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1·Late in the course of the infection, millions of new virus particles are formed and enclosed in polyhedron crystals.

在感染后期，数以百万计的新病毒颗粒形成并包裹在多面体晶体中。

2·Each cell in a Voronoi tessellation is a convex polyhedron.

泰森多边形法中的每个细胞镶嵌是一个凸多面体。

3·The solid is the polyhedron composed by the triangle faces.

在此结构中，实体为由三角面组成的多面体。

4·Every simple polyhedron is further divided into tetrahedrons.

每个简单多面体进一步剖分为四面体。

5·Line structure is the most basic structure for a simple polyhedron.

线条结构是简单多面体最基本的结构。

6·This paper proposes a novel approach for matching perspective views of a polyhedron.

本文提出了一种匹配多面体透视图的新算法。

7·Furthermore, the growth mechanism has been explored using anion coordination polyhedron theory.

本文结合负离子配位多面体理论探讨了枝蔓晶的形成机理。

8·Just know that the optimal solution for a non-integer problem is always one of the polyhedron vertices.

我们只需要知道非整型问题的优化解决方案通常都是一个多面体的顶点就好了。

9·Using this result we prove in this paper that every contractible polyhedron is an absolute retract.

借助于这一结果，本文证明了每一个可缩多面体均是个绝对收缩核。

10·Using the knowledge of abstract algebra, the rotation groups of the regular polyhedron are determined.

通过抽象代数知识，求出所有正多面体的旋转群。

多面体

1·Late in the course of the infection, millions of new virus particles are formed and enclosed in polyhedron crystals.

在感染后期，数以百万计的新病毒颗粒形成并包裹在多面体晶体中。

2·Each cell in a Voronoi tessellation is a convex polyhedron.

泰森多边形法中的每个细胞镶嵌是一个凸多面体。

3·Therefore, the optimal solution is the farthest point on the polyhedron boundary from the axis' origin using the direction (1,-1) as a direction vector.

因此，优化解决方案是从轴的原点沿 (1,-1) 方向作为方向向量指向多面体边界的最远点。

4·Just know that the optimal solution for a non-integer problem is always one of the polyhedron vertices.

我们只需要知道非整型问题的优化解决方案通常都是一个多面体的顶点就好了。

5·Recall that the optimal solution is always on one of the vertices of the polyhedron created by the feasible region.

最佳解通常都是其可行域所构成的多面体的一个顶点。

(1)regular polyhedron正多面体