Linear right ideal nearrings.

Magill, Kenneth D.jun.

Displaying similar documents to “Linear right ideal nearrings.”

Some remarks on the equation $F [n] = k F [m]$ in Fibonacci numbers.

Farrokhi D.G., M. (2007)

Journal of Integer Sequences [electronic only]

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On ideal equal convergence

Rafał Filipów, Marcin Staniszewski (2014)

Open Mathematics

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We consider ideal equal convergence of a sequence of functions. This is a generalization of equal convergence introduced by Császár and Laczkovich [Császár Á., Laczkovich M., Discrete and equal convergence, Studia Sci. Math. Hungar., 1975, 10(3–4), 463–472]. Our definition of ideal equal convergence encompasses two different kinds of ideal equal convergence introduced in [Das P., Dutta S., Pal S.K., On and *-equal convergence and an Egoroff-type theorem, Mat. Vesnik, 2014, 66(2), 165–177]_and...

A supplement to the Iomdin-Lê theorem for singularities with one-dimensional singular locus

Mihai Tibăr (1996)

Banach Center Publications

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To a germ $f : (ℂ^{n}, 0) \to (ℂ, 0)$ with one-dimensional singular locus one associates series of isolated singularities $f_{N} : = f + l^{N}$ , where l is a general linear function and $N \in$ . We prove an attaching result of Iomdin-Lê type which compares the homotopy types of the Milnor fibres of $f_{N}$ and f. This is a refinement of the Iomdin-Lê theorem in the general setting of a singular underlying space.