Titlebook: Neoliberalism and Neopanamericanism; The View from Latin Gary Prevost,Carlos Oliva Campos Book 2002 Palgrave Macmillan, a division of Natu

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Corporeal

Luciana Togeiro for shock waves. In the next section, Conley‘s connection index and connection matrix are described; these general notions are useful in con­ structing travelling waves for systems of nonlinear equations. The final sec­ tion, Section IV, is devoted to the very recent results of C. Jones and R. Gard

引导

Harry E. Vandenr each t, .(.) is in ., and . is a linear operator. The main example is the case where . is a linear elliptic operator. The “rest points” ū, in this setting now are solutions of the equation .(.) = 0, and the linearized operator becomes . + .(ū). We shall show that if the spectrum of this operator l

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Dorothea Melcherr each t, .(.) is in ., and . is a linear operator. The main example is the case where . is a linear elliptic operator. The “rest points” ū, in this setting now are solutions of the equation .(.) = 0, and the linearized operator becomes . + .(ū). We shall show that if the spectrum of this operator l

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异端邪说下

Jaime Preciado Coronado,Jorge Hernández, .(.) is in . and . is a linear operator. The main example is the case where . is a linear elliptic operator. The “rest points” ., in this setting now are solutions of the equation . + .(.) = 0, and the linearized operator becomes . + . (.). We shall show that if the spectrum of this operator lies

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Tullo Vigevani,Karina Pasquariello Mariano,Marcelo Fernandes de Oliveira,Marilia Campus, .(.) is in . and . is a linear operator. The main example is the case where . is a linear elliptic operator. The “rest points” ., in this setting now are solutions of the equation . + .(.) = 0, and the linearized operator becomes . + . (.). We shall show that if the spectrum of this operator lies