Synergistic Phenomena in Chemistry
DOI:
https://doi.org/10.18321/ectj353Abstract
New classification of synergistic effects in chemistry of five categories, every contains two or three types of synergism has been worked out. The classification covers all the cases of synergism in static and dynamic
conditions of chemical form of substance existence.
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(2). V. A. Golodov. J.Inst. Catalysis Hokk. Univ. 29(1):49(1981).
(3). V.A. Golodov. Reports Acad. Sci. RK (2):57(1999).
(4). K. Lupis. Chimicheskaja termodinamica materialov. Metallurgija, Moskwa (1989).
(5). N.K. Tkachev. Dokl. RAN 362(1):71(1998).
(6). M.I. Usanovich. Issledovanija v oblasti teorii rastvorov i teorii kislot i osnovanii.Nauka. Kaz. SSR, Alma-Ata.(1970).
(7). E.B. Melnichenko, E.I. Kruchkova, T.N. Sumarokova. J. Obsch. Chim. 59(10):2189 (1989).
(8). I. Ju. Gotlib, E.M. Piotrovskaja. J. Fiz. Chim. 72(9):1562(1980).
(9). A. Potapov, I.Ju. Parchomenko. J. Fiz Chim. 72(9):1628(1998).
(10). M.I. Usanovich. In Teorija rastvorov. (Ed.by M.I. Usanovich). KazGU, Alma-Ata(1971).pp 5-11.
(11). M. Guizani, H. Zamali, M. Jemal. Comp. Rend.Acad. Sci. Chem. 1(12):777(1998).
(12). Ju.I. Vesnin, J.V. Schubin, S.V. Korenev. J.Fiz.Chim. 70(2):237 (1996).
(13). A.A. Presnjakov, R.K. Aubakirova. Sverchplastichnost metallicheskich materialov. Nauka KazSSR, Alma-ata (1982).
(14). M.T. Koslovskii, A.I. Sebreva, V.P. Gladishev. Amalgami i ich primenenie. Nauka KazSSR, Alma-ata (1971).
(15). V.P. Gladishev, S.V. Kovaleva. J.Neorg. Chim. 43(9):1559(1998).
(16). L.F. Kozin. Amalgamnaja metallurgija. Technika, Kiev (1970).
(17). I.I. Buchinskaja, P.P. Fedorov. J.Neorg. Chim. 43(7):1202(1998).
(18). I.L. Tichonova, A.V. Bachtin. et. al. J.Fiz. Chim.73(3):435(1999).
(19). A.A. Kaznelson, O.V. Lisenko, O.S. Truschin. Poverchnost (7):99 (1998).
(20). Ju.L. Sheludjakov, V.A. Golodov. Bull. Chim. Soc. Japan 57(2):251 (1984).
(21). A.A. Potapov. J.Obsh. Chim. 68(4):556(1998).
(22). F. Munor, E.H. Chimavits. J.Chem.Phus. 99(7):5450(1993).
(23). A.G. Morachevskii. J. Prike. Chim. 71(2):205 (1998).
(24). G.K. Moiseev, N.A. Vatolin. Dokl. RAN 358(1):62(1998).
(25). A.G. Morachevskii, E.A. Maiorova. J. Prikl. Chim. 71(8):1274 (1998).
(26). N.V. Trusov. J.Prikl. Chim. 71(8):1270(1998).
(27). S.V. Micheev, V.A. Sharnin., V.A. Shormanov. J.Fiz.Chim. 72(8): 1523(1998).
(28). N.G. Manin., O.A. Antonova. et al. Izv. RAH. Ser. Chim. (12):2471(1998).
(29). A.V. Kustov, V.P. Korolev. J. Fiz. Chim. 72(12):2192(1998).
(30). O.G. Zarubizkii, B.F. Dmitruk. Ukr. Chim.J. 65(2):75(1999).
(31). Ju.G. Bushuev, A.M. Zaichikov. Izv.RAN. Ser. Chim. (12):2421 (1998).
(32). A.G. Morachevskii, E.A. Maiorova. J Prikl Chim. 72(6):910(1999).
(33). G.A. Alper, M.Ju. Nikiforov, S.B. Sinoviev. J.Obsh. Chim. 69(6):960(1999).
(34). Ju.K. Tovbin, E.V. Votjakov. Izv. RAN. Ser. Chim.(10):1983(1998).
(35). J.M. Jehng, I.E. Wachs. In Novel materials in heterogeneous catalysis. ACS Symp. Ser. 437:232(1990).
(36). U. Domanska. Effeet of Inter- and intramolecular hydrogen bonding on synergistic effects of solubility.Wydown. Politech. Warsz., Warsaw (1987).
(37). Ju.L. Sheludjakov, V.A. Golodov. J. Prikl. Chim. 59(6):1328(1986).
(38). J.Y. Hwang, Leew., H,G. Kang. Combast. Flame 114(3/4):370 (1998).
(39). V.G. Knorre, D. Tanke. et al. Chim. Fiz 17(10):41(1998).
(40). M.M. Silaev. Kinetika i kataliz 40(2):281 (1999).
(41). A. Kopirin, G.F. Balmasov. Metalli (1):28 (1998).
(42). I.V. Sheveleva, V.A. Avramenko, V. Clushenko. Ju.Izv. RAN. Ser. Chim. (8):1496(1998).
(43). P. Deng, D. Tian, X. Zhao. Huorhayao 20(4):1(1997).
(44). A.V. Arkarov, A.V. Turov. J. Prikl. Chim. 70(4):563(1997).
(45). M.M. Michailov, V.M. Ardishev. Fiz. I Chim. Obrab. Mater. (3):9(1999).
(46). J.P. Sutter, M. Fettouhi. Et al. Angew. Chim., Intern. Ed. Engl. 35(18):2113(1996).
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Published
20-02-2000
How to Cite
Golodov, V. A. (2000). Synergistic Phenomena in Chemistry. Eurasian Chemico-Technological Journal, 2(1), 29–34. https://doi.org/10.18321/ectj353
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