Александр Андреевич Дулов: биография
34. Dulov, A. A.; Abramova, L. A.; Frankfurt, G. I.; Golosman, E. Z.; Lapidus, A. L.; Sominskii, S. D.; Yakerson, V. I. Surface phase analysis of supported copper cobalt oxide catalysts via thermovacuum electrical conductivity curves. Izv. Akad Nauk, Ser. Khim. (1987), (8), 1724-7.
35. Dulov, A. A.; Abramova, L. A.; Sherle, A. I.; Epshtein, V. R. Modification of electrical properties of polyphthalocyanines with different metals. Elektron. Org. Mater. (1985), 242-3.
36. Dulov, A. A.; Abramova, L. A.; Kondrat'ev, S. I.; Nikishenko, S. B.; Antoshin, G. V.; Minachev, Kh. M. Phase composition of the surface of cobalt molybdenum sulfide catalysts derived from thermovacuum curves of conductivity. Kinetika i Kataliz (1985), 26(6), 1510-13.
37. Dulov, A. A.; Abramova, L. A.; Kucherova, T. N.; Slinkin, A. A. Composition of the surface of nickel-molybdenum oxide catalysts derived from thermovacuum curves of conductivity. Kinetika i Kataliz (1984), 25(6), 1432-6.
38. Dulov, A. A.; Abramova, L. A. Potentialities of the method of electric conductivity in studies of catalysts. Itogi Nauki i Tekhn. Viniti. Kinet. i Kataliz (1984), (12), 144-94.
39. Dulov, A. A.; Lavrovskaya, T. K.; Slinkin, A. A.; Rubinshtein, A. M. Physicochemical properties and activities of nickel(II) oxide-magnesium oxide catalysts. 3. Catalytic activity of nickel(II) oxide-magnesium oxide solid solutions in nitrous oxide decomposition. Izv. Akad Nauk SSSR, Ser. Khim. (1984), (5), 986-91.
40. Dulov, A. A.; Slinkin, A. A.; Abramova, L. A.; Gershenzon, I. Sh.; Fedorovskaya, E. A.; Rubinshtein, A. M. Physicochemical properties and activities of nickel(II) oxide-magnesium oxide catalysts. 2. Nickel distribution in the nickel(II) oxide-magnesium oxide system determined from electric and magnetic measurement data. Izv. Akad Nauk SSSR, Ser. Khim. (1984), (5), 979-86.
41. Dulov, A. A.; Sherle, A. I.; Epshtein, V. R. Some characteristics of electrical conductivity of metal-free polyphthalocyanine. Deposited Doc. (1983), (VINITI 437-83), 10 pp. CAN 101:7906
42. Slinkin, A. A.; Fedorovskaya, E. A.; Abramova, L. A.; Kucherova, T. N.; Lavrovskaya, T. K.; Dulov, A. A. Interaction and distribution of components in nickel-molybdenum oxide catalysts. Kinetika i Kataliz (1984), 25(2), 436-8.
43. Dulov, A. A.; Abramova, L. A.; Amirbekov, E. N.; Aliev, F. V.; Rubinshtein, A. M. Composition of the surface of ferrite catalysts of the oxidative dehydrogenation of butenes determined from electrical measurements. Kinetika i Kataliz (1983), 24(2), 413-17.
44. Liogon'kii, B. I.; Shamraev, G. M.; Dulov, A. A.; Berlin, A. A. Pyrolysis of polymers with a conjugation system in vacuo as a method for preparing electrically conducting film coatings. Vysokomolekulyarnye Soedineniya, Ser. B: Kratkie Soobshcheniya (1976), 18(1), 58-62.
45. Dulov, A. A.; Abramova, L. A.; Yakerson, V. I.; Golosman, E. Z.; Artamonov, V. I.; Rubinshtein, A. M. Use of the conductivity method for the phase-structural study of catalysts based on calcium aluminates. Kinetika i Kataliz (1979), 20(4), 937-45.
46. Dulov, A. A.; Abramova, L. A.; Rubinshtein, A. M. New method of phase-structural analysis of catalysts involving conductivity measurements. Kinetika i Kataliz (1979), 20(4), 931-6.
47. Dulov, A. A.; Forissier, Michel; Noguerol Perez, Manuel; Vergnon, Pierre. Effect of the composition of vanadium-titanium-oxygen catalysts on their catalytic properties in propene oxidation. Bull. Soc. Chim. France (1979), (3-4, Pt. 1), 129-33.
48. Dashevskii, M. I.; Yakerson, V. I.; Dulov, A. A.; Klyachko-Gurvich, A. L.; Rubinshtein, A. M. Electron microscopic study on the formation of mixed oxides of nickel catalysts. Mater. Vses. Konf. Elektron. Mikrosk., 9th (1973), 293-4.
49. Dulov, A. A.; Abramova, L. A.; Slinkin, A. A.; Klyachko, A. L.; Dashevskii, M. I.; Ashavskaya, G. A.; Lafer, L. I.; Yakerson, V. I.; Rubinshtein, A. M. Physicochemical properties and activity of nickel monoxide-magnesium oxide catalysts. 1. Formation of solid solutions during preparation of the nickel monoxide-magnesium oxide system by the coprecipitation method. Izv. Akad Nauk SSSR, Ser. Khim. (1976), (2), 265-72.
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