Commun. Korean Math. Soc. 2019; 34(2): 361-374
Online first article April 12, 2019 Printed April 30, 2019
https://doi.org/10.4134/CKMS.c180063
Copyright © The Korean Mathematical Society.
Ahmad Moussavi, Farzad Padashnik, Kamal Paykan
Tarbiat Modares University; Tarbiat Modares University; Islamic Azad University
Let $R$ be a ring, $(S,\leq)$ a strictly ordered monoid, and $\omega: S\rightarrow {\rm End}(R)$ a monoid homomorphism. In \cite{zim}, Mazurek, and Ziembowski investigated when the skew generalized power series ring $R[[S,\omega]]$ is a domain satisfying the ascending chain condition on principal left (resp. right) ideals. Following \cite{zim}, we obtain necessary and sufficient conditions on $R$, $S$ and $\omega$ such that the skew generalized power series ring $R[[S,\omega]]$ is a right or left Archimedean domain. As particular cases of our general results we obtain new theorems on the ring of arithmetical functions and the ring of generalized power series. Our results extend and unify many existing results.
Keywords: skew generalized power series ring, strictly ordered monoid, Archimedean ring
MSC numbers: 16P70, 16P60, 13F10, 13J05
2015; 30(4): 363-377
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