Forced oscillation of sublinear impulsive differential equations via nonprincipal solution
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Date
2018
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Publisher
Wiley
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Abstract
In this paper, we give new oscillation criteria for forced sublinear impulsive differential equations of the form (r(t)x')' + q(t)vertical bar x vertical bar(gamma-1) x = f(t), t not equal theta(i); Delta r(t)x' + q(i)vertical bar x vertical bar(gamma-1) x = f(i), t = theta(i), where gamma is an element of(0, 1), under the assumption that associated homogenous linear equation (r(t)z')' + q(t)z = 0, t not equal theta(i); Delta r(t)z' + q(i)z = 0, t = theta(i). is nonoscillatory.
Description
Ozbekler, Abdullah/0000-0001-5196-4078; Mostepha, Naceri/0000-0002-3203-9888
Keywords
impulse, nonprincipal, oscillation, sublinear
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Citation
1
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Q1
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Source
Volume
41
Issue
9
Start Page
3335
End Page
3344