Bibliography

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DHAGE B.C, Graef JR.  2010.  ON STABILITY OF ABSTRACT MEASURE DELAY INTEGRO-DIFFERENTIAL EQUATIONS. Dynamic Systems and Applications. 19:12.
DHAGE BAPURAO, DHAGE SHYAM.  2017.  DHAGE ITERATION METHOD FOR GENERALIZED QUADRATIC FRACTIONAL INTEGRAL EQUATIONS WITH MAXIMA. Dynamic Systems and Applications. 26(3&4):17.
DHAGE BAPURAOC.  2011.  THEORETICAL APPROXIMATION METHODS FOR HYBRID DIFFERENTIAL EQUATIONS. Dynamic Systems and Applications. 20:23.
DE_BLASI F.S.  2007.  BANACH-SAKS-MAZUR AND KAKUTANI-KY FAN THEOREMS IN SPACES OF MULTIFUNCTIONS AND APPLICATIONS TO SET DIFFERENTIAL INCLUSIONS. Dynamic Systems and Applications. 16:16.
DEREN FULYA, HAMAL NUKET, CERDIK TUGBA.  2015.  MONOTONE ITERATIVE TECHNIQUE AND EXISTENCE RESULTS FOR FRACTIONAL FUNCTIONAL DIFFERENTIAL EQUATIONS. Dynamic Systems and Applications. 24:13.
DE PABLO ARTURO.  2009.  CRITICAL COEFFICIENTS IN BLOW-UP PROBLEMS. Dynamic Systems and Applications. 18:22.
DASTRANJ ELHAM, NAMAZI SHIVA.  2017.  LOCAL RISK MINIMIZING OPTION IN A REGIME-SWITCHING DOUBLE HESTON MODEL. Dynamic Systems and Applications. 26(3&4):12.
DARWISH MOHAMEDABDALLA.  2011.  NONDECREASING SOLUTIONS OF A FRACTIONAL QUADRATIC INTEGRAL EQUATION OF URYSOHN-VOLTERRA TYPE. Dynamic Systems and Applications. 20:15.
DARWISH MOHAMED.  2008.  ON MONOTONIC SOLUTIONS OF A SINGULAR QUADRATIC INTEGRAL EQUATION WITH SUPREMUM. Dynamic Systems and Applications. 17:11.
DARWISH MOHAMED, NTOUYAS SOTIRIS.  2009.  FUNCTIONAL DIFFERENTIAL EQUATIONS OF FRACTIONAL ORDER WITH STATE-DEPENDENT DELAY. Dynamic Systems and Applications. 18:11.
DADS E.H., CIEUTAT P., LHACHIMI L..  2008.  POSITIVE ALMOST AUTOMORPHIC SOLUTIONS FOR SOME NONLINEAR INFINITE DELAY INTEGRAL EQUATIONS. Dynamic Systems and Applications. 17:24.
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CHO YEOL-JE, O’REGAN DONAL, STANEK SVATOSLAV.  2008.  ANTIPODAL FIXED POINT THEORY FOR VOLTERRA MAPS. Dynamic Systems and Applications. 17:6.
CHHETRI PRADEEPG, VATSALA AGHALAYAS.  2018.  EXISTENCE OF THE SOLUTION IN THE LARGE FOR CAPUTO FRACTIONAL REACTION DIFFUSION EQUATION BY PICARD’S METHOD. Dynamic Systems and Applications. 27(4):14.
CHENG DONGYA, YU CHANGJUN.  2017.  ASYMPTOTICS FOR THE RUIN PROBABILITIES OF A TWO-DIMENSIONAL RENEWAL RISK MODEL. Dynamic Systems and Applications. 26(3&4):18.
CHEN SHILIANG, LI WEIDE, MA ZHIHUI.  2018.  ANALYSIS ON A MODIFIED LESLIE-GOWER AND HOLLING-TYPE II PREDATOR-PREY SYSTEM INCORPORATING A PREY REFUGE AND TIME DELAY. Dynamic Systems and Applications. 27(2):26.
CHEN JINHAI, O’REGAN DONAL.  2009.  SOLVABILITY ANALYSIS OF PERIODIC SOLUTIONS FOR nTH ORDER DIFFERENTIAL EQUATIONS. Dynamic Systems and Applications. 18:7.
CHEBAN DAVIDNIKOLAI, MAMMANA CRISTIANA, MICHETTI ELISABETTA.  2015.  NON-AUTONOMOUS DIFFERENCE EQUATIONS: GLOBAL ATTRACTOR IN A BUSINESS-CYCLE MODEL WITH ENDOGENOUS POPULATION GROWTH. Dynamic Systems and Applications. 24:17.
CHATZARAKIS G.E., DEEPA M., NAGAJOTHI N., SADHASIVAM V..  2018.  ON THE OSCILLATION OF THREE DIMENSIONAL alpha-FRACTIONAL DIFFERENTIAL SYSTEMS. Dynamic Systems and Applications. 27(4):22.
CHATZARAKIS GEORGEE, JADLOVSKA IRENA.  2018.  DIFFERENCE EQUATIONS WITH SEVERAL NON-MONOTONE DEVIATING ARGUMENTS: ITERATIVE OSCILLATION TESTS. Dynamic Systems and Applications. 27(2):28.
CHATZARAKIS GEORGEE, JADLOVSKA IRENA.  2019.  EXPLICIT CRITERIA FOR THE OSCILLATION OF DIFFERENTIAL EQUATIONS WITH SEVERAL ARGUMENTS. Dynamic Systems and Applications. 28(2):26.
CHANG SHIH-SEN, CHO YEOL-JE, KIM JONG-KYU.  2008.  APPROXIMATION METHODS OF SOLUTIONS FOR EQUILIBRIUM PROBLEM IN HILBERT SPACES. Dynamic Systems and Applications. 17:11.
CHANG JUNG-CHAN, LANG CHENG-LIEN.  2007.  GLOBAL EXISTENCE FOR RETARDED VOLTERRA INTEGRODIFFERENTIAL EQUATIONS WITH HILLE-YOSIDA OPERATORS. Dynamic Systems and Applications. 16:17.
CHAN C.Y, TRAGOONSIRISAK P..  2011.  A QUENCHING PROBLEM DUE TO A CONCENTRATED NONLINEAR SOURCE IN AN INFINITE STRIP. Dynamic Systems and Applications. 20:13.
CHAN C.Y.  2009.  QUENCHING CRITERIA FOR A DEGENERATE PARABOLIC PROBLEM DUE TO A CONCENTRATED NONLINEAR SOURCE. Dynamic Systems and Applications. 18:7.
CHAN C.Y, TREEYAPRASERT T..  2009.  QUENCHING FOR A PARABOLIC PROBLEM DUE TO A CONCENTRATED NONLINEAR SOURCE ON A SEMI-INFINITE INTERVAL. Dynamic Systems and Applications. 18:8.