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Position: |
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Senior Researcher |
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Brief
information: |
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Nataliya A.Tulina has been working in the ISSP RAS since the year 1968
after graduated the Radio Physics faculty of
the Moscow Institute fo Physics and Engineering. An 1978 defended a thesis on “Influence of crystal lattice defects on
superconductivity in rhenium”. Since the year 1985 holds the position of senior researcher of the ISSP
RAS. A specialist in the field of superconductivity, tunnel and point-
contact spectroscopy, electron transport. In the last 5 years has been
engaged in studies of problems of phase separation in strongly correlated
systems such as high temperature superconductors and doped manganites. |
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Scientific
interests: |
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Fast stage of research activity of Nataliya A.Tulina covered
superconductivity mechanisms in metals, alloys, A-15 compounds, Shevrel
phases :
Since the year 1987 has been concerned studies of problem connecting
with mechanism of superconductivity in high temperature superconductors. In
the year 1995 revealed the
effect of electron instability in heterojunctions on the base of high
temperature superconductors (HTSC). Further
studies have been shown that the related perovskite structures –
doped manganites (system of colossal magnetoresistance) also exibit
similar effects. The effect shows up in reproducible and polar switching
of phase state in heterocontacts on the base of HTSC and doped manganites
under the action of electric current, the occurrence of so-called colossal
electroresistance. |
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Mailing address: |
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Institute
of Solid State Physics RAS, 143432, Chernogolovka, Moscow district, Russia |
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Fax: |
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7-496-524-4421 |
1.Н.Е.Алексеевский,М.И.Михеева,Н.А.Тулина,
ЖЭТФ 52 (1967) 875.
«Сверхпроводящие
свойства
рения»
2.T.V.Kopetskii,
M.M.Mishlyaev,
N.I.Novochatskai,
N.A.Tulina,
V.A.Yuhanov
phys.stat.sol.(a),16
(1973) 307.
“Critical Temperature of
Superconducting Transition in plastically Deformed Rhenium Single Crystal”.
3. Н.А.Тулина,
Н.И.Новохатская,
ФНТ 11 (1975) 27.
«Критическая
температура
сверхпроводящего
перехода и
электрон-
фононное
взаимодействие
в
пластически
деформированном
рении.»
4. Н.А.Тулина,
ФНТ 2 (1976) 1444.
«Температурная
зависимость
сопротивления
монокристаллического
рения и
влияние на
нее
пластической
деформации». ФНТ
3 (1977) 1256.
5. Н.А.Тулина,
В.М. Половов,Н.М.Гаврилов,
«Влияние
пластической
деформации
на
низкотемпературную
теплоемкость
рения».
6. Н.А.Тулина,ФММ
50 (1980) 747.
«Влияние
чистоты
рения на его
магнитные
свойства в
сверхпроводящем
состоянии».
7. Н.А.Тулина,
Л.А. Матвеева, SSC 36(1980)
609.
«Аномальная
зависимость
критического
магнитного
поля вблизи
Тс в свинцово-молибденовых
фазах
Шевреля».
8. N.A.Tulina,
SSC 41(1982) 313.
«Point-contact spectroscopy of renium single crystal”.
9.
Н.А.Тулина, А.Н.Добрецов, Ю.А.Туфлин, ПТЭ 3
(1982) 136.
«Чувствительный
мост для
получения
вольт-
амперных
характеристик.»
10. Н.А.Тулина,
Металлофизика
4 (1982) 116.
«Микроконтактная
спектроскопия
монокристаллического
рения».
11. Н.А.Тулина,
ФНТ 9 (1983) 499.
«Микроконтактная
спектроскопия
сплавов Re-
Os,
Re-
W.»
12.В.А.Антонов,И.Г.Белаш,В.Ю.Малышев,Е.Г.Понятовский,Н.А.Тулина,
ДАН, 269 (1983) 617.
«Растворимость
водорода в
рении при
давлении до 90
кбар.»
13. N.A.Tulina,
SSC 51(1984) 573.
«Singularities V3Si
point- contact spectra”.
14. Н.А.Тулина,
ФНТ 11 (1985) 270.
«Микроконтактная
спектроскопия
ненасыщенных
окислов и
проблема
нулевых
аномалий в
микроконтактной
спектроскопии.»
15.Yu.Shtikov, N.A.Tulina, M.G.Zemlyanov,
phys.stat.sol.(a),133
(1986) 469.
“Spectial
Features of Lattice Dynamics and Electron- Phonon Interaction in Re”.
16.
Н.А.Тулина,
Бородин В.А.,
Кондаков С.Ф.,Чернышова
Л.И.,Письма в
ЖЭТФ 46 (1987)71.
«Исследование
микроконтактов
из керамики YBaCuO».
17.
Н.А.Тулина, М.А.Куземченко,
ФНТ 13 (1987) 563.
«Микроконтактная
спектроскопия
гетероконтактов
в
сверхпроводящем
и нормальном
состояниях».
18.Г.А.Емельченко,
П.А.Кононович,
Н.А.Тулина,
ФНТ 14 (1988) 738.
«Исследование
микроконтактов
из
монокристаллов
YBa2Cu3O7-x
в туннельном
и
металлическом
режиме».
19. N.A.Tulina, Physica C 161
(1989) 262.
“Determination
of the energy gap in a thin YBa2Cu3O7-x
film by Andreev reflaction and by tunneling”.
19.
Н.А.Тулина,
Сверхпроводимость
2 (1989) 5.
«Туннельная
и
микроконтактная
спектроскопия
высокотемпературных
сверхпроводников.»
20.N.A.Tulina,S.V,Zaitsev,M.P.Kulakov,R.K.Nikolaev,N.S.Sidorov,A.S.Nigmatulin,G.S
Karabashev,Physica
C 171 (1990)
103.
“Investigation of point- contacts of fresh cleavages from Bi2Sr2CaCu2O8
single crystals”.
21.N.A.Tulina,S.V,Zaitsev,G.A.Emel’chenkoM.P.Kulakov,N.N.Kolesnikov,N.S.Sidorov,
“Investigation of the energy gap and phonon structure in tunneling
junctions of the Bi2Sr2CaCu2O8
single crystal cleavages”. Physica C 194 (1992) 370.
22.
N.A.Tulina,S.V,Zaitsev, SSC 86 (1993) 55.
«Point-contact spectroscopy study of qusilocal
vibrations in molybdenum- rhenium alloys”.
23. N.A.Tulina, Physica C 225
(1994) 157.
“Failure
of spectrometric regime of a point- contact and the problem of observation of
the Andreev reflaction in HTSC”.
24.
N.A.Tulina,S.V,Zaitsev,G.A. Emel’chenkoM.P.Kulakov, Physica C 248 (1995)
359.
“Effect
of a barrier on the anomalous tunneling propertieis of the high- temperature
superconductors”.
25.N.A.Tulina,G.A.Emel’chenko,A.V.Kulakov,
“Electric
field and current- induced effects on tunnel spectra of Bi2Sr2CaCu2O8
single crystal junctions”. Physics Letters A 204 (1995)
74.
26.N.A.Tulina,
«Point-contact investigation
of resistive properties of normal metal- high temperature superconductor
boundary”.Physics Letters A211(1996) 74.
27.
N.A.Tulina
“
Zero- bias anomalies and current states in point- contacts of
Bi2Sr2CaCu2O8-y”.
Physica
C 315 (1999) 107.
28. Komissinskii
F.V., Ovsyannikov G.A., Tulina N.A., et al.
“Current
transport along the [001] axis of YBCO in low-temperature superconductor-normal
metal-high-temperature superconductor heterostructures”.
J
EXP THEOR PHYS 89: (1999) 1160.
29.N.A.Tulina,
«Bi-stable current state
and phase separation of a degradeded Bi2Sr2CaCu2O8+y
single crystal surface.» Physica C 333 (2000) 214.
30. N. A.Tulina, А.М.Ionov, А.N.Chaika
,
“
Reversible electrical switching at the Bi2Sr2CaCu2O8+y
surface in the normal metal- Bi2Sr2CaCu2O8+y
single crystal heterojunction.” Physica C 366/1 (2001) 23.
31. Tulina N.A., Zver'kov S.A.,
Mukovskii Y.M., et al.
“Current switching of resistive
states in normal-metal manganite single-crystal point contacts”.EUROPHYS LETT 56:
(2001) 836.
32.
Barkov FL, Vinnikov LY, Tulina NA, et al.
“Observation
of the magnetic structure in manganites by the high-resolution Bitter
technique”.EUROPHYS LETT 61 (2003) 242.
33.
Tulina N.A., Zver'kov S.A., Arsenov A, et al.
“Reproducible
switching in normal metal-manganite single crystal point contacts with memory
effect”.
PHYSICA C 385: (2003) 563.
34.Tulina
N.A., V.V.Sirotkin
"Electron instability in
doped-manganites-based heterojunctions”.
PHYSICA C 400 (2004) 105.
35.
A.N.Chaika, A.M.Ionov, N.A.Tulina, D.A.Shulyatev, and Ya.M.Mukovskii
” Degradation of La0.8Ca0.2MnO3
single crystal surface: electron spectroscopy
studies.”
Journ.Electron
Spectroscopy and Related Phenomenon 148 (2005) 101.
36.N.A.Tulina,
L.S.Uspenskaya,Y. M. Mukovskii, D.A Shulyatev
“Percolative transition in doped manganite single crystals: resistive and magneto- optics studies”.
Izvestiya RAN, 70 (2006)1045.
37. N.A.Tulina, L.S.Uspenskaya,V.V.Sirotkin,Y. M. Mukovskii, D.A
Shulyatev
“Intrisic ingomogeneities and effects of resistive switchings in doped manganites.”
Physica C 444 (2006) 19.