本文为您带来单键的英文翻译，包括单键用英语怎么说，单键用英语怎么说，单键的英语造句，单键的英文原声例

本文为您带来单键的英文翻译，包括单键用英语怎么说，单键用英语怎么说，单键的英语造句，单键的英文原声例句，单键的相关英语短语等内容。

单键的英文翻译，单键的英语怎么说？

单键的英语网络释义

(E)表示,这里s代表的是单键(single bond )的意思.通常s-顺比s-反稳定,但是二者的转化需要能量,s-反不容易反生diels-alder.

... 单球monosfera 单键monotasto 对角线的diagonale ...

... semi-precious 瀭 stone 亚宝石 single e bond 单键 slippery y 光滑 ...

单键的汉英大词典

单键的英语短语

单键的英文例句

我们来考虑一下如何划分单键、双键和三键。

Let's think about how we can classify single and double and triple bonds,.

如果来我们看一下单键，让我拿个分子。

So, if we take a look at what a single bond is, and let me grab some molecules here.

每行包含它所属订单的订单键。

Each row contains the order key of the order it is part of.

删除过时的火炬从输入菜单键。

Removed deprecated Torch key-binding from input menu.

到目前为止，我们还只是，看到了成单键的情况。

So far we have looked only at the formation of single bonds.

还记得，每次我们有两个电子被共用，我们就有了一个单键。

Remember, every time we have two electrons that are being Shared, that's a single bond.

按菜单键选择设置。

Press the "Menu" button and select Settings.

组合键必须由零或多个组合键和一个单键组成。

Key combinations must consist of zero or more modifier keys and a single key.

单键启动任何用户指定的应用程序，文件或网页。

One touch launch of any user specified application, document or website.

我们可以预测在锂中会看到一个单键，而实际上确实是这样的。

We would predict to see a single bond between lithium, and it turns out that's what we see.

你将看到更多当你点左下灰色三角键，然后试连接次菜单键。

You can see it more If you click the Double Triangles Button (on the lower left) and then try the connections submenu.

单键运行方法、类、命名空间、项目和解决方案中的单元测试。

Run unit tests within any method, class, namespace, project or solution with a single-click.

电控箱采用四位按钮独特的人性化设计单键操作，方便快捷。

Electric control box with four buttons a unique user-friendly design of one-touch operation, convenient and quick.

该组合键无效。组合键必须由零或多个组合键和一个单键组成。

This key combination is not valid. Key combinations must consist of zero or more modifier keys and a single key.

该对象只是将对象引用存储为简单键-值对的散列表或类似的集合。

The object is simply a hashtable or similar collection that stores object references as simple key-value pairs.

后将中心原子与其相邻原子之间，连上单键，然后减掉2个价电子。

OK, then it says draw a single bond from each surrounding atom to the central atom, and subtract two valence electrons.

因此如果我们看它的键长的话，它实际上比单键更短，却比双键更长。

So if we look at its length, it's actually shorter than a single bond, but longer than a double bond.

或者如果我们看键的强度的话，它实际上比单键更强，而比双键更弱。

Or if we look at how strong it is, it's actually stronger than a single bond, but weaker than a double bond.

当你第一次打开BeyondPod，按菜单键并选择“添加订阅”。

When you first open BeyondPod, press the Menu key and choose “Add Feed”.

单键包是咱们的尽力，以调整您带来了新的思绪齿轮袋您的需求例子。

The PUSH Pack is another example of our efforts to adjust to your needs by bringing you a new idea gear bags.

然后在ORDERS表中查找这些订单键，确定行项目所属订单的优先级。

Those order keys are looked up in the ORDERS table to determine the priority of the order that the line item belongs to.

由单键所饱和并由直链所形成的、类似于石蜡但带有侧链的一种烃分子。

A type of hydrocarbon molecule that is saturated with single bonds and is formed by a straight chain similar to a paraffin but with a side chain.

如果一个菜单键除了F 9选择，那么这个菜单项目就因此而可以运转啦。

If a menu key other than F9 has been selected then this menu item will behave accordingly.

因此你能看到,反键轨道上有两组，三组成键，得到一组净成键，所以成的是单键。

so you can see that there is going to be two sets in antibonding, three sets in bonding for a net of one, giving us the single bond.

富勒烯通常成为巴克球，是一种由60个碳原子以单键和双键相连组成的足球形碳单质。

Buckyballs, as they became known colloquially, are football-shaped molecules made of 60 carbon atoms linked by single and double bonds.

综述具有生物活性的含磷硫单键的有机磷化合物的合成方法，并对一些反应作出评述。

The synthetic methods of bioactive organophosphorus compounds with phosphorus-sulfur bond were reviewed, and some reactions in this paper were discussed.

当我们在分子力只有一个单键时，你可以随意旋转，你可以让它转起来，没有什么东西能固定住它。

When we have just a single bond in them molecule, you have all the free rotation you want, you can just spin it around, there's nothing keeping it in place.

由此计算出来的共价单键、双键和叁键之间的键长关系基本符合共键长间的经验关系。

The relations of the covalent bond lengths calculated by the model agree with the empirical ones.

该设备是一种坚固易于使用、小尺寸、单键可编程设备，能够在战场上迅速上传加密密钥。

The TKL is a rugged, easy -to-use, small-form factor, single-button programmable device that quickly loads encryption keys into radios in the field.

电子结构的转变是导致原子单键半径增大和体积增加及其他物理性质发生改变的根本原因。

The variation of electronic structure leads to the increase of single bond radius and atomic volume and other changes of physical properties.

单键的原声例句

OK, then it says draw a single bond from each surrounding atom to the central atom, and subtract two valence electrons.

后将中心原子与其相邻原子之间,连上单键，然后减掉2个价电子。

So if we look at its length, it's actually shorter than a single bond, but longer than a double bond.

因此如果我们看它的键长的话，它实际上比单键更短，却比双键更长。

so you can see that there is going to be two sets in antibonding, three sets in bonding for a net of one, giving us the single bond.

因此你能看到,反键轨道上有两组，三组成键，得到一组净成键，所以成的是单键。

So, if we take a look at what a single bond is, and let me grab some molecules here.

如果来我们看一下单键，让我拿个分子。

And we find the same thing for these two atoms here, it's not actually a double bond, it's somewhere between a single bond and a double bond.

而且我们发现这两个原子的情况是一样的，它其实不是一个双键，而是介于单键与双键之间的。

And something that we'll see later on is that triple bonds, for example, are going to be stronger than a corresponding double bond or a corresponding single bond.

而我们以后还会看到三键，举例来说，应该更强，相较于相应的双键,或者相应的单键来说。

So, for example, down here I wrote that it was n 2 and that it was h 2, but when I re-wrote the molecules up here, you saw that it's an h h single bond where it's a nitrogen-nitrogen triple bond.

比如，在这下面我写的是氮分子2,而这个是氢分子，但我在上面把这些分子的形式改写了，大家可以看到,这是一个氢与氢之间的单键，含一个氮与氮之间的三键。

If we're talking about a single bond, we're talking about 2 orbitals overlapping in the internuclear axis.

如果我们讨论的是单键，我们讨论的是两个轨道,在核间轴中重叠。

Or if we look at how strong it is, it's actually stronger than a single bond, but weaker than a double bond.

或者如果我们看键的强度的话，它实际上比单键更强，而比双键更弱。

We would predict to see a single bond between lithium, and it turns out that's what we see.

我们可以预测在锂中会看到一个单键，而实际上确实是这样的。

And by that what we mean is that they're absolutely identical, and it turns out that this here is not a double bond, it's not a single bond either, it's actually something in between.

这意味着它们是绝对完全相同的，实际情况应该是这不是一个双键，这也不是一个单键，而是介于两者之间的状态。

And the bond order you get out will either be, for example, zero, which would mean that you have no bond, 5 or you could have 1, a single bond, 1 . 5, a 1 and 1/2 bond, 2, a double bond, and so on.

你得到的键序要么是比如说是零，这意味着没有键，或者你会得到1，单键1。,1又二分之一键，2，一个双键，等等等等。

So, in general what we see, and this is always true if we're comparing the same atom, and in general, if we're comparing different types of molecules, but we know that a single bond is always weaker than a double bond, which is weaker than a triple bond.

通常我们会看到，这对比较相同原子来说总是正确的，通常，如果我们要比较不同种类的分子，但我们知道单键,总是要比双键弱，双键总是要比三键弱。

So, if we talked about a nitrogen-nitrogen single versus double versus triple bond, the triple bond will be the shortest and it will be the strongest.

因此，如果我们讨论的是氮与氮之间的单键,双键与三键，那么三键应该是其中最短的一个，同时也是最强的一个。

When we have just a single bond in them molecule, you have all the free rotation you want, you can just spin it around, there's nothing keeping it in place.

当我们在分子力只有一个单键时，你可以随意旋转，你可以让它转起来，没有什么东西能固定住它。

It's a 1 and 1/2 because it's halfway between a double bond and a single bond.

是因为它介于,单键和双键中间。

Remember, every time we have two electrons that are being shared, that's a single bond.

还记得，每次我们有两个电子被共用，我们就有了一个单键。

So I show that here, so in green, you have what's called a carboxcylic acid group, a c o o h, which gets converted by s o c l 2 to a c double bond o c l or an acid chloride.

我在这里用绿色表示，我们所说的羧酸族化合物，碳，氧，氧，氢，它被亚硫酰氯转化为,一个碳氧双键与碳氯单键组成的酰氯。

So it looks a lot less messy if we just draw our Lewis structure like this for h c n, where we have h bonded to c triple bonded to n, and then a lone pair on the nitrogen there.

这看起来整洁了不少,如果我们把氰化氢的路易斯结构画成这样的话，这样我们就有氢与碳之间的单键和碳与氮之间三键，然后还有一对孤对电子在氮这里。

So far we have looked only at the formation of single bonds.

到目前为止，我们还只是,看到了成单键的情况。

Yeah, we'd expect to see a single bond in hydrogen.

嗯，我们预计在氢分子里会看到一个单键。

So if we have a single bond here, would you consider that a sigma bond or a pi bond?

如果这里有个单键，你觉得这是sigma键还是π键？

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。

So let's think about how we can classify single and double and triple bonds, which is what we're really used to dealing with in terms of these sigma bonds and these pi bonds.

让我们想想怎么来分类单键双键,和三键，这在我们在考虑sigma键,和π键是很有用的。

So for b 2, which is a single bond, that's 289 kilojoules per mole to break it, and it takes us more energy to break this double bond for carbon, which is 599 kilojoules per mole.

对于B2，它是单键，需要289千焦每摩尔来打破它，而对于碳双键,打破它要更多的能量，等于599千焦每摩尔。

单键的网络释义

单键 单键，在化合物分子中两个原子间以共用一对电子而构成的共价键。通常用一条短线“-”表示。

以上关于单键的英语翻译来自英汉大词典，希望对您学习单键的英语有帮助。