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Semilinear wave equation with time dependent potential
Authors:Nicola Visciglia
Abstract:We consider the following semilinear wave equation: (1) for (t,x) ∈ ?t × ?urn:x-wiley:01704214:media:MMA542:tex2gif-stack-1. We prove that if the potential V(t,x) is a measurable function that satisfies the following decay assumption: V(t,x)∣?C(1+t)urn:x-wiley:01704214:media:MMA542:tex2gif-sup-2(1+∣x∣)urn:x-wiley:01704214:media:MMA542:tex2gif-sup-3 for a.e. (t,x) ∈ ?t × ?urn:x-wiley:01704214:media:MMA542:tex2gif-stack-2 where C, σ0>0 are real constants, then for any real number λ that satisfies equation image there exists a real number ρ(f,g,λ)>0 such that the equation has a global solution provided that 0<ρ?ρ(f,g,λ). Copyright © 2004 John Wiley & Sons, Ltd.
Keywords:semilinear wave equations  the Cauchy problem  global solutions  time‐dependent potentials
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