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[26] AronsonDG,WeinbergerHF.Nonlineardiffusion inpopulationgenetics, combustionand
nervepulsepropagation.In:GoldstainJA,editor.PartialDifferentialEquationsandRelated
Topics,LectureNotes inMathematics.Berlin/NewYork:Springer-Verlag;1975;pp.446
[27] Okrasiski W, Parra MI, Cuadros F. Modeling evaporation using a nonlinear diffusion
equation. JournalofMathematicalChemistry. 2001;30(2):195
[28] MikulaK,RamarosyN. Semi-implicit finite volume scheme for solvingnonlinear diffu-
sionequations in imageprocessing.NumerischeMathematik. 2001;89(3):561-590
[29] SomasundrumM,AokiK.Thesteady-state currentatmicrocylinderelectrodesmodified
by enzymes immobilized in conducting or non-conductingmaterial. Journal of Electro-
analyticalChemistry. 2002;530(1–2):40-46
[30] EswariA, RajendranL.Analytical solution of steady state current an enzymemodified
microcylinderelectrodes. JournalofElectroanalyticalChemistry. 2010;648:36-46
[31] Murray JD.MathematicalBiology.Vol. 175.Berlin: SpringerVerlag;1989
[32] MeenaA, EswariA, Rajendran L.Mathematicalmodelling of enzyme kinetics reaction
mechanisms and analytical solutions of nonlinear reaction equations. Journal ofMathe-
maticalChemistry. 2010;48:179-118
[33] Limoges B, Moiroux J, Savéant J-M. Kinetic control by the substrate and/or the co-
substrate in electrochemicallymonitored redox enzymatic homogeneous systems cata-
lytic responses incyclicvoltammetry. JournalofElectroanalyticalChemistry.2002;521:1-7
[34] Rasi M, Rajendran L, Subbiah A. Analytical expression of transient current-potential for
redoxenzymatichomogenoussystem.SensorsandActuatorsBChemical.2015;B208:128-136
[35] AlquranM, Al-Khaled K, AnanbehH.New soliton solutions for systems of nonlinear
evolution equations by the rational sine-cosine method. Studies in Mathematical Sci-
ences. 2011;3(1):1-9
[36] MalflietW. Solitary wave solutions of nonlinear wave equations. American Journal of
Physics. 1992;60(7):650-654
[37] El-Wakil SA,AbdouMA.Newexact travellingwave solutionsusingmodified extended
tanh-functionmethod.ChaosSolitonsFractals. 2007;31(4):840-852
[38] Xia TC, Li B, Zhang HQ. New explicit and exact solutions for the Nizhnik-Novikov-
Vesselovequation.AppliedMathematicsE-Notes. 2001;1:139-142
[39] IncM,ErgutM.Periodicwavesolutionsfor thegeneralizedshallowwaterwaveequation
by the improved Jacobi elliptic functionmethod.AppliedMathematics E-Notes. 2005;5:
89-96
[40] ZhangS. Theperiodicwave solutions for the 2+1-dimensionalKonopelchenkoDubrovsky
equations.ChaosSolitonsFractals.2006;30:1213-1220
[41] Feng ZS. The first integer method to study the Burgers-Kortewegde Vries equation.
JournalofPhysicsA:Mathematical andGeneral. 2002;35(2):343-349
Advanced Chemical
Kinetics34
zurück zum
Buch Advanced Chemical Kinetics"
Advanced Chemical Kinetics
- Titel
- Advanced Chemical Kinetics
- Autor
- Muhammad Akhyar Farrukh
- Herausgeber
- InTech
- Ort
- Rijeka
- Datum
- 2018
- Sprache
- englisch
- Lizenz
- CC BY 4.0
- ISBN
- 978-953-51-3816-7
- Abmessungen
- 18.0 x 26.0 cm
- Seiten
- 226
- Schlagwörter
- Engineering and Technology, Chemistry, Physical Chemistry, Chemical Kinetics
- Kategorien
- Naturwissenschaften Chemie