Suppose Γ is an infinite resistive electrical network with resistors of the form (2). We prove an existence and uniqueness theorem for the current generated by external current sources by establishing the analogue of Thomson’s principle in suitable modular sequence spaces
DE MICHELE, L., Soardi, P. (1990). A Thomson's principle for infinite, nonlinear resistive networks. PROCEEDINGS OF THE AMERICAN MATHEMATICAL SOCIETY, 109(2), 461-468 [10.1090/S0002-9939-1990-1014643-1].
A Thomson's principle for infinite, nonlinear resistive networks
DE MICHELE, LEONEDE;SOARDI, PAOLO MAURIZIO
1990
Abstract
Suppose Γ is an infinite resistive electrical network with resistors of the form (2). We prove an existence and uniqueness theorem for the current generated by external current sources by establishing the analogue of Thomson’s principle in suitable modular sequence spaces
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