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63. Menzinger Al. lankowski P., Heterogeneities and stirring effects in the Belousov —Zhabotinskii reaction, J. Phys. Chem, 90, 1217-1219, 1986. «"0// P., Sehwitters B. Oscillations, excitability and stirring effects in closed methylmalonic acid Belousov — Zhabolinskii system, Leitsch. Phys. Chem. Neue Folgc, 135, 171 — 184, 1983. J ,
l>b. Hansen E. W., Gran H. C, Ruoff P., Identification oi reaction products and stoichiometry of the overall process in the methylmalonic acid Belousov — Zhabotinskii oscillator. A 41 N.MR studv, J. P1"-* (hem. 89, 682-684, 19S6.
reaction wilh "^???, hichel complex will, a 61- Й-п,спі1.е!ччї'іе"ааге macrocyclic ligand in oc.dic bromate medium, Inorg,
CS Л- "- Яч^шрскпй к. Б., Тихонова Л. П.
Кпмппексы мети с 14-18-членными макроцпклическнми тетраазалиган-
тамн її их участие в колебательных химических реакциях, - loop, экс-
ш'п хим 1986 т 22, с. 59—64. 69 SwinnefH., Roux 1. С, Cl.emical chaos. In: Non-equilibrium dynamics in
Chem Systems, Vidal С. and Pacault A. Eds, Sprmger-Verlag, 1984. TO Maselko J Swinney H. I, A complex transition sequence in the Belou-
sov— Zhabotinskii reaction, Physica Scripta, T9, 35—39, 1985.
71 Coiiman A', McCormic D. D., Swinney H. L., Multiplicity in a chemical reaction with one-dimentional dynamics, Phys. Rev. Lett, 56, 999—1002, 1986.
72 Bagley R. 1., Mayer-Kress G., Tanner I., Doyne. Mode locking the Be-lousov — Zhabotinskii reaction and one-dimentional mapping, Phys. Lett, 114A, 419—424, 1986.
73. lmada K-. Tei T., Bifurcation and chaos caused by an external periodic-force hi the Oregonator model of Belousov — Zhabotinskii reaction, J. Phys. Soc. Japn, 55, 743—752, 1986,
74 Piltovsku A S., A dynamic model for periodic and chaotic oscillations in the Belousov —Zhabotinskii reaction, Phys. Lett, 85A, 13—16, 1981.
75. Naparstek A, Thomas D, Cnptat S. R., An experimental enzymemembrane oscillator, Biochim. Biophys. Acta, 323, 643—616, 1973.
76. Alatngir M., Epstein I. R, Experimental study of complex dynamical behavior in coupled chemical oscillators, J. Phys. Chem, 88, 2848—2851, 1984,
77. Rastogi R. P.. Das 1., Singh A. R., A new iodate driven nonperiodic oscillatory reaction in a continuosly stirred tank reaction, J. Phys. Chem, 88, 5132—5134, 1984.
78. Maselko 1., Epstein 1., Dynamical behavior of coupled chemical oscillators: chloride-thiosulfate-iodide-iodine, J. Phys. Chem, 88, 5305—5308, 1984.
79. Epstein 1., Kuslin K., A mechanism for dynamical behavior in the oscillatory chlorite-iodide reaction, J. Phys. Chem, 89, 2275—82 1985.
SO. Simoyi R., Autocatalytic chlorite-bromide reaction, J. Phvs Chem 89,
3570—3574, 1985. . '
81. Alamgir M., Epstein 1.. New chlorite oscillators: chlorite-bromide and si ^'""^•''•'"cyanate in CSTR, J. Phys. Chem, 89, 3611-3614 1985. «-. neck M. T Rabat 0, Oscillations and oligo-oscillations in hydrogen ion
concentration, J. Phys. Chem, 89, 3907-3910 1985 Н.1. fuj»pinsku ?., Epstein 1., A model for stirring effects on transitions in ». ™anlt> chemical systems, J. Client. Phys, 82, 53-57 1985
?iZ"h і ' І;/К'н",A now l»logen-force chemical oscillator: the reac-
Й,вдйвї» 1,ydrogcn perocide in a CSTR' J' Am- chcm'
**¦ ,y^№e,axation in a «
>'>¦ Gauauutlusubramanian «., Showalter K., Relaxation behavior in a bistable
Ппіюдацтель"ая литература_^__т
chemical system near the critical point and hysteresis limits J Chem Phys, 84, 5427-5436, 1986. ' J- ^nem-
90. Nagypal /¦¦ Epstein 1., Kuslin K., Systematic design ol chemical oscillators, p. 32. Kinetics and mechanism of the reaction between thiosulfan and chloride ions at 90°, Int. J. Chem. Kinet, 18, 345—353 1986
91. Simoyi R., De Kepper P., Epstein 1., Kuslin K., Reaction' between permanganate ion and hydrogen peroxide: kinetics and mechanism of the initial phase of the reaction, Inorg. Chem., 25, 538—542, 1986.
92. Maselko I., Alamgir Al., Epstein 1., Bifurcation analysis of a system of coupled chemical oscillators: bromate-chlorite-iodide, Physica (Amst 1 19D, 153-161, 1986. ¦''
93. Edblont E. C, Orban M.. Epstein 1., A new iodate oscillator: the Landolt reaction with ferrocyanide in CSTR, J, Am. Chem. Soc, 108, 2826—2830 1986.
94. Citri 0., Epstein /., Systematic desighn of chemical oscillators. 33. Mi -chanism for the oscillatory bromate-iodide reaction, J. Am Chem Soc 108, 357-363, 1986.
95. Nagi/ A., Treindl L., A new non-halogen-based chemical oscillator Nature 3201, 3-14—345, 1986.
96. Turing A., The chemical basis of morphogenesis, Phil. Trans Rov Soc 237B, 37—72, 1952,
97. Livshits Al. A., Chemical waves as a result of instability in reaction diffusion systems, Zeitsch. Phys., 53B, 83—88, 1983.
98. Маломед Б. А. Пульсирующие автоколебательные волны. — Ж. техн. физ., 1984, т. 54, с. 233—240.
99. Malomed В. A., Non-linear waves in the non-equilibrium svstems oi the oscillatory type. Pari I, Zeitsch. Phys., 55B, 241—248, 1984.
100. Rovinsky A. B., Turing bifurcation and stationary patterns in the ferroin catalyzed Belousov — Zhabotinskii reaction, J. Phys. Chem., 91, 4606—13, 1987.
