Results 231 to 240 of about 76,640 (249)
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1993
The continuous nonlinear Schrodinger equation has both nonintegrable and integrable discretizations. In this paper we consider the question of whether these discretizations are equivalent as models for modulated waves on nonlinear lattices. The evolution equations for the envelope of discrete modulated waves on the sine-Gordon lattice are derived by ...
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The continuous nonlinear Schrodinger equation has both nonintegrable and integrable discretizations. In this paper we consider the question of whether these discretizations are equivalent as models for modulated waves on nonlinear lattices. The evolution equations for the envelope of discrete modulated waves on the sine-Gordon lattice are derived by ...
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Discrete Systems as Petri Modules
2021This chapter is about putting the Petri modules together in a modular Petri net. This chapter consists of three groups of sections. In the first section, nine blocks are introduced as the basic building blocks of a discrete system. The second section introduces six matrices, such as Adjacency, Laplacian, Reachability, Rader’s, Connection, and Component
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ON THE RELATIVE (QUASI-)DISCRETENESS OF MODULES
Ring Theory 2007, 2008In this paper we investigate the relative (quasi-) discreteness of any module M with respect to any module N. Let 0 -> N' -> N -> N '' -> 0 be an exact sequence and let M be an N-amply supplemented module. Assume that B(M/T, N) is closed under supplement submodules for every factor module M/T of M.
KESKİN TÜTÜNCÜ, DERYA +1 more
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Singular vectors and discrete modules
Russian Mathematical Surveys, 1986Let \({\mathcal L}\) be a complete \({\mathbb{Z}}\)-graded Lie superalgebra (in particular, a Lie algebra): \({\mathcal L}=L_ n\times L_{n+1}\times...\), where \(n\leq -1\), \(L_ i\) is finite-dimensional for \(i\geq n\), and \([L_ i,L_ j]\subset L_{i+j}\). Let \({\mathcal L}_ j=L_ j\times L_{j+1}\times...\), \(j\geq n\). The ground field is \({\mathbb{
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Convexity Theories VII. Discrete Γ-Convex Modules
Applied Categorical Structures, 2001zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Discrete Dram Components v Modules
New Electronics, 2019Do The Unique Features Of Dram Memory Modules Outweigh The Benefits Of Down-Board Drams?
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Discrete Representation of Photovoltaic Modules
IEEE Latin America Transactions, 2023Ana Beatriz Massaranduba +4 more
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General technique for discrete retardation-modulation polarimetry
Applied Optics, 1993The general theory and rigorous solutions of the Stokes parameters of light of a new technique in time-resolved ellipsometry are outlined. In this technique the phase of the linear retarder is stepped over three discrete values over a time interval for which the Stokes vector is determined.
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WEAKLY DISCRETE KOSZUL MODULES, II
2012This paper is a continuous work of “Y. Pan, Weakly discrete Koszul modules, submitted, (2011)” ([12]), where the so-called weakly discrete Koszul module was first introduced. In this paper, the Ext module of a weakly discrete Koszul module is studied.
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