物体

4Until now, the best images of the surface derived from mapping missions have spotted objects as small as 1 kilometer across. This map picks up objects as small as 20 meters across or about the size of a large yacht.

迄今为止月球表面最好的图像能够分辨清直径大于1公里的物体，而这个图片能够分辨清20米的物体-仅相当于一个游艇的大小。

In the height direction the inverse of object's relative height is linear with the that of image's relative height. In the light-knife direction the ratio of object's length to image's length is linear with the object's relative height.

研究结果表明：高度方向上物体相对高度的倒数和像相对高度的倒数成线性关系；光刀方向上物像的长度比和物体的相对高度成线性关系；新的定标方法精度高，操作方便；光刀测量三维物体切口长度精度高、成本低、处理速度快。

Work is also done by compressing a gas, by rotating a shaft, and by causing invisible motions of particles within a body by an external magnetic force.

对物体做的功，不仅由整个物体的移动来实现，还可以通过压缩气体、转动轮轴、甚至物体内部质点在外部磁力作用下的微小运动来实现。

Work is also done by compress ing a gas, by rotating a shaft, and by causing invisible motions of particles within a body by an external magnetic force.

对物体做的功，不仅由整个物体的移动来实现，还可以通过压缩气体、转动轮轴、甚至物体内部质点在外部磁力作用下的微小运动来实现。

Analyzing through the Maar transformation Image's character , a way of measuring margin of intricate object was to be brought forward by setting new estimation rule . As an essential and important type of volcanic activity on earth , phreato ma gmatic eruption is characterized by groundwater-related explosive eruption and subsequent base surge deposit and maar lakes .

通过对 Maar 变换后图像特征的深入分析，设置新的判断准则，提出了一种针对复杂物体边缘检测的算法流私，可以对具有&尖锐角&的物体轮廓进行快速准确地提取，同时利用矢量化方法消除毛刺，使跟踪获得的边界更符合物体的实际轮廓特征。

This ingenious technique-which won its inventors, one of whom was Steven Chu, now America's energy secretary, a Nobel prize-works by bombarding an object with laser light at a frequency just below that which it would readily absorb and re-emit if it were stationary.

这项独特精巧的技术为它的发明者们赢得了一座诺贝尔奖，其中之一就是现任美国能源部长朱棣文。&光阱&的工作原理是用特定频率的激光轰击受试物体，这一频率的激光能够很容易地被受试物体所吸收，如果该物体处于稳定状态，激光会被重发射。

Non-part-by-part sketches arise through cognitive uncertainty and that sketches can both provide and assist its resolution, thereby contributing to reasoning about the function and structure of externalised objects.

此认知之不确定，肇因於记忆中对该物体几何外观或功能意义资讯缺乏，而无法完成该次组件之绘制；但因为对该物体认知之不确定，可能会促进设计师更深入长期记忆中搜寻各种可能之意义，并透过与已绘之图面互动，完成物体之绘制。

N truthfully in the film I made the objects black, and rendered them on a white surface and a white environment - but now I realise that is way to overcomplicated as you can just invert it.

说实话，在电影里面我是把这个物体弄黑，然后在一个白色的表面和白色的环境下面渲染它们，但是现在我明白了，那个方式可以变得更加简单，只要你把环境和物体的颜色颠倒一下就成（也就是上一段说的物体白，环境黑。

The heart of this algorithm is to track at least four fiducial points from frame to frame that construct the affine frame, thus the occlusion contours between virtual and real objects can be reconstructed and reprojected. Further, each contour is labeled as being "behind" or "in front of" in the first two frames, depending on whether it is in front of or behind the virtual object, so the occlusion is resolved.

该算法的核心是在每一帧图像中追踪至少四个基准点，构成仿射基，进而对虚拟物体与真实物体之间的遮挡轮廓进行重建和重投影，且在前两帧图像中交互指定这些阻挡轮廓相对于虚拟物体的前后位置，从而解决了扩充现实的阻挡问题。

So far, we human beings for the heating of the concept has long been restricted to convection, conduction, radiation three kinds of surface heating in it, in recent years the use of molecular friction between the object itself is heated and heat of the principle of the developed in the dielectric heating (including the high-frequency and microwave heating) has been widely used in industrial heating and drying purposes above, this heating method unlike the aforementioned three kinds of methods, the heat do not penetrate the surface, but will wear the electromagnetic energy directly to transparent objects into heat inside a method, also known as the fourth heating methods

到目前为止，我们人类对于加热之观念一直都被局限于&对流&、&传导&、&幅射&三种表面加热方法而已，近年来利用&被加热物体本身分子磨擦生热之原理&所发展出来之诱电加热被广泛应用于工业加热干燥用途上面，此种加热方法不像前述之三种方法，热量不需要穿透物体表面，而是将电磁波能量直接穿透物体内部转换成热量的一种方法，也被称为第四种加热方式

In her eyes, because that is the doorway toher heart * the place where love resides.

女人的漂亮必須從她的眼睛中去看，因為那是她心靈的窗戶和愛居住的地方

I will send some postcards to you.

我会向你发送一些明信片。