| N | Author | Year | Appellation |
|---|
| 1 |
V.S. Pavlov |
1968 |
The study of relaxation processes in ferroelectric ceramics based on lead zirconate-titanate, Voronezh, Polytechnical Institute. |
| 2 |
S.A. Gridnev |
1969 |
The study of internal friction in ferroelectric ceramic materials with perovskite structure, Voronezh, Polytechnical Institute. |
| 3 |
E.N. Bessonova |
1972 |
The influence of point defects on some relaxation properties of polycrystalline lead zirconate-titanate, Voronezh, Polytechnical Institute. |
| 4 |
L.D. Kaverin |
1972 |
Some relaxation processes in single crystals of lithium metaniobate, Voronezh, Polytechnical Institute. |
| 5 |
V.N. Fedosov |
1973 |
The influence of domain boundary structure on relaxation phenomena in ferroelectrics and ferromagnetics, Voronezh, Polytechnical Institute. |
| 6 |
A.P. Kotov |
1973 |
Relaxation phenomena in ferroelectrics related to the interaction between point defects and domain boundaries, Voronezh, Polytechnical Institute. |
| 7 |
M.M. Mochalov |
1975 |
Low-frequency mechanical relaxation in antiferromagnite oxides NiO and CoO, Voronezh, Polytechnical Institute. |
| 8 |
B.N. Prasolov |
1979 |
The features of infralow-frequency internal friction in ferroelastics and ferroelectrics (e.g. KH2PO4, Gd2(MoO4)3, KH3(SeO3)2 and LiNbO3), Voronezh, Polytechnical Institute. |
| 9 |
V.N. Nechaev |
1980 |
Structure and internal friction of defects in ferroelectrics and ferroelastics, Voronezh, Polytechnical Institute. |
| 10 |
V.I. Kudrjash |
1981 |
Ultralow-frequency mechanical relaxation in pure proper ferroelectrics KH3(SeO3)2 and KD3(SeO3)2, Voronezh, Polytechnical Institute. |
| 11 |
I.A. Dronov |
1983 |
Experimental study of features of ultralow-frequency internal friction in some proper and improper ferroelectrics and ferroelastics, Voronezh, Polytechnical Institute. |
| 12 |
S.A. Gridnev |
1984 |
Mechanisms of internal friction in ferroelectrics and ferroelastics, Voronezh, Polytechnical Institute. |
| 13 |
V.M. Popov |
1985 |
Mechanisms of low-frequency dielectric loss in some real ferroelectrics, Voronezh, Polytechnical Institute. |
| 14 |
V.V. Bondarenko |
1985 |
Low-frequency mechanical and dielectric properties of ferroelectric crystals at low temperatures, Voronezh, Polytechnical Institute. |
| 15 |
A.G. Luchaninov |
1986 |
Piezoeffect in electrically-depolarized polycrystalline ferroelectrics, Volgograd, Polytechnical Institute. |
| 16 |
I.V. Illarionov |
1987 |
Ferroelectric phase transitions in crystalline solids with structural defects, Voronezh, Polytechnical Institute. |
| 17 |
V.G. Sannikov |
1988 |
Low-frequency mechanical and dielectric relaxation in K2ZnCl4 and Rb2ZnCl4 crystals, Voronezh, Polytechnical Institute. |
| 18 |
O.N. Ivanov |
1990 |
The influence of ferroelastic twins on properties of superconducting ceramics YBa2Cu3O7, Voronezh, Polytechnical Institute. |
| 19 |
B.N. Prasolov |
1992 |
Long-term relaxation processes in ferroelectrics and ferroelastics, Voronezh, State Univ. |
| 20 |
V.V. Gorbatenko |
1994 |
Dynamics of domain boundaries and solitons in the ferroelectric crystal Rb2ZnCl4, Voronezh, Tech. Univ. |
| 21 |
L.N. Korotkov |
1994 |
Dynamics of a transition to proton glass state in mixed crystals of potassium-ammonium dihydrophosphate, Voronezh, Tech. Univ. |
| 22 |
I.A. Safonova |
1998 |
Dielectric relaxation in H-bonded ferroelectrics that is due to domain boundary dynamics, Voronezh, Tech. Univ. |
| 23 |
S.A. Kravchenko |
1998 |
Low-frequency internal friction in the crystals of KH2PO4-family, Voronezh, Tech. Univ. |
| 24 |
S.V. Popov |
1998 |
Domain boundary dynamics and relaxation phenomena in ferroelectric solid solutions with perovskite structure, Voronezh, Tech. Univ. |
| 25 |
A.A. Khodorov |
1998 |
Internal friction and conductivity of KLiSO4 crystal in the vicinity of high-temperature phase transition, Voronezh, Tech. Univ. |
| 26 |
A.N. Tsotsorin |
2000 |
Dielectric relaxation and diffuse phase transition in PMN-PZT solid solution, Voronezh, Tech. Univ. |
| 27 |
A.V. Biryukov |
2000 |
Internal friction in the ferrielastic phase of BaNa2Nb5O15 crystal, Voronezh, Tech. Univ. |
| 28 |
S.A. Konstantinov |
2001 |
Dielectric and electrical properties of an amorphous material based on PbTiO3. Voronezh, Tech. Univ. |
| 29 |
L.P. Mikhailova |
2002 |
Internal friction and conductivity of weak ferroelectric ammonium sulfate. Voronezh, Tech. Univ. |
| 30 |
O.N. Ivanov |
2002 |
Ferroelastic properties and structural instability of high-temperature metal-oxide superconductors. Voronezh, Tech. Univ. |
| 31 |
A.A. Glazunov |
2002 |
The computer analysis of a dielectric relaxation in relaxors. Voronezh, Tech. Univ. |
| 32 |
E.V. Ukhin |
2003 |
Ferroelastic properties of virtual ferroelectric SrTiO3 and solid solutions on its base. Voronezh, Tech. Univ. |
| 33 |
M.A. Belousov |
2003 |
Acoustic and dielectric properties of some solid solutions based on sodium niobate. Voronezh, Tech. Univ. |
| 34 |
L.N. Korotkov |
2004 |
Effect of structural disordering on physical properties of some classes of weakly ordered polar dielectrics. Voronezh, Tech. Univ. |
| 35 |
A.A. Glazunov |
2005 |
Dielectric relaxation in ferroelectric ceramic solid solutions PMN-PZT. Voronezh, Tech. Univ. |
| 36 |
N.I. Repnikov |
2006 |
Relaxation processes and crystallization of amorphous dielectrics based on Bi1.8Pb0.3Sr2Ca2Cu2,7K0,3Oz and PbTiO3Voronezh, Tech. Univ. |
| 37 |
E.A. Skriptchenko |
2007 |
Features of dielectric and mechanical properties of ferroelectrics-ferroelastics with magnetic ordering. Voronezh, VSTU, 2007. |
| 38 |
V.S. Dvornikov |
2008 |
Electrical, elastic and anelastic properties of nanocomposites of NaNO2 system - porous glass. Voronezh, VSTU, 2008. |
| 39 |
D.P. Tarasov |
2008 |
Elastic, anelastic and magnetic properties of (Co45Fe45Zr10)x(Al2O3)100-x, Nix(NaF2)100-x and Nix(PZT)100-x granular nanocomposites. Voronezh, VSTU, 2008. |
| 40 |
A.G. Gorshkov |
2008 |
Features of properties of Nix(LiNbO3)100-x, Nix(PbZrTiO3)100-x and (x)NiZnFe2O4 – (1-x)PbZrTiO3 magnetoelectric composites. Voronezh, VSTU, 2008. |
| 41 |
A.V. Kalgin |
2010 |
Mutual effect of phases and magnetoelectric interaction in composites PbZr0,53Ti0,47O3 – Mn0,4Zn0,6Fe2O4. The PhD dissertation,Voronezh, VSTU,2010.
|
| 42 |
O.A. Karaeva |
2010 |
Dielectric and mechanical properties of composite materials based on copolymers VDF and porous glass. The PhD dissertation,Voronezh, VSTU, 2010.
|
| 43 |
N.A. Tolstykh |
2012 |
Phase transitions and relaxation processes in lead-free ceramic materials Bi (B'B'') O3, where B '= Li, Co, Ni, Mg, Zn; B'' = Sb, W. Voronezh, VSTU, 2012. |
