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New separation axioms in generalized bitopological spaces
Mathematical Sciences ( IF 1.9 ) Pub Date : 2020-05-23 , DOI: 10.1007/s40096-020-00330-z
Amar Kumar Banerjee , Jagannath Pal

Here, we have studied the ideas of (st)-\(g_{\rho }\) and (st)-\(\lambda _{\rho }\)-closed sets \((s,t=1,2;\,\, s\not =t)\) and pairwise \(\lambda\)-closed sets in a generalized bitopological space \((X,{\rho_{1}}, {\rho_{2}})\). We have investigated the properties on some new separation axioms namely pairwise \(T_\frac{1}{4}\), pairwise \(T_\frac{3}{8}\), pairwise \(T_\frac{5}{8}\) and have established mutual relations with pairwise \(T_0\), pairwise \(T_\frac{1}{2}\) and pairwise \(T_1\). Also we have shown that under certain conditions, these axioms are equivalent.

中文翻译:

广义位空间中的新分离公理

在这里,我们研究了(s,  t)- \(g _ {\ rho} \)和(s,  t)- \(\ lambda _ {\ rho} \)-闭集\((s,t = 1,2; \,\,s \ not = t)\)和成对\(\ lambda \) -在广义位空间中的封闭集\((X,{\ rho_ {1}},{\ rho_ { 2}})\)。我们研究了一些新的分离公理的性质,即成对\(T_ \ frac {1} {4} \),成对\(T_ \ frac {3} {8} \),成对\(T_ \ frac {5} {8} \)并与成对\(T_0 \),成对\(T_ \ frac {1} {2} \)建立了相互关系和成对\(T_1 \)。我们还表明,在某些条件下,这些公理是等效的。
更新日期:2020-05-23
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