- 更多网络例句与交换子相关的网络例句 [注：此内容来源于网络，仅供参考]
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As the center or the Algebra subalgebra of a algebra plays an important role in reducing the number of state variables, the cartan subalgebra is a maximum Abelian subalgebra of an algebra, so it can be a powerful tool for the structure simplification of control systems.
由于代数的中心，或交换子代数在系统的变量降低方面具有重要作用，而Cartan子代数是李代数的极大交换子代数，因而它能成为简化系统结构的有力工具，第二部分利用向量场的积分曲线所定义的映射，构造出一个S—坐标，在该坐标下任一向量场都有一个标准的表示方法，一种无穷级数表示方法。
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Ringrose began to study nest algebras in the 1960s, many people have devoted themselves to the study of non-selfadjoint and reflexive operator algebras including nest algebras, commutative subspace lattice algebras, completely distributive subspace lattice algebras and so on, and obtain a lot of beautiful achievements.
自从60年代J.Ringrose开始研究套代数以来，人们对套代数、交换子空间格代数和完全分配子空间格代数等非自伴自反算子代数进行了深入研究，并且取得了大量出色的研究成果。
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Not every subgroup of a D-group is also a D-group. If a subgroup is a D-group we call the subgroup "sub- D -group." The "commutator ideal" of G is the smallest sub-D-group containing its commutator subgroup. We found that the commutator ideal can be viewed as a finitely generated module over a ring when G is a finitely generated metabelian D-group.
并非每个子群都是一个可除群，若一个子群是可除群，我们称之为子可除群(sub-D-group)，而G 的交换子理想则是在G中包含其导出群的最小子可除群，我们发现当G是一个有限生成亚交换可除群时，其交换子理想是一个有限生成模。
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In Chapter 2,we obtain some boundedness results on MK_~for a class of higher order commutators T_~m and M_~m generated by fractional integral operators T_l and maximal fractional integral operators M_l with function bin BMOrespectively.
第二章得到了一类由分数次积分算子及分数次极大算子分别和BMO函数生成的高阶交换子T_~m及M_~m在MK_~上的有界性结果。
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In chapter four,we investigate the compactness of comm-utators of CZO and fractional integral operator with VMO functions.
本文第四章研究Calderon-Zygmund算子和分数次积分算子与VMO函数的交换子的紧性问题。
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In this paper,we study the boundedness of multilinear commutators of singular integral operators and fractional integral operators with smooth functions.
本文主要研究奇异积分算子和分数次积分算子与光滑函数生成的多线性交换子的有界性问题。
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In chapter 1,we simply introduce the development in the study of the boundedness of multilinear commutators of singular integral operators and fractional integral operators.
第2章讨论奇异积分算子和分数次积分算子与Besov函数生成的交换子在L~d上的映射性质。
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In the meanwhile,we also establish the boundedness results of the higher order commutators generated by Hardy-Littlewood maximal operator with rough kernels and corresponding fractional maximal operator with rough kernels on MK_~.
同时还建立了Hardy-Littlewood极大粗糙算子和相应的分数次极大粗糙算子所生成的高阶交换子在MK_~上的有界性。
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The problems concerned with Hardy class,the singular integral and fractio-nal integral operators as well as ...
Hardy类，奇异积分算子和分数次积分算子及其交换子问题在现代调和分析中具有十分重要的作用。
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Since the commutators of both sing-ular integral operators and fractional integral operator with BMO functions areone of the special cases of〓,so the discussion of the boundedness of〓notonly gives a new proof of the boundedness of the two commutators,but al-soweakens some of restrictions into discuss the problem,thus it impro-vessome of results inwith the method of complex analysis,show-ed boundedness of〓,then directly obtained boundedness of the commutato-rs of fractional integral operator with BMO functions.
既然奇异积分算子和分数次积分算子与BMO函数的交换子是其特殊情形，所以〓的有界性的讨论不仅给出了中关于这两类交换子有界性的一个新的证明，而且减弱了中讨论这一问题时对齐型空间所作的限制，从而改进了中的结果（利用复分析的方法，先证明〓的有界性，从而直接得到分数次积分算子与BMO函数的交换子〓的有界性。
- 更多网络解释与交换子相关的网络解释 [注：此内容来源于网络，仅供参考]
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anticommutation relation：反交换关系
"anti-coincidence","逆符合" | "anticommutation relation","反交换关系" | "anticommutator","反交换子"
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anticommutator：反交换子
"anticommutation relation","反交换关系" | "anticommutator","反交换子" | "anticorrelation","反关联"
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commutant：交换子
交换图表|commutative diagram | 交换子|commutant | 交结数|intertwining number
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double commutant：二次交换子
二次互反律|quadratic reciprocity law | 二次交换子|double commutant | 二次空间|quadratic space
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commutator：交换子
数学里的交换子(commutator)可以说是二元运算元. 在 G 群中的元素g天蛾人(Mothman)是一种传说中的生物. 传说中出没於 的
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exon exchange：外显子互换,外显子交换
exon 外显子 | exon exchange 外显子互换,外显子交换 | exon shuffling 外显子改组[在I 组内含子所编码的酶作用下将内含子转移至无内含子的相应
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ion exchange membrane：離子交換膜 离子交换膜
ion-exchange cellulose 離子交換纖維素 离子交换纤维素 | ion-exchange membrane 離子交換膜 离子交换膜 | ion-exchange resin 離子交換樹脂 离子交换树脂
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one parameter subgroup：迷向子群
交换子群:Abelian subgroup | 极大子群:maximal subgroup | 迷向子群:one parameter subgroup
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recon：交换子
根据互补测验,顺反子是个基本的功能单位,在这个含义上它与经典的基因概念相同;顺反子内有许多称为突变子(muton)的突变单位,每个突变子可小到一个核昔酸对;顺反子内有许多称为交换子(recon)的交换(重组)单位,
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commutator subgroup：交换子子群
交换子序列 commutator series | 交换子子群 commutator subgroup | 交换 commute