So there was a good question in Wednesday's class about the DE Broglie wavelength and if it can actually go to infinity.

在周三的课上有个关于德布罗意波波长的问题，非常好，就是它能不能到无穷大。

youdao

De Broglie, 1924, in his PhD thesis says, if an electron has wave-like properties, this would be its wavelength.

1924年德布罗意在他的博士毕业论文中说道，如果一个电子具有类似波的性质，这就是它的波长。

youdao

And we can use the de Broglie relationship that wavelength should be equal to h and I want to make note that instead of writing joules per second, I actually wrote out with a joule is.

我们使用德布罗意关系式,波长等于,除以质量和速度的乘积，h，over，mass，times，volume。,我说明一点,我实际上经常写焦耳，而不是焦耳每秒。

youdao

So there was a good question in Wednesday's class about the de Broglie wavelength and if it can actually go to infinity.

在周三的课上有个关于德布罗意波波长的问题,非常好，就是它能不能到无穷大。

麻省理工公开课 - 化学原理课程节选

De Broglie, 1924, in his PhD thesis says if an electron has wavelike properties this would be its wavelength.

德布罗意，1924年在他的博士毕业论文中说到,如果一个电子有类似波的性质,这就是它的波长。

麻省理工公开课 - 固态化学导论课程节选

So that would probably be de Broglie's answer for why, in fact, we're not observing the wavelength behavior of material on a day-to-day life.

所以那就可能是德布罗意关于,为什么我们无法再日常生活中,观测到物质的波动行为的答案。

麻省理工公开课 - 化学原理课程节选