So, this again, takes advantage of those great unique properties of transition metals, which we'll talk about in this course.
这同样也是利用了,过渡金属的独特性质,这个我们在以后的课程里也会讲到。
You know, so that, I think, is a major transition from one to the other.
所以,我想,这是从一个地方到另一个地方的主要过渡。
It has two irons that are involved in doing the chemistry, so it includes transition metals.
反应中有两个铁原子参与,因此她还要了解过渡金属。
You start off with a transition period when you're falling asleep. We call that stage I.
一开始是过渡期,你开始进入睡眠状态,这是第一阶段。
So it's a seamless transition and experiments are done in context.
这就是一个无形的过渡,实验是在一定背景下完成的。
So let's transition from these lower level details.
所以,让我们从这些低级别的设备中过渡出来。
So, this is kind of a transition week.
本周将算是一个过渡期
Now, think what's at stake here in this worldview, especially as we transition next Thursday to a developing though by no means unanimous or homogenous northern worldview in which reform impulses get embedded.
想想在这种世界观中最薄弱的是什么,特别是我们下周四要过渡到,一个发展中的并非统一或同质的,嵌入了改革的冲动的北方世界观
And in the second half of this course, talk to us about transition metals in depth, and that's when we'll really delve into d orbitals.
在这个课程的后半部分,会深入的讲到,过渡金属,这时候,你们可以研究d轨道。
So, my final example is from Alan Davidson's lab, and Alan is an inorganic chemist -- he loved those transition metals and they're unique properties, and he designed this compound, it's called Cardiolite, Cardiolite and it's used in heart imaging.
最后一个例子是Alan,Davidson实验室,他是个无机化学家-,他喜欢研究过渡金属,和它们的奇特性质,他设计了这种化合物,叫做。
But if you've looked at more recent or if you've looked at friends who relatively recently signed ID up for Facebook, their profile IDs which you sometimes see in the URL are actually pretty long and that's because I believe at some point they did transition longlong to 64-bit values which tend to be called long longs.
但是如果你看过最近的【听不见】,如果你访问了最近在Facebook上留言的朋友,你会发现,可以从URL上看到他们的配置文件,很长很长,那是因为,可能在某个时间点,他们已经过渡到,64比特了,也就是所谓的。
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