Global Symmetry

Analyzing the results , we obtain that the orbital precession effect increases on account of the global symmetry breaking , but the orbital precession effect aroused by the electric charge of the field source reduces the orbital precession effect aroused by the mass of the field source .

通过对所得结果的分析，我们发现，由于整体对称性破缺，轨道进动效应将增强，但由场源的电荷引起的轨道进动效应削弱了由场源的质量引起的相应效应。

Global Symmetry and Quantal Conservation Laws for a Gauge-Invariant System With a Higher-Order Lagrangian

高阶微商规范不变系统的整体对称性和量子守恒律

Global Canonical Symmetry in the Functional Integral Formalism

泛函积分形式中的整体正则对称性质

Compared with the global intrinsic symmetry invariant functions on surfaces via geodesic distances , our global intrinsic symmetry invariant functions have the superiority in speed and robustness to local topology noises .

相对于曲面上基于测地距离的全局内蕴对称不变函数，我们构造的全局内蕴对称不变函数具有对局部拓扑噪声鲁棒和计算速度快等优点。

Based on these global intrinsic symmetry invariant functions on surface , a class of symmetry factored embedding and distance is proposed and applied in the computation of symmetry orbits and symmetry aware segmentations in this paper .

利用这些全局内蕴对称不变函数，本文还提出了一种对称相关嵌入和对称相关距离，将其应用到曲面上对称轨道的计算和对称相关分割等问题中。

The status of the investigations on the nucleon mass , nucleon radius and quark condensate in the framework of QCD-inspired models and QCD effective field theories is briefly reviewed . The results in the global color symmetry model ( GCM ) are described a little detailedly .

简要介绍核物质中核子的质量、半径及夸克凝聚的密度依赖关系基于QCD模型和QCD有效场论研究的现状，并具体介绍整体色对称模型（GCM）的研究结果。

Global quantal canonical symmetry properties for a system with a singular Lagrangian

奇异拉氏量系统的整体量子正则对称性质