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Proof From the continuity of f and I j, j = 1, 2, …, n, we obtain the continuity and differentiability of φ and φ ′.
end{array} (69) Then, we obtain the continuity of (int g y mathbf {T} dy|s,a)) using the assumption that g is a bounded function.
Using the continuity of f and I j, j = 1, 2, …, N, we obtain the continuity and differentiability of J and J ∈ C 1 ( H 0 1 ( 0, T ), R ).
Now we see that (frac{partial }{partial t}phi (x,t_+0)=frac{partial }{partial t}phi (x,t_-0)=0), so we obtain the continuity of the function (frac{partial phi }{partial t}), specially, (frac{partial {phi } }{partial t}|_{(x,t_=0).
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In this article, we obtained the continuity results of eigenvalues and eigenfunctions and presented some new differential expressions of the eigenvalues with respect to the data.
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To apply Theorem 3.10 for (4.1), we put a more general constraint on Ω to obtain the Hölder continuity up to boundary.
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We first obtain the Lipschitz continuity of the solution (u=u alpha,beta)) with respect to coefficients α and β, and then prove that this equation is stable under the perturbation of coefficients.
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