CSG (Constructive solid Geometry) is an important solid modeling technique.
是实体造型中一种重要表示方法。
Learning plane geometry well is the foundation of learning solid geometry well.
学好平面几何是学好立体几何的基础。
Forward kinematics model is set up based on solid geometry by a rapid calculate method.
正向运动学模型采用了一种基于空间几何法的快速计算法。
A basic understanding of mathematics, solid geometry, and color theory may be prerequisite to beginning such a program.
数学的基本知识，坚实的几何和色彩学知识是这门课程的先决条件。
The fourth part is problem situation created by the Strategies in the senior middle school math Solid Geometry Teaching.
第四部分是高中数学立体几何教学中问题情境创设的策略探索。
This article analyzed the same aspects and the differences of the standards and the syllabus in cubic vectors and solid geometry.
论文摘要文章分析了《高中课标》和《高中大纲》在“空间向量与立体几何》的异同。
When solving a solid geometry problem, if we transform the problem into space vector, we shall get twice the result with half the effort.
在解答立体几何问题时，若能把立体几何问题转化为空间向量的运算，解答起来会收到事半功倍的效果。
Then the solid geometry model is entered into ANSYS to do the pre-treatment of FEA. It is disassembled by ten-noded tetrahedron elements.
将几何模型导入到有限元分析系统ANSYS做有限元分析的前处理，构建了以十节点四面体单元为基本单元的有限元计算模型。
Straight line and plane are two basic concepts of geometry; they are also two special difficulties in the teaching of solid geometry in middle schools.
直线与平面是中学立体几何基础理论部分，也是教学中的重点与难点。
Based on the theory of solid geometry, a survey method to measure the bucket foundation installation error and ensure the installation precision is presented.
提出了根据空间立体几何原理对桶形基础平台进行桶基安装误差测量并保证安装精度的方法。
The trace occurrence is substantially the occurrence of intersection line of two oblique planes in space, which belongs to the mathematics field of solid geometry.
迹线的产状实质上是空间二斜面相交线的产状，属于立体几何学等数学范畴。
The reserve calculation methods used in the production units at present are mainly the traditional ones based on solid geometry, namely cross-section method or geological block method.
目前，在实际生产单位所采用的储量计算方法主要是基于立体几何的传统方法，即剖面法或地质块段法。
On the basis of Feature Modeling and 3d Solid Geometry Modeling, with the idea of Object-Oriented Product Design, a 3d Parametric Feature Modeling Method is applied to develop manifold.
采用特征对象化的设计思想，在特征造型和3维实体几何造型的基础上，研究液压集成块的3维参数化设计方法。
The topology and geometry of solid is represented by trimmed curve surface and half-edge data structure.
雕塑实体模型通过裁剪曲面片和半边数据结构来表达几何和拓扑信息。
Within this solid and uniform texture, we applied a dynamic formation process utilizing an empty tube of manifold geometry.
采用坚实的和统一的机理，建筑师采用了动态的生成过程，利用动态几何。
Based on solid model and general geometry validity for NC, the paper carries out a new Z & W algorithm.
基于实体造型，综合现有NC几何验证方法的优点，研究与实现了一种新的Z&N验证算法。
In this paper, some new developments of slab geometry solid-state lasers are reported and the comments on their prospects and problems are made.
本文报道了板条状几何结构固体激光器研究的一些新的进展，对板条激光器的前景和存在问题作了评述。
It has been shown, that the slab geometry solid-state lasers offer the possibility of achieving the kilowatt power level as well as having good beam quality.
分析表明，板条状几何结构固体激光器提供了达到千瓦级功率水平同时又保持良好光束质量的可能性。
According to the principles of geometry modeling and solid molding techniques, the structural modeling is established by the aspects of structure and function.
根据几何建模原理以及实体造型技术，从结构和功能上进行了结构建模的构架。
The paper discusses resonator design of high average power solid-state slab geometry laser.
文中报道了用于高平均功率板条状工作物质激光器的谐振腔设计。
Porosity is presented as a concept and approach to simulate solid bodies with various geometry and character in flow fields.
本文提出一种能模拟流场中不同形状和性质的固体的新方法——空度的概念。
This model of system communicates a solid and sober image. Intentionally emphasized geometry and the clear curves connecting the side panel show an unique style.
由此款屏风传达出一个坚固厚重的印象，刻意强调的几何学与侧板连接的清晰弧线表现出一种特有的风格。
This model of system communicates a solid and sober image. Intentionally emphasized geometry and the clear curves connecting the side panel show an unique style.
由此款屏风传达出一个坚固厚重的印象，刻意强调的几何学与侧板连接的清晰弧线表现出一种特有的风格。
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