Anyway, if you go to your Periodic Table you will find that on the one side you can get what is called the enthalpy of atomization.
如果你看元素周期表,你会在这一侧发现,这是原子化焓。
Anyway, you can see that in this passage on page 722, Gadamer is describing the circularity of our reading, and he's describing it in a way that may raise certain concerns for us.
无论如何,大家可以在722页上看到,伽达默尔描述了我么阅读的循环,他描述这种循环的方式可能会引起我们的关注。
You can have your own mnemonic device to figure that out, but anyway.
反正你可以用你自己的记忆方法,来解决这个问题。
They had a little bit of a problem around World War II and you can try to bridge the gap, but--anyway, there are people who have tried to sort this out.
他们在二战期间的数据可能有所缺失,不过可以试着弥补这个缺失,但是,无论如何,仍然有人想方设法整理这些数据
So, hopefully that kind of clears up that question. And, of course, when the velocity actually is zero, this equation that the de Broglie has put forth is valid for anything that has momentum, so if something does not have any velocity at all, it actually does not have momentum, so you can't apply that equation anyway.
能回答你的问题,当然,如果速度真的是零的话,德布罗意提出的这个方程,只对有动量的物体成立,所以如果一个东西没有速度,它没有动量,也就不能应用这个方程。
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