DiffGeom Logo
 
О кафедре
История кафедры
Фотоальбом
Сотрудники
Наши студенты
Наши аспиранты
Научная работа
Научные достижения
Лаборатория компьютерных методов
Digital Vision Laboratory
Проекты при поддержке РНФ
Где работают наши выпускники
Международные и внутри-российские связи кафедры
Публикации
Наши книги
Наши статьи
Диссертации
Работы студентов
Студентам
Спецкурсы
Спецсеминары
Учебные материалы
Видеолекции
Задачи для исследования
Олимпиада кафедры
Наглядная и компью­терная геометрия и топология
Геометрические сюжеты
Энциклопедические статьи
Задать вопрос


Публикации

список публикаций в.л.голо (январь 2008)   PDF-file

[1] Smooth structures on manifolds with boundary, Soviet. Math. Doklady 157, No.1 (1964) .

[2] Certain differential-topological invariants of smooth manifolds, Soviet. Math. Doklady 171, No.5 (1966) .

[3] Vector bundles and the K-functor (with D.V.Anosov), Usp. Math. Nauk 21, No. 5 (1966).

[4] An invariant of open manifolds, Izv. Math. Nauk USSR, Ser. Mat. 31, No. 5 (1967) .

[5] An invariant of non-connected manifolds, Mat. Zametki 4, No. 2 (1968).

[6] Realization of Whitehead torsion and discriminants of quadratic forms, Soviet Math. Doklady 183, No. 6 (1968).

[7] Adams' operations and the symbol of norm residue, Mat. Zametki 12, No. 12 (1972).

[8] The Maslov-Morse index for indefinite metrics, Mat.Zametki 13, No. 5 (1973) .

[9] An interaction parameter for fluidized beds, Usp. Mat. Nauk 30, No. 1 (1975).

[10] Dispersive phenomena in fluidized beds (with V.P.Myasnikov), Prikl. Mat. Mekh. 39, No. 4 (1975).

[11] Topology of gauge fields with several vacua (with M.I.Monastyrskii), Pisma Zh. Eksp. Teor. Fyz. 25, 272 (1977).

[12] Gauge groups and topological invariants of vacuum manifolds (with M.I.Monastyrskii), Ann. Inst. H.Poincaré, 28, No. 1 (1978) .

[13] Currents in superfluid 3He (with M.I.Monastyrskii), Lett. Math. Phys. 2, 379 (1978).

[14] Gauge group and phases of superfluid 3He (with M.I.Monastyrskii), Lett. Math. Phys. 2, 373 (1978) .

[15] A few remarks on chiral theories with sophisticated topology (with A.M.Perelomov), Lett. Math. Phys. 2, 477 (1978).

[16] Solution of the duality equations for the two-dimensional SU(N)-invariant chiral model (with A.M.Perelomov), Phys. Lett. 79B, 112 (1978).

[17] Topological invariants and high dimensional instanton (with M.I.Monastyrskii), Nucl. Phys. (Moscow), 27, 1118 (1978).

[18] Chiral fields and 3He (with M.I.Monastyrskii), LT-15 Conference, Colloque C6, supplément au No.8, Tome 39, p.C6-48, août 1978.

[19] Gauge group and phases of superfluid 3He (with M.I.Monastyrskii), LT-15 Conference, Colloque C6, supplément au No.8, Tome 39, p.C6-48, août 1978.

[20] Solutions to the Ginzburg-Landau equations for planar textures in superfluid 3He (with M.I.Monastyrskii and S.P.Novikov), Comm. Math. Phys. 69, 237 (1979).

[21] A supersymmetric model for several particles with spin (with F.A.Berezin), Pisma Zh. Eksp. Teor. Fyz. 32, 82 (1980).

[22] A stationary flow of neutron superfluid in the 3P2-pairing state, Pisma Zh. Eksp. Teor. Fyz. 32, 265 (1980).

[23] Reduction of the two-dimensional G-invariant σ-model, (with B.A.Putko), Lett. Math. Phys. 4, 195 (1980).

[24] An application of the Lund-Regge method to the chiral CPn-model (with B.A. Putko), Teor. Mat. Fyz. 45, 19 (1980).

[25] Nonlinear regimes in spin dynamics of superfluid 3He, Lett. Math, Phys. 5, 155 (1981).

[26] Pohlmeyer reduction for the SU-invariant σ-model (with B.A.Putko), Physica 3D, 222 (1981).

[27] Averaged equations in spin dynamics in superfluid 3He–B Zh. Eksp. Teor. Fyz. , 942 (1981) .

[28] Nonlinear spin relaxation in superfluid 3He–B in the absence of external magnetic field (with A.A.Leman), Pisma Zh. Eksp. Teor. Fyz. 35, 227 (1982).

[29] Dynamical SO(3,1)-symmetry for the Dirac magnetic monopole, Pisma Zh. Eksp. Teor. Fyz. 35, 535 (1982).

[30] Non linear effects and non monotone relaxation of magnetization in 3He–B (with A.A.Leman), Zh. Eksp. Teor. Fyz. 83, 1546 (1982).

[31] Reduction of the chiral supersymmetric σ-model (with F.A.Berezin and B.A.Putko), Moscow Univ. Vestnik, No. 3 , 16 (1982).

[32] Pulsed NMR in 3He–B for the non-Leggett configuration (with A.A.Leman and I.A.Fomin), Pisma Zh. Eksp. Teor. Fyz. 38, 123 (1983).

[33] Threshold magnetic fields for long-lived modes in spin dynamics of 3He–B (with A.A.Leman), Zh. Eksp. Teor. Fyz. 85, 932 (1983).

[34] Chaos and long-lived modes in dynamics of liquid crystals (with E.I.Kats and A.A.Leman), Zh. Eksp. Teor. Fyz. 86, 147 (1984).

[35] A variational method for triangulation of surfaces and domains in three-dimensional space (with N.M.Salnikov), Moscow Univ. Vestnik, No.2. 53 (1984).

[36] Spin-textural waves in nonequilibrium states of superfluid 3He–B, Zh. Eksp. Teor. Fyz. 86, 2100 (1984) .

[37] A new type of orbital waves in nematic liquid crystals (with E.I.Kats), Zh. Eksp. Teor. Fyz. 87, 1700 (1984).

[38] Slow modes in spin dynamics of superfluid 3He–B (with E.I.Kats), Zh. Eksp. Teor. Phys. 90, 952 (1986).

[39] Spin dynamics in Weak Magnetic Fields (with A.A. Leman), in "Helium Three", eds. W.P.Halperin and L.P.Pitaevskii, for the series Modern Problems in Condensed Matter Physics, North Holland, Amsterdam (1990).

[40] An attractor in the regime of pulsed NMR in spin dynamics of the B-phase of superfluid 3He (with A.A.Leman), J. Low Temp. Phys. 80, 99 (1990) .

[41] Phonon modes at reconstructed surface of simple cubic lattice, J. Phys. Condens. Matter 2, 9025 (1990).

[42] A new long lived mode of magnetic ringing in pulsed NMR in 3He–B (with A.A.Leman), Physica B 169 , 525 (1991) (Proceedings of LT-19 Conference).

[43] Narrow band of electronic states localized at interfaces of super lattices, J. Phys. Condens. Matter 3, 429 (1991).

[44] Splitting of real squashing mode in acoustic-impedance experiments in 3He–B (with J.B.Ketterson), Phys. Rev. B45, 2516 (1992).

[45] Cholesteric-nematic texture transition in liquid crystals (with E.I.Kats), JETP Lett. 55, 273 (1992).

[46] Critical opalescence in thin films of cholesteric liquid crystals (with E.I.Kats), JETP 74(6), 980 (1992).

[47] A chaotic regime of internal precession in 3He–B (with Yu.M.Bunkov), J. Low Temp. Phys. 90, Nos. 3/4 (1993).

[48] Symmetry and topology analysis of the fluctuation parameters in nematic liquid crystals (with E.I.Kats), JETP 76(3), 420 (1993).

[49] Chiral field theory for describing fluctuating surfaces or membranes (with E.I. Kats), JETP Lett. 58, 451 (1993).

[50] Collective order-parameter modes in superconducting UPt3, JETP Lett. 58, 225 (1993).

[51] Chiral field theory of membrane shape fluctuations (with E.I.Kats), JETP 78 (4), 482 (1994) .

[52] Numerical modelling of two-pulsed NMR in superfluid 3He–B, Pisma ZhETF 60 (6), 416 (1994).

[53] Superhelices in steady-state configurations of molecules of the DNA type (with E.I.Kats), Pisma ZhETF 60, 679 (1994).

[54] Numerical modelling of magnetization dynamics in superfluid helium-3 Int. J. Shape Modelling 1, 109 (1994).

[55] A model for the fission of DNA molecule (with E.I.Kats), Pisma ZhETF 62, 605 (1995) ).

[56] Form fluctuations of molecules of DNA type (with E.I.Kats), ZhETF 108, 1 (1995).

[57] La relation d'Einstein pour le mouvement brownien des membranes (with E.I.Kats), Can. J. Phys. 73, 349 (1995).

[58] Surface instability of coherent precession in the non-hydrodynamic regime (with Yu.M.Bunkov and O.D.Timofeevskaya), Proceedings of the 21st International Conference on Low Temperature Physics, August 8 - 14, (1996), Czech. J. Physics 46, 213, Suppl. S1 (1996).

[59] L'emballage des mol_ecule et les trous dans les bicouches (with E.Kats and G.Porte), Pisma ZhETF 64, 575 (1996).

[60] DNA molecule as an elastic Heisenberg chain, ZhETF 84, 1003 (1997).

[61] Toroidal Structures Due to Anisotropy of DNA-like Molecules (with E.I.Kats and Yu.M.Yevdokimov), J. Biomolecular Structure and Dynamics 15, 757 (1998).

[62] Structural odering of hydrogen bonds between base-pairs of DNA (with E.I.Kats, Yu.M.Yevdokimov, and S.G.Skuridov), HhETF 115, 940-950 (1999).

[63] Asymmetry of the propagation of conformational excitations in a double-stranded DNA molecule (with E.I.Kats and Yu.M.Yevdokimov), Pisma ZhETF 70, 766-770 (1999).

[64] Double-stranded right-helix molecules of nucleic acids (with E.I.Kats, Yu.M.Yevdokimov, and F.Spener), Sensor-systems, 14, 241-254 (2000).

[65] Interaction of nucleic acids by means of network of hydrogen bonds (with E.I.Kats, Yu.M.Yevdokimov, and V.I.Saljanov), ZhETF 118, 959-972 (2000).

[66] Concerted motion of protons in hydrogen bonds of DNA-type molecules (with E.I.Kats, and M.Peyrard), Pisma ZhETF 73, 225-229 (2001).

[67] Novel charateristic phase in dispersions of nucleic acids due to polymeric chelate bridges (with E.I.Kats, Yu.M.Yevdokimov, Yu.S.Volkov, and V.I.Saljanov), J. Biol. Phys. 27, 81 83 (2001).

[68] Network of H-bonds as a medium for DNA interaction in solvents (with E.I.Kats and Yu.M. Yevdokimov), Phys. Lett. A285, 101-107 (2001).

[69] Dynamical attractors in the Berendsen thermostat and and slow dynamics of macromolecules (with K.V.Shaitan), Biofizika 47, 611 (2002).

[70] Tunneling of protons and tautomeric transitions in base-pairs of DNA (with Yu.S.Volkov), Int. J. Mod.Phys. 14, 133 (2003).

[71] Spinorbital dynamics in superfluid 3He–B (with Yu.M.Bunkov) J. Low Temp.Phys., 137, 625 (2004).

[72] Harmonic oscillators in the Nosé–Hoover environment (with K.V.Shaitan and Vl.N.Salnikov), Phys. Rev., E70, 046130 (2004).

[73] The three-wave interaction between interstrand modes of the DNA, ЖЭТФ 128, 428 (2005),

[74] Chaotic tunneling in a lazer field (with Yu.S.Volkov), Письма ЖЭТФ 82, 200 (2005).

[75] Chaotic driven tunneling in a double-well (with Yu.S.Volkov), Comm. Comp. Phys. 1, 81 (2006).

[76] Влияние дипольных сил на структуру жидкокристаллических фаз ДНК (c Е.И.Кацем и И.П.Кикоть), Письма ЖЭТФ 84, 334 (2006).

[77] Symmetries of Electrostatic Interaction between DNA Molecules (with E.I.Kats and Yu.S.Volkov), Pis'ma ZhETF 86, 311 (2007).

[78] Asymptotic Hamiltonian Reduction for the Dynamics of a Particle on a Surface (with D.O.Sinitsyn), Phys. Particles and Nuclei Letters, 5, 278 (2008).

[79] Жидкокристаллические фазы, образованные дуплексами ДНК, содержащими пирофосфатные группы (с Ю.С.Волковым, Е.И.Кацем, и С.А.Кузнецовой), ЖЭТФ 135, 559 (2009).

Назад Дальше