰撞也算在里面,我们得到的炽热,最终将通过裂缝传送。
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That little zero, that little superscript means one bar always. OK.
这个小上标的意思,是处于1巴气压下。
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It would be much better if you had a reference point that didn't care where the pressure was.
我们还需要精确地定义气压,你必须知道气压的大小,当然如果我们能找到一个。
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As we increase the voltage, we get to a critical value at which it is possible to actually draw electrons across the gap.
当我们增加气压时，我们得到了一个临界值，在这个临界值上,将电子吸引过来是完全有可能的。
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Now let's change the pressure and temperature and sweep through a whole range of pressures and temperatures and measure the volume in every one of them.
然后改变气压和温度,并且让气压和温度,取便所有可能的数值,测量相应的体积。
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There's hardly any vapor pressure above your ice water glass.
冰水混合物上方,水蒸气的气压非常小。
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It depends whether you're in Denver or you're in Boston.
00摄氏度,但沸点与气压有关。
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