Add to ORKGABSTRACT. We establish the equivalence of oscillatory behavior of a certain pair of even-order time scale dynamic equations with mixed derivatives. For the special time scales T = R and T = N, this statement is usually referred to as the reciprocity principle. AMS (MOS) Subject Classication. 39A1
AbstractInterval oscillation criteria are established for a second-order nonlinear dynamic equation ...
Until recently, mathematical models of natural occurrences were either exclusively continuous or dis...
Until recently, mathematical models of natural occurrences were either exclusively continuous or dis...
The theory of time scales was introduced by Stefan Hilger in his 1988 PhD dissertation, [18]. The st...
Abstract In this paper, we investigate oscillatory and asymptotic properties for a class of fraction...
The theory of time scales was introduced by Stefan Hilger in his 1988 PhD dissertation, [18]. The st...
The theory of time scales was introduced by Stefan Hilger in his 1988 PhD dissertation, [18]. The st...
summary:One of the important methods for studying the oscillation of higher order differential equat...
summary:One of the important methods for studying the oscillation of higher order differential equat...
In this article, several new oscillation theorems for n-th-order neutral dynamic equations with mix...
One of the important methods for studying the oscillation of higher order differential equations is ...
In this chapter, we introduce the study of disconjugacy of nth order dynamic equations on time scale...
In past years mathematical models of natural occurrences were either entirely continuous or discrete...
In past years mathematical models of natural occurrences were either entirely continuous or discrete...
In past years mathematical models of natural occurrences were either entirely continuous or discrete...
AbstractInterval oscillation criteria are established for a second-order nonlinear dynamic equation ...
Until recently, mathematical models of natural occurrences were either exclusively continuous or dis...
Until recently, mathematical models of natural occurrences were either exclusively continuous or dis...
The theory of time scales was introduced by Stefan Hilger in his 1988 PhD dissertation, [18]. The st...
Abstract In this paper, we investigate oscillatory and asymptotic properties for a class of fraction...
The theory of time scales was introduced by Stefan Hilger in his 1988 PhD dissertation, [18]. The st...
The theory of time scales was introduced by Stefan Hilger in his 1988 PhD dissertation, [18]. The st...
summary:One of the important methods for studying the oscillation of higher order differential equat...
summary:One of the important methods for studying the oscillation of higher order differential equat...
In this article, several new oscillation theorems for n-th-order neutral dynamic equations with mix...
One of the important methods for studying the oscillation of higher order differential equations is ...
In this chapter, we introduce the study of disconjugacy of nth order dynamic equations on time scale...
In past years mathematical models of natural occurrences were either entirely continuous or discrete...
In past years mathematical models of natural occurrences were either entirely continuous or discrete...
In past years mathematical models of natural occurrences were either entirely continuous or discrete...
AbstractInterval oscillation criteria are established for a second-order nonlinear dynamic equation ...
Until recently, mathematical models of natural occurrences were either exclusively continuous or dis...
Until recently, mathematical models of natural occurrences were either exclusively continuous or dis...