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Список печатных работ Антоновой Т.Е.
1. Фазовая диаграмма церия при давлениях до 85 кбар
Т.Е.Антонова, И.Т.Белаш, Е.Г.Понятовский
ФММ 51 [1] 131–136 (1981)
2. Квазигидростатическая ячейка высокого давления с малыми градиентами температуры
Т.Е.Антонова, И.Т.Белаш, С.А.Ивахненко
Физ. техн. высоких давлений 5, 85–88 (1981)
3. Synthesis of gold hydride under high hydrogen pressure
V.E.Antonov, T.E.Antonova, I.T.Belash, A.E.Gorodetskii, E.G.Ponyatovskii
Dokl.Akad.Nauk SSSR 266 [2] 376–380 (1982) {in Russian}
4. The Pd-Ni-H system at high pressure
V.E.Antonov, T.E.Antonova, I.T.Belash, E.G.Ponyatovskii, V.I.Rashupkin, V.G.Thiessen
Phys.Stat.Sol.(a) 77 [1] 71–79 (1983)
5. Superconductivity of Pd-Au-H solid solutions
V.E.Antonov, T.E.Antonova, I.T.Belash, E.G.Ponyatovskii, V.I.Rashupkin
Phys.Stat.Sol.(a) 77 [1] K23–K27 (1983)
6. The Pd-Pt-H system: Phase transformations at high pressure and superconductivity
V.E.Antonov, T.E.Antonova, I.T.Belash, E.G.Ponyatovskii, V.I.Rashupkin
Phys.Stat.Sol.(a) 78 [1] 137–146 (1983)
7. Structure and electric properties of alloys of the Pd-Ag-H system synthesized at high hydrogen pressures
V.E.Antonov, T.E.Antonova, I.T.Belash, E.G.Ponyatovskii
Fiz.Metallov i Metallovedenie 57 [4] 671–679 (1984){in Russian}
8. Phase diagram and magnetic properties of the Ni95Cr5-H system
V.E.Antonov, T.E.Antonova, I.T.Belash, V.G.Tissen
Fiz.Metallov i Metallovedenie 58 [3] 467–472 (1984) {in Russian}
9. Superconductivity and atomic ordering of Pd-Cu-H solid solutions
V.E.Antonov, T.E.Antonova, I.T.Belash, V.Yu.Malyshev, V.I.Rashupkin
Phys.Stat.Sol.(a) 81 [2] K185–K190 (1984)
10. Superconductivity and crystal structure of high pressure phases in the Ta-Ru-H system
V.E.Antonov, T.E.Antonova, I.T.Belash, V.Yu.Malyshev, E.G.Ponyatovskii, V.I.Rashupkin
Fiz.Tverd.Tela (Leningrad) 28 [8] 2352–2357 (1986)
{Engl.Transl.: Sov.Phys.Solid State 28 [8] 1316–1319 (1986)}
11. Superconductivity and crystal structure of high pressure phases in the Nb-Ru-H system
V.E.Antonov, T.E.Antonova, I.T.Belash, E.G.Ponyatovskii, V.I.Rashupkin
Fiz.Tverd.Tela (Leningrad) 29[4] 1017–1025 (1987)
{Engl.Transl.: Sov.Phys.Solid State 29[4] 582–587 (1987)}
12. Superconducting phases Nb-Rh-H with hydrogen concentrations up to H/Me = 2
V.E.Antonov, T.E.Antonova, I.T.Belash, O.V.Zharikov, A.V.Palnichenko, E.G.Ponyatovskii, V.I.Raschupkin
Fiz.Tverd.Tela (Leningrad) 30 [7] 2152–2158 (1988)
{Engl.Transl.: Sov.Phys.Solid State 30 [7] 1240–1243 (1988)}
13. Superconductivities of high pressure phases in the metal-hydrogen systems
V.E.Antonov, T.E.Antonova, I.T.Belash, V.I.Raschupkin
High Pressure Research 1, 315–320 (1989)
14. Superconductivity of solid solutions of hydrogen in Nb3Me compounds (Me = Au, Pt, Ir, Os) with the A15 structure
V.E.Antonov, T.E.Antonova, I.T.Belash, O.V.Zharikov, A.I.Latynin, A.V.Pal'nichenko, V.I.Rashchupkin
Fiz.Tverd.Tela(Leningrad) 31 [10] 12–20 (1989)
{Engl.Transl.: Sov.Phys.Solid State 31 [10] 1659–1663 (1989)}
15. Влияние водорода на пластичность и сопротивление деформации титанового сплава ВТ6 при температурах до 930 ºС
И.О.Башкин, В.Ю.Малышев, Ю.А.Аксенов, Т.Е.Антонова, Е.Г.Понятовский, В.Л.Колмогоров, В.К.Катая, И.В.Левин, Ю.И.Потапенко, А.Н.Трубин, Г.Г.Талуц, С.А.Никитин
ФММ 69 [5] 168–174 (1990)
{Engl.Transl.: Phys. Met. Metall. 69 [5] 158–164 (1990)}
16. 57Fe Mössbauer study of the hydrides of Ni-Cu alloys
B.Zhang, H.J.Bauer, M.Baier, F.E.Wagner, V.E.Antonov, T.E.Antonova
J.Less-Common Metals 172–174, 343–350 (1991)
17. 197Au Mössbauer study of the hydrides of Ni-Au alloys
B.Zhang, H.J.Bauer, M.Baier, F.E.Wagner, V.E.Antonov, T.E.Antonova
J.Less-Common Metals 172–174, 351–357 (1991)
18. Mössbauer study of the hydrides of Nb3Me with A15 structure
M.Baier, R.Wordel, F.E.Wagner, V.E.Antonov, T.E.Antonova
J.Less-Common Metals 172–174, 358–365 (1991)
19. 57Fe Mössbauer study of hydrides and deuterides of manganese
G.Schneider, M.Baier, F.E.Wagner, V.E.Antonov, T.E.Antonova, Yu.Kopilovskii, E.Makarov
Hyperfine Interactions 69 [1–4] 467–470 (1991)
20. Investigation of the hydrides of Ni0.70Cu0.30 by 57Fe Mössbauer spectroscopy and magnetization measurements
B.Zhang, I.Dugandžić, H.J.Bauer, M.Baier, F.E.Wagner, V.E.Antonov, T.E.Antonova, S.M.Filipek
Hyperfine Interactions 69 [1–4] 471–474 (1991)
21. Effect of heating under pressure on the structure and superconducting properties of ceramic YBa2Cu3O6.95
V.E.Antonov, T.E.Antonova, O.I.Barkalov, V.S.Bobrov, A.M.Gromov, E.V.Kisterev, E.V.Konopleva, V.P.Korzhov, I.N.Kremenskaya, V.I.Kulakov, N.S.Sidorov
Sverkhprovodimost’ (KIAE) 5 [4] 683–692 (1992)
{Engl.Transl.: Superconductivity 5 [4] 682–691 (1992)}
22. 57Fe Mössbauer study of nickel hydride under high pressure
G.Schneider, M.Baier, F.E.Wagner, I.Dugandžić, H.J.Bauer, V.E.Antonov, T.E.Antonova, S.M.Filipek
Z.Phys.Chem.N.F. 179 [pt1–2] 301–308 (1993)
23. Hydrogen uptake of palladium-gold alloys studied by 197Au Mössbauer spectroscopy
M.Baier, M.Karger, R.Ostermayer, F.E.Wagner, I.Dugandžić, H.J.Bauer, V.E.Antonov, T.E.Antonova, V.I.Rashupkin, S.M.Filipek, A.Stroka
Z.Phys.Chem.N.F. 179 [pt1–2] 309–316 (1993)
24. Magnetic structure of hexagonal manganese hydride studied by 119Sn Mössbauer spectroscopy
G.Grosse, M.Baier, G.Schneider, F.E.Wagner, V.E.Antonov, T.E.Antonova
Proc. Intern. Conf.on the Applications of the Mössbauer Effect ICAME-95, Rimini, Italy, Sept.10–16, 1995. Ed. I.Ortall,
Bologna, SIF, 1996, v.50, pp.215–218.
25. On the isomorphous phase transformation in the solid f.c.c. solutions Co-H at high pressures
V.E.Antonov, T.E.Antonova, M.Baier, G.Grosse, F.E.Wagner
J.Alloys Compds 239 [2] 198–202 (1996)
26. T-P phase diagram of the Mn-H system at pressures to 4.4 GPa and temperatures to 1000˚C
V.E.Antonov, T.E.Antonova, N.A.Chirin, E.G.Ponyatovsky, M.Baier, F.E.Wagner
Scripta Mater. 34 [8] 1331–1336 (1996)
27. 119Sn Mössbauer study of Mn3SnHx
G.Grosse, F.E.Wagner, V.E.Antonov, T.E.Antonova
J.Alloys Compds 253–254, 339–342 (1997)
28. Mössbauer experiments with 57Fe and 57Co in palladium hydride:
Diffusional relaxation and high hydrogen concentrations
M.Baier, G.F.Schneider, F.E.Wagner, I.Dugandžić, H.J.Bauer, V.E.Antonov, T.E.Antonova
J.Alloys Compds 253–254, 353–355 (1997)
29. The inelastic neutron scattering spectrum of dhcp iron hydride
K.Cornell, H.Wipf, V.E.Antonov, T.E.Antonova, A.I.Kolesnikov, E.G.Ponyatovsky, B.Dorner
Polish J.Chem. 71 [12] 1792–1796 (1997)
30. Influence of dissolved hydrogen on the Néel temperature of α-Mn(Sn) solid solution
G.Grosse, F.E.Wagner, V.E.Antonov, T.E.Antonova
Hyperfine Interactions C 3, 221–224 (1998)
31. Site distribution and hyperfine parameters of tin impurities in α manganese
G.Grosse, F.E.Wagner, V.E.Antonov, T.E.Antonova
J.Alloys Compds, 288, 25–31 (1999)
32. Atomic ordering in the hcp cobalt hydrides and deuterides
V.K.Fedotov, V.E.Antonov, T.E.Antonova, E.L.Bokhenkov, B.Dorner, G.Grosse, F.E.Wagner
J.Alloys Compds 291, 1–7 (1999)
33. Proton NMR study of α-MnH0.06
A.V.Soloninin, A.V.Skripov, A.L.Buzlukov, V.E.Antonov, T.E.Antonova
Solid State Commun. 131 [2] 115–119 (2004)
34. Neutron scattering studies of γ-CoH
V.E.Antonov, T.E.Antonova, V.K.Fedotov, T.Hansen, A.S.Ivanov, A.I.Kolesnikov
J.Alloys Compounds 404–406, 73–76(2005)
35. Anharmonicity of optical hydrogen vibrations in RhH
V.E.Antonov, T.E.Antonova, V.K.Fedotov, B.A.Gnesin, A.S.Ivanov, A.I.Kolesnikov
J.Alloys Compounds 444–446, 508–511 (2007)
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