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arXiv 0903.1129math-phmath.MP
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可积方程、微分几何及其相关曲面几何的相互关系

The interrelationship of integrable equations, differential geometry and the geometry of their associated surfaces

Paul Bracken

摘要:

综述了可积方程的一些重要结果及其与曲面理论的关系。同时也给出了一些新的结果。移动框架的概念进行了检查,它被用于几个主题,这是讨论。结构方程的微分形式。表格被证明是非常有用的,在有关几何,方程和表面,这出现在许多部分。各章节的主题各不相同,但通过共同的主题和思想结合在一起。几个不容易访问的主题进行了详细说明,如Maurer-Cartan cocycles和最近的结果方面的推广的Weierstrass-Enneper方法产生的常数平均曲率曲面在三维和更高的维欧氏空间。

英文摘要:

A survey of some recent and important results which have to do with integrable equations and their relationship with the theory of surfaces is given. Some new results are also presented. The concept of the moving frame is examined, and it is used in several subjects, which are discussed. Structure equations are introduced in terms of differential forms. Forms are shown to be very useful in relating geometry, equations and surfaces, which appear in many sections. The topics of the chapters are different and separate, but joined together by common themes and ideas. Several subjects which are not easy to access are elaborated, such as Maurer-Cartan cocycles and recent results with regard to generalizations of the Weierstrass-Enneper method for generating constant mean curvature surfaces in three and higher dimensional Euclidean spaces.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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