… Such that has a unique maximal submodule, say N, we only have to show that M is a
cyclic module . To consider x ∈ M and x ∉ N, so Rx + N = M and since M is a hollow …

The use of CO 2 as a C1 building block will be of essential importance in the future. In this
context the synthesis of cyclic carbonates from epoxides and CO 2 gained great attention …

… The present paper describes the modular path integral … of systems with side chains or cyclic
structures, to the simulation of … The initial condition may correspond to a pure state, or may …

… For Tate modules, we use modules that are graded by a finite cyclic group instead of Z. If
A is a symmetric monoidal abelian category, we denote by gr(m)A the category of Z/m-graded …

… In this study, the counter-current flow CMR module using Pd 60 wt.% Cu 40 wt.% membrane
… The cyclic sequence of the PSA process is presented in Fig. 3. The two-layered-bed PSA …

… Even if V is infinite, we define a unital L-module as a module M with the property that M L =
M , ie, for any m in M we can find λ 1 , λ 2 , … , λ n in L and m 1 , m 2 , … , m n in M so that m = …

… to yield products with a specific purity will briefly be mentioned. … lipopeptides and is divided
in cyclic, partial cyclic, and linear. In … The modules with the respective domains and the amino …

… This paper is built on the following observation: the purity of … (classical, cyclic, nonsymmetric,
cyclic nonsymmetric) and to … –modules, Bij –modules, Ord –modules, Cyc–modules and …

… Recall that an R-module A is called absolutely pure if A is a pure submodule in every R-…
R-module N. Hence, an absolutely pure module is precisely an FP-injective module in [15]. …

… of H such that H/P is ∑ -cyclic and there is an injective homomorphism φ : P → G … module
which is a direct sum of uniserial modules, is pure-complete, it follows that M is ω-totally pure-…