1) pre-cotopology
预余拓扑
1.
The notions of pre-cotopology,pre-closure operator,family of pre-outside-derived operators,pre-interior operator,family of covers,and their orders on a given complete lattice are introduced,and the way to determine pre-cotopologies on a complete lattice is studied.
通过定义完备格L上的预余拓扑、预闭包算子、预外导算子族、预内部算子、覆盖族及它们上的序关系,研究给定完备格L上预余拓扑的确定方式。
2) L-precotopological space
L-预余拓扑空间
1.
An L—precotopological space differs from an L—cotopological space (the latter is a particular example of L-precotopological space), and its conception is more extensive and it also has good nature.
L-预余拓扑空间以L-余拓扑空间为特例但又不同于L-余拓扑空间,其范围更广且具有良好的性质。
3) Topology redundancy
拓扑冗余
4) Co-Topology
余拓扑
1.
In this paper the authors choose an appropriate closure operation and give a closure representation of η s finest accompanied co-topology F(η) for a given topological molecular lattice (L,η).
该文选用恰当的闭包算子 ,对给定的拓扑分子格 (L,η)中 η的最细伴随余拓扑 F(η)进行刻划 ;其次刻划了拓扑分子格中无处稠密元 ,讨论无处稠密元、半闭包算子和半内部算子之间的关系 ,特别引入了半同胚的概念 ,并证明无处稠密性是半同胚性质。
2.
In this paper,we defined LF sets a new extension in L-Fuzzy subspace,thus intorduced the relation between the extension and the L-Fuzzy space by the co-topology,and gave its representations and the specific case further.
在L-Fuzzy子空间中定义了LF集的另一种扩张,从余拓扑的角度研究了它与L-Fuzzy拓扑空间的关系,并给出了这种扩张的具体表现以及L~Y中F格同构与L_X中某一子格的特殊形式。
5) L fuzzy co topology
LF余拓扑
6) L fuzzy T 3 co topology
T_3LF余拓扑
补充资料:拓扑结构(拓扑)
拓扑结构(拓扑)
topologies 1 structure (topology)
拓扑结构(拓扑)【t哪d哈eal structure(to和如罗);TO-no“orHtlec~cTpyKTypa」,开拓扑(oPen to和fogy),相应地,闭拓扑(closed topofogy) 集合X的一个子集族必(相应地居),满足下述J胜质: 1.集合x,以及空集叻,都是族。(相应地容)的元素. 2。(相应地2劝.。中有限个元素的交集(相应地,居中有限个元素的并集),以及已中任意多个元素的并集(相应地,居中任意多个元素的交集),都是该族中的元素. 在集合X上引进或定义了拓扑结构(简称拓扑),该集合就称为拓扑空间(topological sPace),其夕。素称为.l5(points),族份(相应地居)中元素称为这个拓扑空问的开(open)(相应地,闭(closed))集. 若X的子集族份或莎之一已经定义,并满足性质l及2。。(或相应地l及2衬,则另一个族可以对偶地定义为第一个集族中元素的补集族. fl .C .A二eKeaH及pos撰[补注1亦见拓扑学(zopolo群);拓扑空l’ed(toPo1O廖-c:,l印aee);一般拓扑学(general toPO】ogy).
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参考词条