本文为您带来序数的英文翻译，包括序数用英语怎么说，序数用英语怎么说，序数的英语造句，序数的英文原声例

本文为您带来序数的英文翻译，包括序数用英语怎么说，序数用英语怎么说，序数的英语造句，序数的英文原声例句，序数的相关英语短语等内容。

序数的英文翻译，序数的英语怎么说？

序数的英语网络释义

...九 几 1.2 位数：十、百、千、万、亿、万万 1.3 概数： 多半 多少 若干 很多 许多 好多 好几 好些 无数 2 序数（ordinal number）：第一 第二 第十 3 数量（amount）：一切 许多 很多 不少 大量 部分 全部 所有 俩 2 .

(1)指出该听牌式叫听几口牌恍蚴羌肝唬徒刑(Imprisonment)缚凇H缥恍蚴位,则叫听3口;位序数(Ordinal)是4位,则叫听4口;位序数(Ordinal)是5位,则叫听5口 ··一

... 多一个和少一个 (One More and One Less) 序数 (Numbers for Things in Order) 整数的数位 (Place Value) ...

序数的汉英大词典

序数[xù shù]

• ordinal; ordinal number
• 短语:
  • 序数和 ordinal sum;
  • 序数积 ordinal product;
  • 序数幂 ordinal power;
  • 序数词 ordinal number

序数的英语短语

序数的英文例句

早期版本的一些元素原子序数不正确。

Early versions had the incorrect atomic number for some elements.

然后会出现原子序数，代表了未知元素。

Then, there'd be an atomic number, for which there was no known element.

早期的版本并没有为每个原子序数列出一个元素。

Early versions did not list an element for every atomic number.

据预测，某个地方存在一种原子序数相同的元素，但它还没有被发现。

The prediction was that an element with the same atomic number existed somewhere, but it just hadn't been found yet.

它是根据原子序数的增加来排列的，原子序数是一种元素单个原子的质子数。

It is arranged according to increasing atomic number, which is the number of protons in each atom of an element.

数字包括两种类型：基数词和序数词。

Numerals consist of two types: cardinal numerals and ordinal numerals.

效用又分为基数效用和序数效用。

Utility can be divided into cardinal utility and ordinal utility.

与数组一样，集合使用整序数获取特定项。

And, like arrays, collections use integer-ordinals to obtain particular items.

模型组件描述并处理应用程序数据。

The Model component represents and processes application data.

这种计算方法称为序列的逆序数。

This measure is called the number of inversions in the sequence.

数据库层用于存储所有应用程序数据。

The database layer is used for storage of all application data.

实现应用程序数据bean。

Implement application data beans.

这是原子半径和原子序数。

Here is atomic radius versus atomic number.

我在看的是非典，作为原子序数的功能。

What I am looking at here is boiling point as a function of atomic number.

数据库服务器仅供存储应用程序数据使用。

The database server is used exclusively to store application data.

使用这个工具迁移应用程序数据和配置数据。

The application data and configuration data are migrated using this tool.

使用这个工具迁移应用程序数据和配置数据。

The application data and configuration data are migrated using the tool.

在您的工作区内创建并保存自己的程序数据。

Create and save your application data in your workspace.

创建应用程序数据库。

Create the application database.

模型部分包含了管理应用程序数据所需的行为。

The model contains the behavior necessary to manage an application's data.

这是应用程序数据失效切换的一个很小的示例。

This is a trivial example of application data failover.

当然，也常常以xml格式存储应用程序数据。

Of course, application data is frequently stored in XML format as well.

如果你观察高序数的元素，你会发现这些术语。

And, if you look in the very high Numbers, you will see these nomenclatures.

应用程序数据转换。

Application data conversion.

语义数据存储对应的是应用程序数据的语义表示。

The semantic data store corresponds to the semantic representation of application data.

近期，从框计算中出现的应用程序数量大大提升。

The number of apps from box computing we have has increased dramatically recently.

此消息与在请求中发送的应用程序数据完全无关。

It is totally unrelated to the application data that was sent in the request.

象限2 (1GB)被预留给全局程序数据。

Quadrant 2 (1GB) is reserved for Global Program Data.

数据网格是用于存储可缓存应用程序数据的容器。

Data grids are the containers used to store cacheable application data.

该示例应用程序将一些应用程序数据转换成pdf。

The sample application takes some application data and transforms it into PDF.

序数的原声例句

And, at the other extreme, we have elements with very high value, elements with high average valence electron energy.

另外，在另一端，我们有原子序数较大的元素，这些元素有着较高的平均化合价和电子能。

That is why this says atomic number, but for most intents and purposes we can say this could be atomic mass.

那就是为什么这里说原子序数，但如果没有意图和目的,我们就说是原子质量。

So here we have that graphed here, Z we have atomic number z graphed against ionization energy, so, let's fill in what the actual atoms are here, and we can see in general, yes, we're following the trend.

这就是我们要画的，横坐标是原子序数，纵坐标是电离能，让我们把真正的原子填上去，我们可以看出，总体来说，没错，满足规律。

But right now I am going to give it to you as Mendeleev enunciated it. Atomic number, we will learn later, is the improvement.

但是现在我就要告诉你们,门捷列夫发表了它，原子序数，我们之后会学到，那是很大的进步。

This is because even though z, the atomic number is still increasing, we are also getting further away from the nucleus.

从有效核电量方面来想一想为什么，这是因为，尽管，Z，原子序数依然在变大，但我们同时也在离原子核越来越远。

Maybe not. It has no protons, so therefore, it has no electrons Because proton number equals electron number, which means if it has no protons 0 its atomic number is zero.

也可能不会，这个元素没有质子，因此，也没有电子,因为质子数等于电子数，意味着它没有质子,它的原子序数为。

What I am looking at here is boiling point as a function of atomic number.

我在看的是非典,作为原子序数的功能。

One of them here I happened to choose is boiling point versus atomic number.

其中之一，我已经选择的是,沸点及原子序数。

And, if you look in the very high numbers, you will see these nomenclatures.

如果你观察高序数的元素，你会发现这些术语。

PROFESSOR: five -- there's five valence electrons, but the atomic number is actually seven.

教授：5，有5个价电子，但原子序数是7。

So, how many distinct, so again, we're talking about distinct kinetic energies, a spectrum for the element hafnium, 72 and I'll tell you here that it has a z of 72, so you don't have to spend two minutes searching your periodic table.

好，有多少分立的……还是一样，我们讨论的还是不同的动能，铪元素的光谱中出现，而且我来告诉大家铪的原子序数是，这样你就不用因为在元素周期表中找它,而花费两分钟的时间了。

Here is atomic radius versus atomic number.

这是原子半径和原子序数。

And, they have intermediate values.

而且，它们有着中等的原子序数。

They have the highest values.

它们有最大的原子序数。

But actually there is a little bit of an energy cost into doubling up into a single orbital, because, of course, it takes energy when you create more electron repulsion, that's not something we want to do, but we have to do it here, and it turns out that that effect predominates over, again, the energy that we gain by increasing the atomic number by one.

但实际上，在一个轨道上放两个电子,确实会亏损一点能量，因为，当你加入更多电子，引起更大的排斥能,这显然会消耗能量，这不是我们想要做的，但是在这种情况下我们不得不做，结果这一影响，超过了增加一个,原子序数所得到的能量。

So, let's say we have an atomic number of 3, 3 that means we have 3 electrons, so we better hope to get our neutral atom that we have a charge of plus 3in the nucleus.

这也是很合理的，因为Z就是原子序数，假设原子序数是，那就有3个电子，那我们就希望,性原子有个带3个正电荷的原子核。

But for anything 7 or less, so what is the atomic number for nitrogen?

但对于7或者更少，对于N原子序数是多少？

So what I want to point out with this case in beryllium is that you don't have to use all of the electrons to figure out the bond order, and in fact, once you get to molecules 10 that are from atoms with atomic numbers of 8 or 10, you're not going to want to maybe draw out the full molecular orbital diagram.

我要指出的是,在Be这种情况下,你不需要利用,所有的电子来指导键序，实际上，一旦分子中,原子序数到达了8或者，你也许不想画出,整个分子轨道图。

序数的网络释义

序数 集合论基本概念之一，是日常使用的第一、第二等表示次序的数的推广。序数概念是建立在良序集概念之上的，而良序集又是偏序集、全序集的特殊情形。

以上关于序数的英语翻译来自英汉大词典，希望对您学习序数的英语有帮助。