- 更多网络例句与微分几何相关的网络例句 [注：此内容来源于网络，仅供参考]
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In 1943 - 1945, he worked in the Institute for Advanced Study at Princeton. Having arrived in the United States for two months, he finished his famous paper entitled "A simple intrinsic proof of the Gauss-Bonnet formula for closed Riemannian manifolds", which inspired other differential geometers.
抵美两个月后，即完成其著名的论文──《闭曲面流形高斯--博内公式(Gauss-Bonnet Formula)的一个简单的内蕴证明》，对於后来微分几何的发展和微分几何学者的研究影响深远。
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The minimal surface have been extensively employed in many areas such as architecture, material science, aviation, ship manufacture, biology and crystallogeny and so on. In this paper we have some element works on minimal surface from the point view of CAGD It is well-known that there does not exist any other quadratic minimal surface except for the plane.
以肥皂膜问题为物理背景的极小曲面问题或者Plateau问题—寻找以给定空间曲线为边界的面积极小的曲面，从18世纪提出到现在一直是微分几何和偏微分方程理论的重要课题，微分几何领域已经有了极其丰富的极小曲面理论。
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And then, we review the history, development and actuality of the discrete differential geometry and subdivision method.
第一章介绍了古典微分几何的思想、历史与发展等情况；回顾了离散微分几何的思想起源与发展情况；介绍了细分的思想、历史与发展情况。
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In classical differential geometry are important in the theory and application of guidance, in integral geometry, computer-aided geometric design and other fields also have a wide range of applications.
在经典微分几何中的有重要的理论指导和应用，在积分几何、计算机辅助几何设计等领域也有着广泛的应用。
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Furthermore,this course is benefitial to study differential topology, Riemannian Geometry, Lie group and Nonlinear Analysis etc.
为进一步学习微分几何、微分拓扑、几何分析、黎曼几何、李群、低维拓扑和非线性分析等相关课程奠定良好的基础，并为阅读当代数学文献创造条件。
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This book is intended to provide a working knowledge of those parts of exterior differential forms, differential geometry, algebraic and differential topology, Lie groups, vector bundles, and Chern forms that are essential for a deeper understanding of both classical and modern physics and engineering.
本书试图提供外微分形式、微分几何、代数拓扑、微分拓扑、李群、向量丛、Chern公式等前沿知识，它们对于深入理解经典物理、现代物理以及工程都是必需的。
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The book is structured so that the reader may choose parts of the text to read and still take away a completed picture of some area of differential geometry Beginning at the introductory level with curves in Euclidean space, the sections become more challenging, arriving finally at the advanced topics which form the greatest part of the book:transformation groups, the geometry of differential equations,geometric structures, the equivalence problem the geometry of elliptic operators, G-structures and contact geometry.
这本书是结构，以便读者可以选择部分文本阅读，还带了一个完整的画面，有些地区的微分几何开始入门级和曲线的部分，在欧氏空间变得更有挑战性，终于到达了高级的主题，形成了最大的一部分书：变换团体、几何的微分方程、几何结构、等价问题的几何形状，G-structures椭圆算子和接触几何。
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More specifically, Gauss studied the geometry of surfaces based on the first fundamental form (also called "line element") of surfaces and generalized Euclidean geometry to "curved geometry" on surfaces.
局部微分几何的一个里程碑是 Gauss关于曲面的理论，他建立了基于曲面第一基本形式的几何，并把欧几里得几何推广到曲面上"弯曲"的几何。
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Through studying some fundamental properties of the curved surface in differential geometry , a method of linear feature extraction based on differential geometry is introduced.
通过研究微分几何理论中曲面的一些基本性质，本文介绍了一种基于微分几何的线状地物提取方法，首先在局部区域内拟合一个二次曲面函数，然后通过该函数来估算灰度曲面的梯度和曲率，设定合适的梯度和曲率阈值来检测线状地物，最后进行后处理，消除许多噪声颗粒及小块区域。
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Based on the source investigation and the comparative approach of history of mathematics,a historical background of Gauss' competition essay and its contribution to intrinsic differential geometry are discussed.
高斯(C.F.Gauss，1777-1855)研究微分几何的出发点是"我们是否可以从曲面本身的度量出发决定曲面在空间的形状"[1]，这就是所谓的内蕴微分几何。
- 更多网络解释与微分几何相关的网络解释 [注：此内容来源于网络，仅供参考]
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general affine differential geometry：一般仿射微分几何(学)
general affairs事务, 总务 | general affine differential geometry一般仿射微分几何(学) | general agent n.总代理
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general affine differential geometry：一般仿射微分几何
general advice 一般的助言 | general affine differential geometry 一般仿射微分几何 | general afforestation 普遍造林
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Computational Geometry：计算几何
它的主要数学理论基础即为计算几何(Computational Geometry),由函数逼近论,微分几何、代数几何、计算数学、计算机图形学等形成的. 与UG、I-DEAS、EUCLID、PRO/ENGNEERING等现在流行软件相比,该软件在曲面造型方面具有其独到的数学准确性的特点.
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differential game：微分对局
微分形式 differential form | 微分对局 differential game | 微分几何[学] differential geometry
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Differential Geometry：微分几何
他先用生动的言语介绍这个题目, 并深入浅出地讲解这个主题, 然后用数学方法推导了深刻的洛伦兹变换 (Lorentz Transformation) 的公式, 最后简单介绍了一门相对论密切相关的数学分支 ---- 微分几何 (Differential Geometry), 从而指出数学与
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Differential Geometry：数学与应用数学微分几何
数学与应用数学拓扑学Topology | 数学与应用数学微分几何Differential geometry | 数学与应用数学运筹学Operational Research
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global differential geometry：整体微分几何
global convergence 整体收敛 | global differential geometry 整体微分几何 | global existence 整体存在
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Modern Differential Geometry：现代微分几何
现代拓扑学 Modern Topology | 现代微分几何 Modern Differential Geometry | 有限群 Theory of finite groups
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intrinsic differential geometry：内在微分几何
intrinsic detector 本征探测器 | intrinsic differential geometry 内在微分几何 | intrinsic differentiation 内在微分
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Numerical Solution of Partial Differential Equation：微分方程数值解
微分方程 Differential Equation | 微分方程数值解 Numerical solution of partial differential equation | 微分几何 Differential Geometry