- 更多网络例句与对称部分相关的网络例句 [注：此内容来源于网络，仅供参考]
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The dislocation density stress relations are derived with the help of the symmetric and antisymmetric parts of stresses.
通过求解应力对称和反对称部分可以得到位错密度-应力的相关关系。
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In this theory, the motion equation related to the balance of the antisymmetric part of stresses replaces that for the stress moments.
讨论了构成相关理论的定律及平衡方程。此理论中运动方程与应力矩中置换应力反对称部分平衡相关。
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Firstly the Pauli decomposition is used to separate both the symmetric part and antisymmetric part of a multi-look image, then the Krogager decomposition is applied to extract the polarimetric feature of the symmetric image, at last an AdaBoost classifier is adopted to improve the classification performance.
首先利用Pauli分解分离出多视复图像数据的对称部分和非对称部分，然后利用Krogager分解提取出对称部分的极化特征，最后利用AdaBoost算法对所提取的极化特征进行分类。
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The new model introduces a modified term M , which includes the contribution to total energy from the angular distribution of an atomic electronic density, and can fit the negative Cauchy pressure of such as Cr.
本文导出了一个普适分析型嵌入原子模型，该模型引进了一个描述原子电子密度分布的非球对称部分对系统总能量贡献的修正项M，它能正确拟合具有。。。
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It separates the network into symmetrical parts and unsymmetrical parts,synthetically uses sequence compo nents an d phase components.In the sequence domain,it equals the symmetrical parts to its boundary nod es;in the phase domain,with the po lym orphic calculationtechnique,it deals wi th all kinds of faults directly without huge calculating work as it is in the conventional phase compo nents methood.The example shows the advantages of this improved method.
该方法以相分量故障处理方法为依据，在序坐标下化简对称部分，等效到其边界节点，在相坐标下对化简后的网络处理各种简单和复杂故障，采用多态计算技术，以矩阵变换代替传统的数值方程的计算，避免了相分量法计算量大的缺点。
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Confronting the run of RHIC, the study about the signals of deconfinement and partial restoration phase transitions under extreme environment is the hot topic in high energy circles. In particular, because the FM signals: dileptons and photons can pene- trate the medium almost undisturbed and are considered to be the clearest ones, have drawn much attention.
随着相对论重离子对撞机RHIC的开通运行，关于高温高密极端条件下退禁闭相变和手征对称部分恢复的相变信号的研究是当今高能核物理界的重大热点。
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In this paper we separate the Hamiltonian into three parts: a spherical symmetry Hamiltonian; a z-component of the angular momentum operator, and a non-spherical symmetric potential as the perturbation operator, and provide a propose method by separating the potential containing squared magnetic field B^2 into two parts spherical symmetric and non-spherical symmetric ones so that the first-order energy correction due to the non-spherical symmetric potential is zero, and the second-order correction due to B^2 can be obtained by a simple variational method.
采用变分法和微扰法相结合的方法，把高强度磁场中氢原子的哈密顿H分为三部分：球对称哈密顿；z分量角动量算符相应部分和非球对称势微扰，并用一种特别规定的分解法将哈密顿H中含磁场平方项的势能分解为球对称与非球对称两部分，且使非球对称部分引起的一级修正能量值为零，并采用一种简便的变分法直接求出B^2对能级的二级修正值。
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According to GBEM,a fullysymmetric Galerkin multi-zone boundary element methodisproposed in this paper.Based on regarding the coefficient matrix as thesum of a symmetric part and a non-symmetric one,this problem is solvedby adopting a proper assembly.Following this treatment,GBEM will beextended for a wide scope.
针对这一问题，(1)本文在单域伽辽金边界元的基础上，采用先生成各子域的方程，将系数矩阵表达为对称部分与非对称部分之和，通过恰当的集成方式，消除非对称部分的方法，提出了一种完全对称的伽辽金边界元子域法，拓宽了伽辽金边界元法的使用范围。
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A plasma electron density profile in the HT-6M tokamak is obtained when an asymmetric Abel-inversion which depends on plasma shifts is applied to the signals of multichord interferometric measurement.
一种常用的非对称Abel变换是分离变量法，它的基本思想是把测量信号分成对称元和非对称的权函数，对称部分采用标准的Abel变换，变换的结果乘上非对称的权函数。
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Its main part provides a detailed exploration of all the symmetries: symmetry of settings, symmetry of the...
论文的主要部分详细地解析了其结构上各部分的对称：背景的对称、家族的对称、叙述者的对称、人物的对称、情节的对称、以及结局的对称。
- 更多网络解释与对称部分相关的网络解释 [注：此内容来源于网络，仅供参考]
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antimere：对称部分
antimechanized 反装甲的 | antimere 对称部分 | antimeric 对称部分的
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antimere：对称部分, 体辐
antimeningococcic serum | 抗脑膜炎球菌血清 | antimere | 对称部分, 体辐 | antimeric | 对称部分的, 体辐的
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antimeric：对称部分的
antimere 对称部分 | antimeric 对称部分的 | antimetabolite 抗代谢物
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antimeric：对称部分的, 体辐的
antimere | 对称部分, 体辐 | antimeric | 对称部分的, 体辐的 | antimetabolic | 反新陈代谢规律的
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skew symmetric tensor：反对称张量
反对称部分 skew symmetric part | 反对称张量 skew symmetric tensor | 反对称变换 skew symmetric transformation
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symmetric operator：对称算子
symmetric neighborhood 对称邻域 | symmetric operator 对称算子 | symmetric part 对称部分
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symmetric part：对称部分
symmetric operator 对称算子 | symmetric part 对称部分 | symmetric polynomial 对称多项式
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symmetric polynomial：对称多项式
symmetric part 对称部分 | symmetric polynomial 对称多项式 | symmetric relation 对称关系
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symmetric polyhedrons：对称多面体
对称部分 symmetric part | 对称多面体 symmetric polyhedrons | 正对称系 symmetric positive system
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skew-symmetric part：反对称部分
反对称算子 skew symmetric operator | 反对称部分 skew symmetric part | 反对称张量 skew symmetric tensor