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Article

Keywords:
zero-dimensionality; covering dimension; inductive dimension; subgroup; locally compact group
Summary:
Improving the recent result of the author we show that $\operatorname{ind}H=0$ is equivalent to $\operatorname{dim} H=0$ for every subgroup $H$ of a Hausdorff locally compact group $G$.
References:
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[3] Shakhmatov D.B.: Imbeddings into topological groups preserving dimensions. Topology Appl. 36 (1990), 181-204. MR 1068169 | Zbl 0709.22001
[4] Tkačenko M.G.: Factorization theorems for topological groups and their applications. Topology Appl. 38 (1991), 21-37. MR 1093863
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