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They submit their data about their people, their users to us, so Baidu users can easily find information related to that.
校内网将用户数据提交给我们，这样，百度的用户就能够轻松,搜索到相关信息。
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And there just happens to be a major here which is a kind of an intersection of all those things.
现在有一门专业能够将这3门专业结合在一起。
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And en route we discovered that we can divide the Periodic Table into metals, 75% which is about 75% of the Periodic Table.
我们发现,我们能够将元素周期表划出金属，大概占。
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So, Piaget viewed the child as a scientist who developed this understanding, these schemas, these little miniature theories of the world.
皮亚杰将儿童视为科学家,认为儿童能够形成关于世界的,一系列看法,图示,或者说小型理论
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You can find that Box Computing efficiently connects enormous user request with the application providers.
框计算就会展现出高效的一面,能够将众多用户要求与程序提供者连结起来。
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What we're going to start with is discussing photoelectron spectroscopy, which is a spectroscopy technique that will give us some information about energy levels in multielectron atoms.
首先，我们将讨论,光电子能谱，通过这种技术,我们能够得到多电子原子的能级信息。
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It does so because there are some molecules in the surface of the membrane that allow glucose to move in and out.
而这个过程的完成依赖于,膜表面存在的一些分子,这些分子能够将葡萄糖运进或者运出细胞
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God can impart holiness to, he can sanctify, persons and places and things when they're brought into a specific kind of relationship with him, a relationship that's best described as a relationship of ownership.
上帝可以将神圣给予一些人、地方，和事物,如果它们能够和上帝产生某种特殊的联系，对这个关系的最好描述就是从属关系。
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So, the idea that theorists suggest-- and it may be unreachable-- but the perfect financial system would have all of our risks pooled completely.
理论家提出的这一理论-,可能无法达到-,但是一个完美的金融体系,能够将所有的风险完全分摊。
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You live long and up to see the fruits of it.
您将能够看到自己工作的成果。
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So suppose we eventually learn how to do this with humans.
假设我们最终能够将这技术用在人身上。
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What can actually happen is that if you're in an enormous laboratory, which is made up of an enormous object, then you will find that you can, in fact, attach it to the wall.
其实真实的情况就是,如果你在一个巨大的实验室里,这个实验室由巨大的物体组成,你就会发现能够,将它与墙相连
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That in many cases, I can gain efficiency if I'm willing to give up space. Having said that though, there may still be a problem, or there ought to be a problem that may be bugging you slightly, which is how do I guarantee that my hash function takes any input into exactly one spot in the storage space?
普遍存在的增益和权衡,在许多的例子中,可以通过牺牲空间而得到效率方面的增加,话说回来，仍然存在一个问题,或者应该会有一个问题困扰着你,就是我如何保证我的哈希函数能够准确将,任一输入映射到相应的唯一的存贮空间中去？
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But you know, I understand it's a challenge when you're coming from a language that doesn't have any concept of an article.
但是，我能够理解当你的母语没有冠词的概念时，它将是一个挑战。
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do the procedure on them and grow you a new heart for a transplant.
将其进行培养成能够适合你自己的移植心脏。
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and I'll be able to hold a conversation with anybody really about anything.
我将能够与任何人谈任何话题。
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And it just gonna be... I really look forward to having someone who I can keep speaking to, keep learning from, and keep sharing my ideas with, and keep having that open, just an open door.
将会是，我非常期待,能够有一个像他这样可以一直聊天，一直学习，分享我们的看法，一直可以对他敞开心门。
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It's a way of breaking the code up into modules. Modules that makes sense on their own. Modules that we can reuse in multiple places. Modules that, if you like, Isolate components of the process.
能将代码分解为模块,模块能够独自运作,我们能在很多地方再利用这些模块,如果你喜欢的话，模块可以被看作是过程独立的组成部分。
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We came up with this idea that we open up the interface so that people who owns the data, who owns the content, can submit it to us and we will integrate into our search results.
于是我们有了一个想法，开放一个接口,让拥有数据，以及容量的人，能够将其提交给我们,然后整合到搜索结果中。
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I've just copied it here so you could take a look at it.
我只是将它复制在这以便你们能够看到它
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Skinner came a bit late into this but the reason why we've heard of Skinner and why Skinner is so well known is he packaged these notions.
斯金纳算是这一学派中的晚辈了,但是何斯金纳能够被我们所熟知,能够声名远播的原因就在于,他将这些观点进行了一番整理。
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But, the real technology is-- the technology that works to eliminate risks is to spread them out, to pool them, to share them among many different people.
但是真正的技术-,能够降低风险,通过风险汇聚，将风险分散，让很多人共同承担。
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N 2 So any chemist should be able to just look at n 2 and know that it's a triple bond, but that's not something that we've learned how did to do yet, so let's go ahead and start a new topic that's going to allow us to have some sort of sense of what the valence electron configuration, which includes whether something's a single or double or a triple bond can be figured out for any given molecule.
任何一个化学家都应该能够仅仅通过看到2,就知道它有一个三键,但是我们还没学习如何做到这点，因此下面我们就开始进入一个新的主题,它将使我们能够有一定的认识,对于价电子的排布情况，包括可以对任何一个给定分子中的键是单键双键,还是三键作出判断。
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We're going to - one of the reasons why you'll see why cell mediated responses are important is because antigens can appear in your body in different ways.
我们将--,细胞免疫如此重要的一个原因是,抗原能够以不同方式出现在体内
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So if you could make a hepatitis B vaccine that didn't require a shot or that didn't require refrigeration, that would be a tremendous advance in spreading that vaccine through the world.
所以如果你可以开发出这样的乙肝疫苗,它不需注射就能接种,或者不需要冷藏,这样的巨大进步,能够将疫苗的使用普及至全世界
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And then we're going to try a demo to see if we can convince ourselves that the kind of calculations we make work out perfectly, and we'll do a test up here about half way through class.
然后我们将会尝试演示去看看,是否可以确信我们能够很好的,做出这个类型的计算，我们将在课程中做一个测试。
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On the other hand, these voices spoke of a faith born in that suffering which open them up to the presence of God and the ability to place their suffering into the context of Christ suffering.
但另一方面，这些声音也表明信仰的存在,它从苦难中诞生，使受苦的人们,向上帝敞开心扉,使其能够将自己所受的苦,与上帝所受之苦联系起来。
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The market portfolio is, if you took all the stocks and bonds, and oil, and real estate, anything that's available to invest in, in the whole world, put them all together in one portfolio.
市场组合则是，假设你在全世界范围内购买了所有，能够投资的股票，债券，石油和房地产，将他们放在同一个投资组合里。
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If that protein is an enzyme then you've and you've switched it from an 'off' position where it's not catalyzing a reaction to an 'on' position where it is, you've changed the biochemical state of the cell, you've changed the chemical reactions that can occur within the cell, and you've changed its behavior.
如果这种蛋白是一种酶的话,你就能够将酶从无催化作用的静息态,激活至能催化反应的激活态,你改变了细胞的生化状态,也改变了细胞内发生的化学反应,改变了细胞的行为
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If you could look inside a pre-synaptic axon terminal, you would find one of the characteristics is that it's loaded with these vesicles and they're just sitting there waiting to receive an action potential so that they can immediately dump their contents.
如果你能够一窥突触前的轴突末梢内部,你将会发现一个共同特征,神经递质都装载在小泡中,时刻准备着等待动作电位激活,以便迅速释放其内含物
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