English translation for "三角形面"

triangle

Related Translations:

导纳三角形:  admit triangleadmittance triangle

弧三角形:  spherical triangle

三角形绕组:  delta winding

编辑三角形:  edit triangulation

全等三角形:  congruent trianglescongruenttriangles

三角形植树:  planting in triangletriangle plantingtriangle-planting

三角形接头:  delta connection

三角形桌子:  triangular table construction

速度三角形:  speed triangletriangle of velocitiestriangleofvelocitiesvelocity triangle

三角形分解:  triangular decomposition

Example Sentences:

	1.	Geometry continuity of the triangular facets is analyzed in the course of generating stl files . the index relation is built up between every triangular facet by making use of this continuity 通过分析stl转化过程中三角形面片之间的几何连续性，应用其连续性，使得各个三角形之间建立一种索引关系。
	2.	Triacon division is to divide each triangle edge into n 2m pieces where m is some positive integer . lines are then drawn perpendicular to the triangle edges to form the new triangle grid 三十面分解法是将正多面体的三角形面的每边切成n 2m份m是任何整数，然后把与三角形面的边垂直的线连接来产生新的网格。
	3.	The surfaces of the rivet and the plate are partitioned into triangular cells , the current distribution on the patches is represented by subdomain - type basis function , the efie is translated into matrix equation by the galerkin method , then the current coefficient are obtained 铆钉和平板表面采用三角形面元进行剖分，面元上的电流分布用子域基函数表示，用伽略金法将电场方程转化为矩阵方程求解电流系数。
	4.	In plato ' s “ symposium ” , aristophanes argues that the origins of love lie in the search for symmetry , while pythagoras and theaetetus ? who discovered the icosahedron , the geometric shape with 20 triangular faces ? explored the symmetries of geometric figures 在柏拉图的《会饮篇》中，阿里斯托芬提出爱的缘起就在于对对称的寻觅，而毕达哥拉斯和发现由二十个三角形面组成的二十面体的泰阿泰德则探究几何形体的对称。
	5.	Abstract : the tolerance and generation of the stair - error in rp were studied . by using the normal vector information of the tringon facets in stl file , a calaculating method of stair - error was proposed and a slice - adapt algorithm which will save the time of mold manufacturing was presented 文摘:研究了快速成型过程中阶梯误差的产生与度量，并利用stl文件中的三角形面片的法矢量信息给出了阶梯误差的计算方法，提出了可变分层厚度的算法，采用自适应分层来减少成型时间的方案
	6.	Two cases are analyzedxonducting target with coat and dielectric target with coat . for the conducting target with coat , triangular patches are used to model the surfaces of the coat and the conducting object . now there have equivalent electric current and magnetic current on the surface of the coat , but only has equivalent electric current on the surface of the conducting object . the rwg vector base functions are used to denote equivalent electric currents and magnetic current . three integral equations should be built to obtain the unknown current coefficients ; for the dielectric object with coat , triangular patches are used to model the surfaces of the coat and the dielectric object . now there have equivalent electric current and magnetic current not only on the surface of the coat but also on the surface of the dielectric object . this time four integral equations should be built to obtain the unknown current coefficients 对于涂层导体目标，将涂层外表面和导体外表面进行三角形面元剖分，在涂层外表面有等效电磁流，导体外表面仅有等效电流(无等效磁流) 。将这些等效电磁流用rwg矢量基函数表示，需建立三个积分方程来求解未知的电磁流系数；对于涂层介质目标，将涂层外表面和内层介质外表面进行三角形面元剖分，在涂层外表面有等效电磁流，内层介质外表面也有等效电磁流，这时需建立四个积分方程来求解未知的电磁流系数。
	7.	The moment method is used to calculate the rcs of three - dimensional targets in this paper . these targets include conducting targets , dielectric targets and coat targets . triangular patches are used to model the surface of the target , then electric field integral equation ( efie ) and magnetic field integral equation ( mfie ) are built which satisfy the boundary conditions . the rwg vector base functions are used to denote equivalent electric current and magnetic current on the surface of the target . finally use the galerkin method ( rwg vector base functions are basis function and test function ) to transform integral equations into matrix equation . when obtain the equivalent electric current and magnetic current , we can calculate the scattering field and the rcs of the target 本文利用矩量法计算了三维导体目标、介质目标、涂层目标的雷达散射截面。首先采用三角形面元对物体表面几何形状进行模拟，然后建立满足边界条件的电场积分方程( efie )和磁场积分方程( mfie ) ，将物体表面的等效电磁流用rwg矢量基函数表示，最后利用伽略金法( rwg矢量基函数既作为基函数又作为检验函数)将电磁场积分方程转化为矩阵方程求解未知电磁流系数，得到了表面的等效电磁流后，可以计算散射场和目标的雷达散射截面。
	8.	Then , the dielectric targets ' electromagnetic scattering is researched . an important principle of electromagnetic field theory - - equivalent theory is introduced . as well as the conducting target , the geometrical model of the dielectric target should first be built , then triangular patches are used to model the surface of the dielectric target . different from the conducting target , there has not only equivalent electric current but also has equivalent magnetic current on the surface of the dielectric target . so now should built two equations - efie and mfie to obtain the unknown current coefficients . the rcs of dielectric sphere , dielectric cylinder , dielectric cube are calculated respectively 其次，本文研究了介质目标的电磁散射，介绍了电磁场理论的一个重要的原理? ?等效原理。与导体目标一样，先建立介质目标的几何模型，然后用三角形面元模拟介质表面。与导体目标不同的是，在介质表面除等效电流外，还有等效磁流，因此需建立两个方程? ?电场积分方程( efie )和磁场积分方程( mfie )来求解未知的电磁流系数。

Similar Words：

"三角形脉冲" English translation, "三角形脉冲发生器" English translation, "三角形脉冲函数" English translation, "三角形密封垫" English translation, "三角形密封环" English translation, "三角形面片" English translation, "三角形木垛" English translation, "三角形目标" English translation, "三角形内浇道" English translation, "三角形内角和" English translation