鸡蛋是一个高度细分的简单的几何球体。
如图3所示，源物体圆锥被复制对齐到几何球体的多边面上，另一些方盒子则被复制对齐到几何球体的顶点上。
Fig. 03 shows, source object Cone copied and aligned to Geosphere's polygons and another object box copied and aligned with vertices of Geosphere.
为检验求解器的精度和适用外形能力，本文先后选择完全导电球体、立方体和双球体等几何外形做了数值模拟。
To validate the accuracy and ability to handle different complex geometries, perfect electric conduct sphere, cube, and dual spheres are chosen in order for their scattering problem simulations.
这些元素是什么呢，是基本的几何图形像立方体，球体和金字塔型。
What do these elements is the basic geometric figure like cube, spheroid and pyramid type.
唯一一个表面上的每个角到中心距离都相等的几何物体就是球体。
The only geometrical object in which every point on the surface is the same distance from the center is a sphere.
球体的几何形式从全部为不锈钢球体到一系列逐渐修整过的球体，再到半球体，其中都嵌入了带有印刷箔片的层压玻璃。
The geometry ranges from full stainless steel spheres to a sequence of gradually trimmed spheres down to a hemisphere, with an inlay of laminated glass with printed foil.
光打到几何体比如球体或者立方体上产生了一系列有序的调子。
Light striking a geometric solid such as a sphere or a cube creates an orderly and predictable series of tones.
视觉由点，线，面，三角，方形，球体等基础的几何形状组成，在现场以巨幕投影和音乐的互动带来简洁而冷峻的视听体验。
The visual element includes dot, line, surface, triangle, square, sphere and other basic geometric shapes, with the music interaction it brings a swift and fierce audio-visual experience.
本文采用几何光学模型，通过计算研究了光镊对油水界面上的球体微粒的捕获力。
The transverse trapping forces on a dielectric sphere located at an oil-water interface are theoretically investigated with the ray-optics model.
并且，在该小行星的形状取三轴椭球体和在几何反射定律等假定之下，给出了关于该小行星的光度变化理论。
A new photometric theory of Eros based upon a three-axis ellipsoid model at full phase obeying Lommel-Seeliger 's law is presented.
并且，在该小行星的形状取三轴椭球体和在几何反射定律等假定之下，给出了关于该小行星的光度变化理论。
A new photometric theory of Eros based upon a three-axis ellipsoid model at full phase obeying Lommel-Seeliger 's law is presented.
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