Canadian Journal of Mathematics |
Common terms and phrases
2-metric space A-module assume Blaschke product bounded cartesian product chain closed interval closed ray collectionwise normal commutative completes the proof condition contains continuous pseudometric Corollary cosets countable critical indices cycle index decomposition defined denote dim S(G dual ideals edge element embedding exists F-closed F-divisible finite cozero-set cover finite number finite open cover hence ideal topology idempotent implies inequality infinite injective integers integral domain interval topology irreducible isometry isomorphism lattice Lemma locally finite locally finite cozero-set locally finite open magic Math module noetherian non-zero normal space obtain open cover ordered set P-embedded P-primary ideal partially ordered sets permutation points positive integer prime-magic product topology projective Proposition prove pseudo-magic r-torsion-free real numbers result right ideals ring satisfies self-centred semi-magic sequence statements are equivalent super-magic Suppose topological space topologizing and idempotent unimodular lattice vector vertex zero