spectral geometry

spectral geometry的基本解释

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谱几何

与spectral geometry相关的网络例句 [注：此内容来源于网络，仅供参考]

The classification knowledge includes spectral, texture, geometry, space and logic relation.

分类所用到的知识包括光谱、纹理、几何、空间、逻辑关系。

In order to test and verify validity of analytical methods and codes, we solve the Poisson equations and the Helmholtz equations that have analytical solutions with complex geometry using spectral element methods.

作为验证分析方法的正确性和代码的有效性，本文使用谱元方法求解了有精确解的简单区域和复杂区域的 Poisson方程和 HellnholtZ方程。

After introducing the conception of convex geometry and spectral linear model, the relationship between convex cone and hyperspcetral imagery was discussed.

在介绍凸面几何体概念和高光谱图像光谱线性模型的基础上，探讨了凸面几何体和高光谱图像的关系。

The results show that: although the spectral change of different landscape areas is complex, the low\|dimensional geometry structure which spectral data space belongs to, and the practicality of background \| anomaly sub\|space are the essential characteristics which they all possess.

研究结果表明：尽管不同自然景观区的遥感图像的光谱变化复杂，而它们的光谱数据空间属于低维几何结构，以及背景异常子空间的可分性是其具有共性的本质特征。

Providing also a self-contained presentation of classical isoperimetric inequalities for eigenvalues and 30 open problems, this book will be useful for pure and applied mathematicians, particularly those interested in partial differential equations, the calculus of variations, differential geometry, or spectral theory.

为eigenvalues和30个开放式问题也提供古典isoperimetric 不平等的拘谨的赠送，这本书将是对纯并且被使用数学家有用的，特别是对偏微分方程，变分法，不同几何学或者光谱的理论感兴趣的那些。

与spectral geometry相关的网络解释 [注：此内容来源于网络，仅供参考]

spectral geometry：谱几何

spectral functor 谱函子 | spectral geometry 谱几何 | spectral integral 谱积分