This is a three-dimensional crystal.
这是一个三维的晶体。
Architecture is a three-dimensional form.
建筑是三维形式的。
All the views shown above are two-dimensional.
上面所示的所有视图都是二维的。
I found the characters very two-dimensional and dull.
我觉得那些人物形象毫无深度且乏味无聊。
Three dimensional printing is another new technology with exciting possibilities.
三维打印是另一项具有令人兴奋的可能性的新技术。
It was a less peacocky, non-three-dimensional design that stood out.
这是一种不那么浮夸、不那么立体的设计。
Let's take a one-dimensional case.
举个一维的例子。
End of my dimensional analysis.
量纲分析就是这样。
Show her a three-dimensional version.
那就向她展示一个三维版本。
First, let's do a one-dimensional case.
首先是一个一维案例。
Well, let me do the three-dimensional case.
我们来看一下三维情形。
One-dimensional problem, just as a warm-up.
这是一维问题，作为热身。
Let's make it a two-dimensional problem.
使它为二维问题。
So I would call it a one-dimensional crystal.
所以我们称之为一维晶体。
Strong relationships are multi-dimensional.
牢固的关系是多维度的。
Represent the hub in a three-dimensional space.
代表三维空间中的中心。
Your model can now hold dimensional properties.
您的模型现在可以包含维度属性。
Here, you integrate over a three-dimensional region.
在这里，是三维区域上的积分。
I have a vector which is in three-dimensional space.
假设有一矢量，在三维空间中。
Who use it will do a simple one dimensional poll.
spreadsheet使用者都会拿它去做简单的一维投票统计。
each one is a 3 dimensional vector, so we want a...
每一个向量都是一个三维向量，所以我们想要一个…
Moreover, all the views shown above are two-dimensional.
此外，上面所示的所有视图都是二维的。
Let's take a look at SOA layers in the two-dimensional space.
我们看一下二维空间中的soa层。
We will stick with the two-dimensional charts for this example.
对于本示例来说，我们将使用二维图表。
Trajectories, thank goodness, are almost never three-dimensional.
轨迹，感谢上帝，基本上永远不是三维的。
Click Finish to generate the dimensional physical data model.
单击Finish将生成多维物理数据模型。
The star model is the basic structure for a dimensional model.
星型模型是维度模型的基本结构。
The star model is the basic structure for a dimensional model.
星型模型是维度模型的基本结构。
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