AbstractThe oscillation of the second-order nonlinear partial difference equationT(△1,△2)[cmn△1(ymn)]+∑i=1sai(m,n)fi(ym+1,n,△1(ymn))=0is investigated. Some sufficient conditions for the oscillation of all solutions of the above equation are obtained
AbstractIn this remark, we shall show a counter example for the main result of the paper [S.T. Liu, ...
Abstract: In this paper, we consider certain nonlinear partial difference equations aAm+1,n + bAm,n+...
AbstractThe oscillation of the second order difference equation Δ(cnΔyn) + pnyvn + 1 = 0, n = 0, 1, ...
AbstractThis paper is concerned with two partial difference equations of the formAm+1,n+Am,n+1−Am,n+...
AbstractThis paper studies the following two-dimensional nonlinear partial difference systems T(∇1,∇...
AbstractIn this paper we consider the second order nonlinear difference equation[formula]where Δyn=y...
10.1006/jmaa.1996.0469Journal of Mathematical Analysis and Applications2043813-82
AbstractIn this paper, we obtain some sufficient conditions for the oscillation of all solutions of ...
AbstractSome new oscillation and nonoscillation theorems are obtained for second order nonlinear dif...
AbstractFor the partial difference equations Am−1,n+Am,n−1−Am,n+Pm,nAm+k,n+1=0 and Am−1,n+Am,n−1−Am,...
AbstractWe offer sufficient conditions for the oscillation of all solutions of the partial differenc...
AbstractThe asymptotic and oscillatory behavior of solutions of some general second-order nonlinear ...
AbstractNew oscillation and nonoscillation theorems are obtained for the second-order linear differe...
AbstractCriteria are given to determine the oscillatory property of solutions of the nonlinear diffe...
Abstract: Our purpose in this paper is to give the sufficient conditions for the oscillation of solu...
AbstractIn this remark, we shall show a counter example for the main result of the paper [S.T. Liu, ...
Abstract: In this paper, we consider certain nonlinear partial difference equations aAm+1,n + bAm,n+...
AbstractThe oscillation of the second order difference equation Δ(cnΔyn) + pnyvn + 1 = 0, n = 0, 1, ...
AbstractThis paper is concerned with two partial difference equations of the formAm+1,n+Am,n+1−Am,n+...
AbstractThis paper studies the following two-dimensional nonlinear partial difference systems T(∇1,∇...
AbstractIn this paper we consider the second order nonlinear difference equation[formula]where Δyn=y...
10.1006/jmaa.1996.0469Journal of Mathematical Analysis and Applications2043813-82
AbstractIn this paper, we obtain some sufficient conditions for the oscillation of all solutions of ...
AbstractSome new oscillation and nonoscillation theorems are obtained for second order nonlinear dif...
AbstractFor the partial difference equations Am−1,n+Am,n−1−Am,n+Pm,nAm+k,n+1=0 and Am−1,n+Am,n−1−Am,...
AbstractWe offer sufficient conditions for the oscillation of all solutions of the partial differenc...
AbstractThe asymptotic and oscillatory behavior of solutions of some general second-order nonlinear ...
AbstractNew oscillation and nonoscillation theorems are obtained for the second-order linear differe...
AbstractCriteria are given to determine the oscillatory property of solutions of the nonlinear diffe...
Abstract: Our purpose in this paper is to give the sufficient conditions for the oscillation of solu...
AbstractIn this remark, we shall show a counter example for the main result of the paper [S.T. Liu, ...
Abstract: In this paper, we consider certain nonlinear partial difference equations aAm+1,n + bAm,n+...
AbstractThe oscillation of the second order difference equation Δ(cnΔyn) + pnyvn + 1 = 0, n = 0, 1, ...
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