- 更多网络例句与恒等变换相关的网络例句 [注：此内容来源于网络，仅供参考]
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The fuzzy clustering methods of the discretization is based on transitive closure.It has passed through a series of identical transformation. It may lose a lot of information in discretizated decision-making.
研究了基于模糊聚类的离散化方法，他们都是基于传递闭包的方法，经一系列的非恒等变换，使得离散后决策表信息丢失较多。
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2The matrix elements of the equation is obtained in the form of general formulaby cautions deduction using spinor formula,together with identical transformation andintegral formula related to FG.
运用诸旋量计算公式和含G函数的恒等变换、积分公式，经过细致的推导，以通项公式形式给出该一维积分方程相应于〓态的诸矩阵元。
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In chapter 5, Using the majorant fraction method and equivalent transformations, analogues of the Sleszynski-Pringsheim convergence for two-dimensional vector/matrix valued and matrix continued fractions.
在第五章，利用主连分式以及连分式的恒等变换方法，把Sleszynski-Pringsheim收敛定理推广到二元分叉向量值、矩阵连分式情形，并分析了它们的截断误差。
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Note that the matrix pointer can be set to NULL, in which case the identity transform will be used.
注意，矩阵指针可以设置为NULL，在这种情况下将进行恒等变换。
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Electromagnetics course mainly including basic phenomena and laws of electro- magnetics, electrostatic field in vacuum, in conductor and in electric medium, electric energy, stabilized current, stabilized magnetic field and its basic laws, electric and magnetic fields caused by a moving chager in lower speed, the transform of electric and magnetic fields between different systems of coordinates, inductive laws, eddy field, self inductance, mutual inductance and transient, molecule current and magnetic substance, ferromagnet, boundary conditions, magnetic circuit theorem, energy of magnetic field and density of magnetic energy, displacement current, Maxwell's equation, electromagnetic wave, Poynting vector.
电磁学课程的主要内容包括：静电的基本现象和基本定律，真空中的静电场，导体和电介质中的静电场，电场的能量与电场能量密度，稳恒电流，稳恒电流磁场的基本定律，运动电荷的电磁场，不同参照系之间电磁场的变换，电磁感应定律，涡旋电场，互感，自感，暂态过程，分子电流与磁介质，铁磁体，边界条件，磁路定理，磁场的能量和磁能密度，位移电流， Maxwell 方程组，电磁波和玻印廷矢量等。
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As part of the contents of this triangle involving more to the formula, with a corresponding change it, in solving problems, how to destinations such as triangular constant transformation trigonometric function is the key to learning paper presents some problems to resolve Trigonometric function methods and techniques, hope to play a role.
由于三角这部分内容所涉及到的公式比较多，相应地变化也就多，在解题中，如何有目的地进行三角恒等变换是学好三角函数的关键。本文介绍一些解决三角问题的方法和技巧，希望能起到抛砖引玉的作用。关键词三角函数；方法；技巧
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In addition, some new converters in VSCF wind generating system, such as rotor current controller, are also discoursed.
另外，还介绍了转子电流控制器等一些最新的在变速恒频风力发电系统中应用的电力电子变换技术。
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Based on one-cycle control having such merits as anti-perturbation of source, fast dynamic response, robustness, constant frequency, but when converter works in light load its power factor becomes very poor. The modified OCC was proposed, adopting feed-forward compensation control improves influence of power factor at light load, further study adopting independence saw tooth wave completely eliminate influence of power factor at light load.
基于单周期控制有源前端变换器具有抗电源扰动能力强、动态响应快、鲁棒性强、恒频控制等优点，但在轻载时变换器的功率因数变差，提出了改进OCC策略，采用前馈补偿控制改善轻载时对功率因数的影响，进一步研究采用独立的锯齿波电路完全消除轻载时对功率因数的影响，建立改进OCCAFE变换器的数学模型。
- 更多网络解释与恒等变换相关的网络解释 [注：此内容来源于网络，仅供参考]
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golden section number：黄金分割数(黄金分割率)
"回路","circuit" | "黄金分割数(黄金分割率)","golden section number" | "恒等自然变换","identity natural transformation"
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identic：恒等的,同一的
idempotent transformation | 幂等变换 | identic | 恒等的,同一的 | identical distribution | 相同分布
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identical representation：恒等表示
identical relation 恒等关系式 | identical representation 恒等表示 | identical transformation 恒等变换
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identical transformation：恒等变换
ident 识别 | identical transformation 恒等变换 | identification 识别
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identically distributed：恒等分布的
identical transformation 恒等变换 | identically distributed 恒等分布的 | identifiability 能识性
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identity natural transformation：恒等自然变换
"黄金分割数(黄金分割率)","golden section number" | "恒等自然变换","identity natural transformation" | "互素","prime to each other"
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unit theorem：单元定理
unit tensor 单位张量 | unit theorem 单元定理 | unit transformation 恒等变换
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unit transformation：恒等变换
unit theorem 单元定理 | unit transformation 恒等变换 | unit vector 单位向量