三维

Carl Ludwing explains how this technique differs from traditional texture mapping : when you want something to be in a certain area, like a grease spot, everyone else tends to do it with standard texture-mapping tools. But if I take a painted map and map it on, then I've wrapped a two-dimensional object around a three-dimensional object, and there are all sorts of positioning problems associated with that. Also, when you transition to another subpart of the character, you have to provide a whole new set of coordinates.

卡尔·路德温解释了这一技术与传统材质贴图技术的不同之处，比如说：如果想把油点一类的东西贴到某个地方，别人都会用标准的材质贴图工具来完成，但是如果我先拿来一张着色的地图，把这个油点标在上面，那就等于把一个三维物体安置在二维环境当中，随之会出现各种定位方面的问题，同样，如果你要观察目标的另一处次要部位，就必须给出新的坐标。

At this time, the interaction between the two phased would promote each other. This phenomenon is just like the "sympathetic vibration" in mechanical engineering.

最后，在前面二维模拟的基础上，建立了三维气粒两相湍流流动数值模拟的数学模型，并用此模型对气粒两相气粒两相矩形射流进行数值研究。

You can explore maps in 2D, 3D, satellite and hybrid views, save places relevant to you, create your Favourites and Collections, and then synchronise them over-the-air with Maps 3.0Beta on your mobile and vice versa.

您可以探索地图的二维，三维，卫星和混合的意见，节省您相关的地方，创建您的收藏和集合，然后同步他们的空中地图3.0Beta在您的移动，反之亦然。

So in theory, the numbers of bound states should be more and more versus the width of well becomes wider.

如果磁场足够大，三维体材料中D~-中心有无穷多个束缚态，而二维D~-中心则只有四个束缚态存在。

It has many new features, such as optical switching effect, thermoelectric effect, piezoelectric effect, sensitive effect, particularly in the area of biosensors.

纳米材料的一个研究热点是在两个维度上受限的一维纳米材料，它表现出不同于三维受限体系纳米颗粒的许多新特性，如光开关效应、热电效应、压电效应、敏感效应等，尤其在生物传感器领域具有广阔的应用空间。

Most triangular meshes used in games and movies are typically embedded in two or three dimensional geometric space.

大多数游戏或电影中使用的三角形的网格模型都是植入一个二维或三维的几何空间。

4D seismic data is interpreted based on the diffence of time-lapse seismic data.

四维地震利用时延三维地震资料的差异来解释地下储层流体的变化。

The analysis can be extended to the two , three and higher dimensional problems.

此分析可扩展到二维、三维或更高维，而且可以通过快速傅里叶变换来解决离散问题。

The theory and construction of two dimensional holospectrum and three dimensional holospectrum are described especially.

着重对二维全息谱、三维全息谱的原理及构建方法进行了说明。

The optical illusion occurs because our mind tries to convert a two dimensional object into three dimensions. We try to assign 3D aspects to this illusion which are not there.

产生这种现象是因为我们的潜意识里希望把两维的物体转换成三维的，所以对这张图，我们的眼睛就试图去补上并不存在的横木的两个面。

I can not make it blossom and suits me

我不能让树为我开花

When temperatures are above approximately 80 °C discolouration of the raceways or rolling elements is a frequent feature.

当温度高于 80 °C 左右时，滚道或滚动元件褪色是很常见的特征。