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Колебания и бегущие полны в химических системах - Филд Р.

Филд Р. , Бургер М. Колебания и бегущие полны в химических системах. Под редакцией д-ра физ.-мат. наук, проф. А.М. Жаботинского — M.: Мир, 1988. — 720 c.
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253. Edelson D.. Noyes R. M. (1979), Detailed Calculations Modeling the Oscillatory Bray-Liebhafsky Reaction. J. Phys. Chen,.. 83, 212.

254. Edelson D.. Noyes R. M.. Field R. 1. (1979), Mechanistic Details of the Belousov — Zhabotinskii Oscillations, Part 2. The Organic Reaction Subset, Int J. Chem. Kinet., 11, 155.

255, D. (1981а). Computer Simulation in Chemical Kinetics, Science,

ow V,M?o,!'t) (l'J8Ib) Mechanistic Details of the Belousov-Zhabotinskii 25 Os Ш ions. Part 1. Sensitivity Analysis, Int. J. Chem. Kind. .3 1.75. 9-,7 и to,, D Thomas V. Al. (1981), SeIiSiI1V1Iy Analysis of Oscillating 2j7' Re Cns Part 1. The Period it the Oregonator, J. Phys. Chem., 85 1555. осо F1IfIs0n D (1983) Sensitivity Analysis of Proposed Mechanisms for the 258' I^gs Rauscher Oscillating Reaction, J. Phys, Chen,., 87, 1204

259 Eggerl 1.. Sehamov B. (1921), Eimge Analogic-fall ztir Landolt Reaktlon, ' Z. Etektrochem,, 27, 455. .

260 Eigen Al., K«sri'« K- (1962), The Kinetics of Halogen Hydrolysis, J. Am. ' Chem. Soc, 84, !355. . .

¦>61 ?іг«і At (1963) in Lewis E. S. and Weissberger A., Eds.. Techniques of ' Organic Chemistry. Vol. 3, Part 2, Chap. 18, Wiley, New York.

262. Emeleus H. 1. (1925), A Speclroscopic Study of the Combustion of Phosphorus Trioxide and Hydrogen Phosphide. J. Chem. Soc, 1362.

263 Emeleus H. I. (1926), The Spectra of the Phosphorescent Flames of CS2 and Ether. J. Chem. Soc, 2918.

264. Emileus H. 1. (1929). The Light Emission from the Phosphorescent Flames of Ether, Acelaldehyde, Propaldehvde, and Hexane, J. Chen,. Soc, 1733.

265. Engelmann W'., Eger л, lohnsson A., Karlsson H. G. (1974), Effect of Temperature Pulses on lhe Petal Rhyllim of Kalonclioe: An Experimental and Theoretical Study, Int. J. Chronobiol., 2, 347.

266. Engelmann It''., Mack T. (1978). Different Oscillators Control the Orcadian Rhythm of Eclosian and Activity in Drosophilla, J. Сотр. Physiol., 127, 229.

267. Enrigltl I. T. (1972), A Virtuoso Isopad Circa-Lmiar Rhythms and Their Tidal Fine Structure, J. Сотр. Physiol., 77, 141.

268. Эпик П. А., Шит It. С. Фронтальное продвижение реакции окисления ар-сишта иодатом. — ДАН СССР, 1955, т. 100, с. 503.

269. Epstein I. R., Dateo С. E.. De Kepper P.. Kuslin К.. Orbun М. (1981), Bislabilily in a CSTR-. New Experimental Examples and Mathematical Modeling, in Vidal C and Pacault A., Eds., Nonlinear Phenomena in Chemical Dynamics. Synergetics, Vol. 12, Spriuger-Verlag Berlin p. 188.

270. Epstein I. R., Kuslin К-. De Kepper P., ОгЬйп M. (1983) Oscillating Chemical Reactions, Sci. Am., 248(3), 112.

271. Epstein 1. R. (1984). Complex Dynamical Behavior in «Simplo» Chemical Systems, J. Phys. Chem., 88, 187.

272. Epstein I. R.. Kustin K. U984), Design of Inorganic Chemical Oscillators, Slructure and Bonding, 56, I, Springer-Verlag, Heidelberg.

273. Ermentrout В., Кореї! ЛГ. (1983), Frequency Plateau in a Chain of Weakly-Coupled Oscillators. I., SIAM J. Malh. Anal. 15, 215

^74. trneux T. Herschltowitz-Kaulman M. (1977), Rotating Waves as Asympto-he Solutions of a Model Chemical Reaction, J. Chem. Phys. 66, 248. 12 \99 1 RotalinK Chemical Waves! J. Malh. Biol.,

2K' N'ew"fofk" S H" U" S- M' (198,l)' BaSic Cliemical Kinetics, Wiley,

277' bXtPZiLfhG'bilUr° 4 % (l975)' Ratio-Integral Objective Functions 278 Fahadnol T л0^v-Г °\ C1!™"'al Reactors, Chem. Eng. Sci., 30, 735.

Oner lio ,, я Г ы a"'° Ь-° /198І)' 0,1 thc Optimal Unsteady Slate 279. rl,?,'™ 1 St a1 Tl TS"k *»«ог. а"-ТП. Eng. Sci., 36, 143.

Osc laliig R'eacloul fov,'- "'r ?' (I977)' Belousov-Zhabolinskii Type Acta ei 231 Involv'»B Cyclic and Aliphatic Ketones, Helv. Chirn.

280 fchX V-ihc'lffiuSi J119P^-н^Ш',ІП% ChCmiCal RCadi0ns' Pad 2' and Bromate CeI V4 г,ё . У1'' Bl'°niate-Ce(IV)-Cyelohcxanone

1539. гота1с-Сі-(^)-СусІоре„|апопе Systems, Helv. Chin,. Acta, 61,

¦,oi parage V, 1., Janjic D. (1980a), Effect ot Mechanical Stirring on Oscillating Chemical Reactions. Preliminary Communication, Chimia, 34, 342.

982 Parage V. 1., Janjic D. (1980b), Oscillating Chemical Reactions, Part 3. Effects of Temperature and Chemical Composition on the Induction Period of the Bromate-Ce*1-Cyclohexanone and Bromatc-Ce'' -Cyclopentanone Systems, Helv. Chim. Acta, 63, 433.

283. Parage V. I., Janjic D. (1981), Effects of Mechanical Agitation on Oscillating Chemical Reactions in the Presence of Oxygen or Nitrogen, Chimia, 35, 289.

284. Parage V. 1., lanjic D. (1982a), Uncatalyzed Oscillatory Chemical Reaction Oxidation of 1,4-CycIohexandione by Bromate in Sulfuric or Nitric-Acid Solution, Chem. Phys. Lett, 88, 301.

285. Parage V. 1., lanjic D. (1982b), Uncatalyzed Oscillatory Chemical Reactions. Oxidation of 1,4-Cyclohexandione by Bromate in Perchloric or Ortho-phosphoric Acid Solution. Inorg. Chim. Acta, 65, 2119.

( 286; Feeney R.. Schmidt S., Ortoleva P. (1981), Experiments on Electric Field-Chemical Wave Interactions: Annihilation and the Crescent Wave, Phy-sica D, 2, 536.
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