Publications

Most recent papers 

 

2019

  1. Biferale L., Khomenko D., L’vov V., Pomyalov A., Procaccia I. & Sahoo G. (2019). Superfluid Helium in Three-Dimensional Counterflow Differs Strongly from Classical Flows: Anisotropy on Small Scales.  Physical Review Letters. 122:(14)144501.  Abstract

    Editorial suggestion, see also Interview in Phys. Org

  2. Bozhko D. A., Kreil A. J. E., Musiienko-Shmarova H. Y., Serga A. A., Pomyalov A., L'vov V. S. & Hillebrands B. (2019). Bogoliubov waves and distant transport of magnon condensate at room temperature.  Nature Communications. 10.  Abstract

2018

  1. Kreil A. J. E., Musiienko-Shmarova H. Y., Bozhko D. A., Pomyalov A., L'vov V. S., Eggert S., Serga A. A. & Hillebrands B. (2018). Tunable space-time crystal in room-temperature magnetodielectrics.  arXiv.  Abstract
  2. Bao S., Guo W., L'vov V. S. & Pomyalov A. (2018). Statistics of turbulence and intermittency enhancement in superfluid He-4 counterflow.  Physical Review B. 98:( )1-11.  Abstract
  3. Khomenko D., L'vov V. S., Pomyalov A. & Procaccia I. (2018). Dynamics of the vortex line density in superfluid counterflow turbulence.  Physical Review B. 97:(1)014508.  Abstract
  4. Biferale L., Khomenko D., L'vov V., Pomyalov A., Procaccia I. & Sahoo G. (2018). Turbulent statistics and intermittency enhancement in coflowing superfluid He-4.  Physical Review Fluids. 3:(2)024605.  Abstract

    Also:  arXiv:1711.08246 

  5. Kreil A. J. E., Bozhko D. A., Musiienko-Shmarova H. Y., Vasyuchka V. I., L'vov V. S., Pomyalov A., Hillebrands B. & Serga A. A. (2018). From Kinetic Instability to Bose-Einstein Condensation and Magnon Supercurrents.  Physical Review Letters. 121:077203.  Abstract
  6. L'vov V. & Pomyalov A. (2018). Theory of energy spectra in superfluid 4 He counterflow turbulence.  Physical Review B. 97:(21)214513 .  Abstract
  7. Noack T., Musiienko-Shmarova H. Y., Langner T., Heussner F., Lauer V., Heinz B., Bozhko D. A., Vasyuchka V. I., Pomyalov A., L'vov V. S., Hillebrands B. & Serga A. A. (2018). Spin Seebeck effect and ballistic transport of quasi-acoustic magnons in room-temperature yttrium iron garnet films.  Journal Physics D: Applied Physics. 51:(23)234003.  Abstract

    DOI: 10.1088/1361-6463/aac0f1 , arXiv:1802.09593v1 [cond-mat.mes-hall]

     

2017

  1. Gelash A. A., L'vov V. S. & Zakharov V. E. (2017). Complete Hamiltonian formalism for inertial waves in rotating fluids.  Journal of Fluid Mechanics. 831:128-150.  Abstract
  2. Bozhko D. A., Clausen P., Melkov G. A., L'vov V., Pomyalov A., Vasyuchka V. I., Chumak A. V., Hillebrands B. & Serga A. A. (2017). Bottleneck Accumulation of Hybrid Magnetoelastic Bosons.  Physical Review Letters. 118:(23)  Abstract
  3. Varga E., Babuin S., Lvov V., Pomyalov A. & Skrbek L. (2017). Transition to Quantum Turbulence and Streamwise Inhomogeneity of Vortex Tangle in Thermal Counterflow.  Journal of Low Temperature Physics. 187:(5-6)531-537.  Abstract
  4. Biferale L., Khomenko D., L'vov V., Pomyalov A., Procaccia I. & Sahoo G. (2017). Local and nonlocal energy spectra of superfluid He 3 turbulence.  Physical Review B. 95:(18)184510.  Abstract
  5. Lvov V. & Pomyalov A. (2017). Statistics of Quantum Turbulence in Superfluid He.  Journal of Low Temperature Physics. 187:(5-6)497-514.  Abstract

2016

  1. Khomenko D., Lvov V., Pomyalov A. & Procaccia I. (2016). Counterflow-induced decoupling in superfluid turbulence.  Physical Review B. 93:(1)014516 (8 pp.).  Abstract
  2. Khomenko D., Lvov V., Pomyalov A. & Procaccia I. (2016). Reply to "Comment on 'Dynamics of the density of quantized vortex lines in superfluid turbulence'".  Physical Review B. 94:(14)  Abstract
  3. Babuin S., L'vov V. S., Pomyalov A., Skrbek L. & Varga E. (2016). Coexistence and interplay of quantum and classical turbulence in superfluid He-4: Decay, velocity decoupling, and counterflow energy spectra.  Physical Review B. 94:(17)174504.  Abstract
  4. Khomenko D., Lvov V., Pomyalov A. & Procaccia I. (2016). Mechanical momentum transfer in wall-bounded superfluid turbulence.  Physical Review B. 93:(13)  Abstract
  5. Bozhko D. A., Serga A. A., Clausen P., Vasyuchka V. I., Heussner F., Melkov G. A., Pomyalov A., L'Vov V. S. & Hillebrands B. (2016). Supercurrent in a room-temperature Bose-Einstein magnon condensate.  Nature Physics. 12:(11)1057-1062.  Abstract
  6. Gao J., Guo W., L'vov V. S., Pomyalov A., Skrbek L., Varga E. & Vinen W. F. (2016). Decay of counterflow turbulence in superfluid He-4.  JETP Letters. 103:(10)648-652.  Abstract

2015

  1. Boue L., Lvov V., Nagar Y., Nazarenko S. V., Pomyalov A. & Procaccia I. (2015). Energy and vorticity spectra in turbulent superfluid 4He from T=0 to Tλ.  Physical Review B. 91:(14)  Abstract
  2. Khomenko D., Kondaurova L., Lvov V., Mishra P., Pomyalov A. & Procaccia I. (2015). Dynamics of the density of quantized vortex lines in superfluid turbulence.  Physical Review B. 91:(18)  Abstract

2014

  1. Kondaurova L., Lvov V., Pomyalov A. & Procaccia I. (2014). Structure of a quantum vortex tangle in He-4 counterflow turbulence.  Physical Review B. 89:(1)  Abstract
  2. Kondaurova L., Lvov V., Pomyalov A. & Procaccia I. (2014). Kelvin waves and the decay of quantum superfluid turbulence.  Physical Review B. 90:(9)  Abstract
  3. Bunkov Y. M., Golov A. I., Lvov V., Pomyalov A. & Procaccia I. (2014). Evolution of a neutron-initiated micro big bang in superfluid He-3-B.  Physical Review B. 90:(2)  Abstract
  4. Lucci F., Lvov V., Ferrante A., Rosso M. & Elghobashi S. (2014). Eulerian-Lagrangian bridge for the energy and dissipation spectra in isotropic turbulence.  Theoretical and Computational Fluid Dynamics. 28:(2)197-213.  Abstract
  5. Lvov V., Skrbek L. & Sreenivasan K. R. (2014). Viscosity of liquid He-4 and quantum of circulation: Are they related?.  Physics of Fluids. 26:(4)  Abstract
  6. Barenghi C., Lvov V. & Roche P. (2014). Experimental, numerical, and analytical velocity spectra in turbulent quantum fluid.  Proceedings of the National Academy of Sciences of the United States of America. 111:4683-4690.  Abstract

2013

  1. Boue L., Khomenko D., Lvov V. & Procaccia I. (2013). Analytic Solution of the Approach of Quantum Vortices Towards Reconnection.  Physical Review Letters. 111:(14)  Abstract
  2. Boue L., Lvov V., Pomyalov A. & Procaccia I. (2013). Enhancement of Intermittency in Superfluid Turbulence.  Physical Review Letters. 110:(1)  Abstract
  3. Hosio J. J., Eltsov V. B., Heikkinen P. J., Hanninen R., Krusius M. & Lvov V. (2013). Energy and angular momentum balance in wall-bounded quantum turbulence at very low temperatures.  Nature Communications. 4.  Abstract

2012

  1. Boue L., Lvov V., Pomyalov A. & Procaccia I. (2012). Energy spectra of superfluid turbulence in He-3.  Physical Review B. 85:(10)  Abstract
  2. Boue L., Lvov V. & Procaccia I. (2012). Temperature suppression of Kelvin-wave turbulence in superfluids.  Epl. 99:(4)  Abstract
  3. Bunkov Y. M., Alakshin E. M., Gazizulin R. R., Klochkov A. V., Kuzmin V. V., Lvov V. & Tagirov M. S. (2012). High-T-c Spin Superfluidity in Antiferromagnets.  Physical Review Letters. 108:(17)  Abstract
  4. Ferrari C., Kaoui B., Lvov V., Procaccia I., Rudenko O., Boonkkamp J. H. M. t. T. & Toschi F. (2012). Analytical modeling for heat transfer in sheared flows of nanofluids.  Physical Review E. 86:(1)  Abstract
  5. Lvov V. & Nazarenko S. V. (2012). Comment on "Symmetry of Kelvin-wave dynamics and the Kelvin-wave cascade in the T=0 superfluid turbulence".  Physical Review B. 86:(22)  Abstract

2011

  1. Sasa N., Kano T., Machida M., Lvov V., Rudenko O. & Tsubota M. (2011). Energy spectra of quantum turbulence: Large-scale simulation and modeling.  Physical Review B. 84:(5)  Abstract
  2. Hosio J. J., Eltsov V. B., de Graaf G. R., Heikkinen P. J., Hanninen R., Krusius M., Lvov V. & Volovik G. E. (2011). Superfluid Vortex Front at T -> 0: Decoupling from the Reference Frame.  Physical Review Letters. 107:(13)  Abstract
  3. Boue L., Dasgupta R., Laurie J., Lvov V., Nazarenko S. & Procaccia I. (2011). Exact solution for the energy spectrum of Kelvin-wave turbulence in superfluids.  Physical Review B. 84:(6)  Abstract

2010

  1. Lvov V. & Nazarenko S. (2010). Discrete and mesoscopic regimes of finite-size wave turbulence.  Physical Review E. 82:(5)  Abstract
  2. Laurie J., Lvov V., Nazarenko S. & Rudenko O. (2010). Interaction of Kelvin waves and nonlocality of energy transfer in superfluids.  Physical Review B. 81:(10)  Abstract
  3. Lebedev V. V. & Lvov V. (2010). Symmetries and Interaction Coefficients of Kelvin Waves.  Journal of Low Temperature Physics. 161:(6-May)548-554.  Abstract
  4. Lvov V. & Nazarenko S. (2010). Spectrum of Kelvin-wave turbulence in superfluids.  JETP Letters. 91:(8)428-434.  Abstract
  5. Lvov V. & Nazarenko S. (2010). Weak turbulence of Kelvin waves in superfluid He.  Low Temperature Physics. 36:(9-Aug)785-791.  Abstract
  6. Lebedev V. V., Lvov V. & Nazarenko S. V. (2010). Reply: On Role of Symmetries in Kelvin Wave Turbulence.  Journal of Low Temperature Physics. 161:(6-May)606-610.  Abstract
  7. Lvov V. & Nazarenko S. (2010). Comment on "Superfluid Turbulence from Quantum Kelvin Wave to Classical Kolmogorov Cascades''.  Physical Review Letters. 104:(21)
  8. Eltsov V. B., de Graaf G. R., Heikkinen P. J., Hosio J. J., Hanninen R., Krusius M. & Lvov V. (2010). Stability and Dissipation of Laminar Vortex Flow in Superfluid He-3-B.  Physical Review Letters. 105:(12)  Abstract
  9. Numasato R., Tsubota M. & Lvov V. (2010). Direct energy cascade in two-dimensional compressible quantum turbulence.  Physical Review A. 81:(6)  Abstract

2009

  1. Lvov V., Procaccia I. & Rudenko O. (2009). Energy conservation and second-order statistics in stably stratified turbulent boundary layers.  Environmental Fluid Mechanics. 9:(3)267-295.  Abstract
  2. Eltsov V. B., de Graaf G. R., Hanninen R., Krusius M., Solntsev R. E., Lvov V., Golov A. I. & Walmsley P. M. (2009). Turbulent Dynamics in Rotating Helium Superfluids.  Progress In Low Temperature Physics: Quantum Turbulence, Vol 16. 45-146.  Abstract
  3. Lvov V., Pomyalov A., Procaccia I. & Rudenko O. (2009). Finite-dimensional turbulence of planetary waves.  Physical Review E. 80:(6)  Abstract
  4. Lvov V., Procaccia I. & Rudenko O. (2009). Velocity and energy profiles in two- versus three-dimensional channels: Effects of an inverse- versus a direct-energy cascade.  Physical Review E. 79:(4)  Abstract
  5. Zilitinkevich S. S., Elperin T., Kleeorin N., Lvov V. & Rogachevskii I. (2009). Energy- and Flux-Budget Turbulence Closure Model for Stably Stratified Flows. Part II: The Role of Internal Gravity Waves.  Boundary-Layer Meteorology. 133:(2)139-164.  Abstract

2008

  1. Procaccia I., Lvov V. & Benzi R. (2008). Colloquium: Theory of drag reduction by polymers in wall-bounded turbulence.  Reviews of Modern Physics. 80:(1)225-247.  Abstract
  2. Lvov V., Pomyalov A., Procaccia I. & Govindarajan R. (2008). Random vortex-street model for a self-similar plane turbulent jet.  Physical Review Letters. 101:(9)  Abstract
  3. Lvov V., Procaccia I. & Rudenko O. (2008). Universal model of finite Reynolds number turbulent flow in channels and pipes.  Physical Review Letters. 100:(5)  Abstract
  4. Lvov V., Nazarenko S. V. & Rudenko O. (2008). Gradual Eddy-Wave Crossover in Superfluid Turbulence.  Journal of Low Temperature Physics. 153:(6-May)140-161.  Abstract
  5. Lvov V. & Rudenko O. (2008). Equations of motion and conservation laws in a theory of stably stratified turbulence.  Physica Scripta. T132.  Abstract
  6. Amarouchene Y., Bonn D., Kellay H., Lo T., Lvov V. & Procaccia I. (2008). Reynolds number dependence of drag reduction by rodlike polymers.  Physics of Fluids. 20:(6)  Abstract
  7. Lvov V., Procaccia I. & Rudenko O. (2008). Turbulent fluxes in stably stratified boundary layers.  Physica Scripta. T132.  Abstract
  8. Kartashova E. & Lvov V. (2008). Cluster dynamics of planetary waves.  Epl. 83:(5)  Abstract

2007

  1. Elperin T., Kleeorin N., Liberman M. A., Lvov V. & Rogachevskii I. (2007). Clustering of aerosols in atmospheric turbulent flow.  Environmental Fluid Mechanics. 7:(2)173-193.  Abstract
  2. Lvov V., Nazarenko S. V. & Rudenko O. (2007). Bottleneck crossover between classical and quantum superfluid turbulence.  Physical Review B. 76:(2)  Abstract
  3. Eltsov V. B., Golov A. I., de Graaf G. R., Hanninen R., Krusius M., Lvov V. & Solntsev R. E. (2007). Quantum turbulence in a propagating superfluid vortex front.  Physical Review Letters. 99:(26)  Abstract
  4. Kartashova E. & Lvov V. (2007). Model of intraseasonal oscillations in Earth's atmosphere.  Physical Review Letters. 98:(19)  Abstract
  5. Lvov V., Pomyalov A., Ferrante A. & Elghobashi S. (2007). Analytical model of the time developing turbulent boundary layer.  JETP Letters. 86:(2)102-107.  Abstract

2006

  1. Lvov V., Procaccia I. & Rudenko O. (2006). Analytic model of the universal structure of turbulent boundary layers.  JETP Letters. 84:(2)62-67.  Abstract
  2. Bunkov Y. M., Lvov V. & Volovik G. E. (2006). On the problem of catastrophic relaxation in superfluid He-3-B.  JETP Letters. 84:(6)289-293.  Abstract
  3. Bunkov Y. M., Lvov V. & Volovik G. E. (2006). Solution of the problem of catastrophic relaxation of homogeneous spin precession in superfluid He-3-B.  JETP Letters. 83:(12)530-535.  Abstract
  4. Lvov V., Nazarenko S. V. & Skrbek L. (2006). Energy spectra of developed turbulence in helium superfluids.  Journal of Low Temperature Physics. 145:(4-Jan)125-142.  Abstract
  5. Lo T., Lvov V. & Procaccia I. (2006). Drag reduction by compressible bubbles.  Physical Review E. 73:(3)  Abstract
  6. Lvov V., Pomyalov A., Procaccia I. & Zilitinkevich S. S. (2006). Phenomenology of wall-bounded Newtonian turbulence.  Physical Review E. 73:(1)  Abstract
  7. Benzi R., de Angelis A. E., Lvov V., Procaccia I. & Tiberkevich V. (2006). Maximum drag reduction asymptotes and the cross-over to the Newtonian plug.  Journal of Fluid Mechanics. 551:185-195.  Abstract
  8. Lvov V. & Nazarenko S. (2006). Differential model for 2D turbulence.  JETP Letters. 83:(12)541-545.  Abstract

2005

  1. Lvov V., Pomyalov A., Procaccia I. & Tiberkevich V. (2005). Drag reduction by microbubbles in turbulent flows: The limit of minute bubbles.  Physical Review Letters. 94:(17)  Abstract
  2. Lo T., Lvov V., Pomyalov A. & Procaccia I. (2005). Estimating von Karman's constant from homogeneous turbulence.  Europhysics Letters. 72:(6)943-949.  Abstract
  3. Lvov V., Pomyalov A., Procaccia I. & Tiberkevich V. (2005). Polymer stress tensor in turbulent shear flows.  Physical Review E. 71:(1)  Abstract
  4. Lvov V., Pomyalov A. & Tiberkevich V. (2005). Simple analytical model for entire turbulent boundary layer over flat plane - from viscous and mixing layers to turbulent logarithmic region.  Environmental Fluid Mechanics. 5:(4)373-386.  Abstract
  5. Benzi R., Ching E., Lo T., Lvov V. & Procaccia I. (2005). Additive equivalence in turbulent drag reduction by flexible and rodlike polymers.  Physical Review E. 72:(1)  Abstract
  6. Benzi R., De Angelis A. E., Lvov V. & Procaccia I. (2005). Identification and calculation of the universal asymptote for drag reduction by polymers in wall bounded turbulence.  Physical Review Letters. 95:(19)  Abstract

2004

  1. Lvov V., Pomyalov A., Procaccia I. & Tiberkevich V. (2004). Drag reduction by polymers in wall bounded turbulence.  Physical Review Letters. 92:(24)  Abstract
  2. Lvov V., Nazarenko S. & Volovik G. (2004). Energy spectra of developed superfluid turbulence.  JETP Letters. 80:(7)479-483.  Abstract
  3. De Angelis E., Caciola C. M., Lvov V., Pomyalov A., Procaccia I. & Tiberkevich V. (2004). Drag reduction by a linear viscosity profile.  Physical Review E. 70:(5)  Abstract
  4. Benzi R., Lvov V., Procaccia I. & Tiberkevich V. (2004). Saturation of turbulent drag reduction in dilute polymer solutions.  Europhysics Letters. 68:(6)825-831.  Abstract

2003

  1. Lvov V., Procaccia I. & Tiberkevich V. (2003). Scaling exponents in anisotropic hydrodynamic turbulence.  Physical Review E. 67:(2)  Abstract
  2. Lvov V., Ooms G. & Pomyalov A. (2003). Effect of particle inertia on turbulence in a suspension.  Physical Review E. 67:(4)  Abstract
  3. Govindarajan R., Lvov V., Procaccia I. & Sameen A. (2003). Stabilization of hydrodynamic flows by small viscosity variations.  Physical Review E. 67:(2)  Abstract
  4. Lvov V., Pasmanter R. A., Pomyalov A. & Procaccia I. (2003). Strong universality in forced and decaying turbulence in a shell model.  Physical Review E. 67:(6)  Abstract
  5. Lvov V., Pomyalov A. & Tiberkevich V. (2003). Multizone shell model for turbulent wall bounded flows.  Physical Review E. 68:(4)  Abstract
  6. Lvov V., Naaman R., Tiberkevich V. & Vager Z. (2003). Cooperative effect in electron transfer between metal substrate and organized organic layers.  Chemical Physics Letters. 381:(6-May)650-653.  Abstract
  7. De Angelis A. E., Casciola C., Lvov V., Piva R. & Procaccia I. (2003). Drag reduction by polymers in turbulent channel flows: Energy redistribution between invariant empirical modes.  Physical Review E. 67:(5)  Abstract

2002

  1. Pierotti D., Lvov V., Pomyalov A. & Procaccia I. (2002). Birth of anomalous scaling in a model of hydrodynamic turbulence with a tunable parameter.  Fractals-Complex Geometry Patterns And Scaling In Nature And Society. 10:(3)291-296.  Abstract
  2. L'vov V. S., Pomyalov A. & Procaccia I. (2002). Quasi-Gaussian statistics of hydrodynamic turbulence in 4/3 + ε dimensions.  Physical Review Letters. 89:(6)  Abstract
  3. Elperin T., Kleeorin N., Lvov V., Rogachevskii I. & Sokoloff ,. D. (2002). Clustering instability of the spatial distribution of inertial particles in turbulent flows.  Physical Review E. 66:(3)  Abstract
  4. Gilbert T., Lvov V., Pomyalov A. & Procaccia I. (2002). Inverse cascade regime in shell models of two-dimensional turbulence.  Physical Review Letters. 89:(7)  Abstract
  5. Lvov V., Elperin T., Kleeorin N., Rogachevskii I. & Sokoloff ,. D. (2002). Strong and weak clustering of inertial particles in turbulent flows.  arXiv.
  6. Chernyshev S., Kikoin K. & Lvov V. (2002). Victor Iosifovich Belinicher - Obituary.  Physics Today. 55:(4)91-92.
  7. Lvov V. & Pomyalov A. (2002). One-fluid description of turbulently flowing suspension.  arXiv.  Abstract
  8. Lvov V. (2002). Quasisolitons and asymptotic multiscaling in shell models of turbulence.  Physical Review E. 65:(2)  Abstract

2001

  1. Lvov V., Pomyalov A. & Procaccia I. (2001). Outliers, extreme events, and multiscaling.  Physical Review E. 63:(5)  Abstract
  2. Govindarajan R., Lvov V. & Procaccia I. (2001). Retardation of the onset of turbulence by minor viscosity contrasts.  Physical Review Letters. 87:(17)  Abstract

2000

  1. Kurien S., Lvov V., Procaccia I. & Sreenivasan K. (2000). Scaling structure of the velocity statistics in atmospheric boundary layers.  Physical Review E. 61:(1)407-421.  Abstract
  2. Arad I., Lvov V., Podivilov E. & Procaccia I. (2000). Anomalous scaling in the anisotropic sectors of the Kraichnan model of passive scaler advection.  Physical Review E. 62:(4)4904-4919.  Abstract
  3. Arad I., Lvov V. & Procaccia I. (2000). Anomalous scaling in anisotropic turbulence.  Physica A. 288:(4-Jan)280-307.  Abstract
  4. Lvov V., L'vov Y. & Pomyalov A. (2000). Anisotropic spectra of acoustic turbulence.  Physical Review E. 61:(3)2586-2594.  Abstract
  5. Lvov V., Pierotti D., Pomyalov A. & Procaccia I. (2000). Anomalous scaling from controlled closure in a shell model of turbulence.  Physics of Fluids. 12:(4)803-821.  Abstract
  6. Lvov V. & Procaccia I. (2000). Analytic calculation of the anomalous exponents in turbulence: Using the fusion rules to flush out a small parameter.  Physical Review E. 62:(6)8037-8057.  Abstract
  7. Pierotti D., Lvov V., Pomyalov A. & Procaccia I. (2000). Anomalous scaling in a model of hydrodynamic turbulence with a small parameter.  Europhysics Letters. 50:(4)473-479.  Abstract

1999

  1. Lvov V., Pomyalov A. & Procaccia I. (1999). Temporal surrogates of spatial turbulent statistics: The Taylor hypothesis revisited.  Physical Review E. 60:(4)4175-4184.  Abstract
  2. Arad I., Lvov V. & Procaccia I. (1999). Correlation functions in isotropic and anisotropic turbulence: The role of the symmetry group.  Physical Review E. 59:(6)6753-6765.  Abstract
  3. Daems D., Grossmann S., Lvov V. & Procaccia I. (1999). Continued fraction representation of temporal multiscaling in turbulence.  Physical Review E. 60:(6)6656-6662.  Abstract
  4. Lvov V., Podivilov E. & Procaccia I. (1999). Hamiltonian structure of the Sabra shell model of turbulence: Exact calculation of an anomalous scaling exponent.  Europhysics Letters. 46:(5)609-612.  Abstract

1998

  1. Fairhall A., Lvov V. & Procaccia I. (1998). Dissipative scaling functions in Navier-Stokes turbulence: Experimental tests.  Europhysics Letters. 43:(3)277-283.  Abstract
  2. Arad I., Dhruva B., Kurien S., Lvov V., Procaccia I. & Sreenivasan K. (1998). Extraction of anisotropic contributions in turbulent flows.  Physical Review Letters. 81:(24)5330-5333.  Abstract
  3. Lvov V., Procaccia I. & Vandembroucq D. (1998). Universal scaling exponents in shell models of turbulence: Viscous effects are finite-sized corrections to scaling.  Physical Review Letters. 81:(4)802-805.  Abstract
  4. Lvov V. & Procaccia I. (1998). Computing the scaling exponents in fluid turbulence from first principles: the formal setup.  Physica A. 257:(4-Jan)165-196.  Abstract
  5. Belinicher V. I., Lvov V., Pomyalov A. & Procaccia I. (1998). Computing the scaling exponents in fluid turbulence from first principles: Demonstration of multiscaling.  Journal of Statistical Physics. 93:(3-4)797-832.  Abstract
  6. Belinicher V., Lvov V. & Procaccia I. (1998). A new approach to computing the scaling exponents in fluid turbulence from first principles.  Physica A. 254:(2-Jan)215-230.  Abstract
  7. Lvov V., Podivilov E., Pomyalov A., Procaccia I. & Vandembroucq D. (1998). Improved shell model of turbulence.  Physical Review E. 58:(2)1811-1822.  Abstract
  8. Lvov V. (1998). Nonlinear physics - Universality of turbulence.  Nature. 396:(6711)519-+.

1997

  1. Gat O., Lvov V., Podivilov E. & Procaccia I. (1997). Nonperturbative zero modes in the Kraichnan model for turbulent advection.  Physical Review E. 55:(4)R3836-R3839.  Abstract
  2. Gat O., Lvov V. & Procaccia I. (1997). Perturbative and nonperturbative analysis of the third-order zero modes in the Kraichnan model for turbulent advection.  Physical Review E. 56:(1)406-416.  Abstract
  3. Procaccia I., Podivilov E. & Lvov V. (1997). Exact Result for the 3rd Order Correlations of Velocity in Turbulence with Helicity.  arXiv.
  4. Lvov V., Lvov Y., Newell A. & Zakharov V. (1997). Statistical description of acoustic turbulence.  Physical Review E. 56:(1)390-405.  Abstract
  5. Lvov V. & Procaccia I. (1997). Hydrodynamic turbulence: a 19th century problem with a challenge for the 21st century.  Turbulence Modeling And Vortex Dynamics. 491:1-16.  Abstract
  6. Fairhall A., Dhruva B., Lvov V., Procaccia I. & Sreenivasan K. (1997). Fusion rules in Navier-Stokes turbulence: First experimental tests.  Physical Review Letters. 79:(17)3174-3177.  Abstract
  7. Lvov V., Podivilov E. & Procaccia I. (1997). Invariants for correlations of velocity differences in turbulent fields.  Physical Review Letters. 79:(11)2050-2052.  Abstract
  8. Fairhall A., Galanti B., Lvov V. & Procaccia I. (1997). Direct numerical simulations of the Kraichnan model: Scaling exponents and fusion rules.  Physical Review Letters. 79:(21)4166-4169.  Abstract
  9. Lvov V., Podivilov E. & Procaccia I. (1997). Temporal multiscaling in hydrodynamic turbulence.  Physical Review E. 55:(6)7030-7035.  Abstract

1996

  1. Lvov V. & Procaccia I. (1996). Viscous lengths in hydrodynamic turbulence are anomalous scaling functions.  Physical Review Letters. 77:(17)3541-3544.  Abstract
  2. Lvov V. & Procaccia I. (1996). Fusion rules in turbulent systems with flux equilibrium.  Physical Review Letters. 76:(16)2898-2901.  Abstract
  3. Lvov V. & Procaccia I. (1996). The universal scaling exponents of anisotropy in turbulence and their measurement.  Physics of Fluids. 8:(10)2565-2567.  Abstract
  4. Procaccia I. & Lvov V. (1996). Towards a Theory of Anomalous Scaling in Turbulence.  STATPHYS 19. 410.
  5. Segel D., Lvov V. & Procaccia I. (1996). Extended self-similarity in turbulent systems: An analytically soluble example.  Physical Review Letters. 76:(11)1828-1831.  Abstract
  6. Procaccia I. & Lvov V. (1996). Anomalous Scaling in Turbulence: a Field Theoretic Approach.  Nonlinear Dynamics, Chaotic and Complex Systems.
  7. Lvov V., Podivilov E. & Procaccia I. (1996). Scaling behavior in turbulence is doubly anomalous.  Physical Review Letters. 76:(21)3963-3966.  Abstract
  8. Ching E., Lvov V., Podivilov E. & Procaccia I. (1996). Conditional statistics in scalar turbulence: Theory versus experiment.  Physical Review E. 54:(6)6364-6371.  Abstract
  9. Lvov V. & Procaccia I. (1996). Towards a nonperturbative theory of hydrodynamic turbulence: Fusion rules, exact bridge relations, and anomalous viscous scaling functions.  Physical Review E. 54:(6)6268-6284.  Abstract
  10. Ching E., Lvov V. & Procaccia I. (1996). Fusion rules and conditional statistics in turbulent advection.  Physical Review E. 54:(5)R4520-R4523.  Abstract
  11. Lvov V. & Procaccia I. (1996). Turbulence: A universal problem.  Physics World. 9:(8)35-40.
  12. Lvov V. & Procaccia I. (1996). Cornerstones of a theory of anomalous scaling in turbulence.  Physica Scripta. T67:131-135.  Abstract
  13. Lvov V. & Procaccia I. (1996). Exact resummations in the theory of hydrodynamic turbulence: 0. Line-resummed diagrammatic perturbation approach.  Fluctuating Geometries In Statistical Mechanics And Field Theory. 1027-1075.  Abstract
  14. Fairhall A., Gat O., Lvov V. & Procaccia I. (1996). Anomalous scaling in a model of passive scalar advection: Exact results.  Physical Review E. 53:(4)3518-3535.  Abstract
  15. Lvov V. & Procaccia I. (1996). Exact resummations in the theory of hydrodynamic turbulence .3. Scenarios for anomalous scaling and intermittency.  Physical Review E. 53:(4)3468-3490.  Abstract

1995

  1. Falkovich G. & Lvov V. (1995). ISOTROPIC AND ANISOTROPIC TURBULENCE IN CLEBSCH VARIABLES.  Chaos Solitons & Fractals. 5:(10)1855-1869.  Abstract
  2. Lvov V. & LEBEDEV V. (1995). ANOMALOUS SCALING IN KOLMOGOROV-1941 TURBULENCE.  Europhysics Letters. 29:(9)681-686.  Abstract
  3. Lvov V. & Procaccia I. (1995). EXACT RESUMMATIONS IN THE THEORY OF HYDRODYNAMIC TURBULENCE .1. THE BALL OF LOCALITY AND NORMAL SCALING.  Physical Review E. 52:(4)3840-3857.  Abstract
  4. Lvov V. & Procaccia I. (1995). EXACT RESUMMATIONS IN THE THEORY OF HYDRODYNAMIC TURBULENCE .2. A LADDER TO ANOMALOUS SCALING.  Physical Review E. 52:(4)3858-3875.  Abstract
  5. Lvov V. & Procaccia I. (1995). CORRELATORS OF VELOCITY DIFFERENCES AND ENERGY-DISSIPATION AS AN ELEMENT IN THE SUBCRITICAL SCENARIO FOR NON-KOLMOGOROV SCALING IN TURBULENCE.  Europhysics Letters. 29:(4)291-296.  Abstract
  6. Lvov V. & Procaccia I. (1995). INTERMITTENCY IN HYDRODYNAMIC TURBULENCE AS INTERMEDIATE ASYMPTOTICS TO KOLMOGOROV SCALING.  Physical Review Letters. 74:(14)2690-2693.

1994

  1. Lvov V., Procaccia I. & FAIRHALL A. (1994). ANOMALOUS SCALING IN FLUID-MECHANICS - THE CASE OF THE PASSIVE SCALAR.  Physical Review E. 50:(6)4684-4704.
  2. LEBEDEV V. & Lvov V. (1994). HIDDEN SYMMETRY, EXACT RELATIONS, AND A SMALL-PARAMETER IN THE KARDAR-PARISI-ZHANG PROBLEM WITH STRONG-COUPLING.  Physical Review E. 49:(2)R959-R962.  Abstract
  3. LEBEDEV V. & Lvov V. (1994). SCALING OF CORRELATION-FUNCTIONS OF VELOCITY-GRADIENTS IN HYDRODYNAMIC TURBULENCE.  JETP Letters. 59:(8)577-583.  Abstract
  4. Lvov V. & Lebedev V. (1994). Anomalous Scaling and Fusion Rules in Hydrodynamic Turbulence.  arXiv.
  5. GROSSMANN S., LOHSE D., Lvov V. & Procaccia I. (1994). FINITE-SIZE CORRECTIONS TO SCALING IN HIGH REYNOLDS-NUMBER TURBULENCE.  Physical Review Letters. 73:(3)432-435.  Abstract
  6. Lvov V. & Procaccia I. (1994). UNIVERSAL PROPERTIES OF THE 2-DIMENSIONAL KURAMOTO-SIVASHINSKY EQUATION - COMMENT.  Physical Review Letters. 72:(2)307-307.
  7. Lvov V. & Procaccia I. (1994). EXTENDED UNIVERSALITY IN MODERATE-REYNOLDS-NUMBER FLOWS.  Physical Review E. 49:(5)4044-4051.  Abstract

1993

  1. Lvov V. & LEBEDEV V. (1993). EXACT RELATIONS IN THE THEORY OF DEVELOPED HYDRODYNAMIC TURBULENCE.  Physical Review E. 47:(3)1794-1802.  Abstract
  2. LEBEDEV V. & Lvov V. (1993). QUASI-EQUILIBRIUM SOLUTION OF THE 1+D KPZ MODEL.  JETP Letters. 58:(4)310-315.  Abstract
  3. Lvov V. & LEBEDEV V. (1993). INTERACTION LOCALITY AND SCALING SOLUTION IN D+1 KPZ AND KS MODELS.  Europhysics Letters. 22:(6)419-423.  Abstract
  4. Cherepanov V., KOLOKOLOV I. & Lvov V. (1993). THE SAGA OF YIG-SPECTRA, THERMODYNAMICS, INTERACTION AND RELAXATION OF MAGNONS IN A COMPLEX MAGNET.  Physics Reports-Review Section Of Physics Letters. 229:(3)81-144.  Abstract
  5. Lvov V., LEBEDEV V., PATON M. & Procaccia I. (1993). PROOF OF SCALE INVARIANT SOLUTIONS IN THE KARDAR-PARISI-ZHANG AND KURAMOTO-SIVASHINSKY EQUATIONS IN 1+1 DIMENSIONS - ANALYTICAL AND NUMERICAL RESULTS.  Nonlinearity. 6:(1)25-47.  Abstract
  6. GROSSMANN S. & Lvov V. (1993). CROSSOVER OF SPECTRAL SCALING IN THERMAL TURBULENCE.  Physical Review E. 47:(6)4161-4168.  Abstract
  7. Lvov V. (1993). LAW OF SPACE-DECORRELATION FOR DEVELOPED HYDRODYNAMIC TURBULENCE.  Physical Review E. 48:(2)R669-R672.  Abstract

1992

  1. Procaccia I., JENSEN M., Lvov V., SNEPPEN K. & Zeitak R. (1992). SURFACE ROUGHENING AND THE LONG-WAVELENGTH PROPERTIES OF THE KURAMOTO-SIVASHINSKY EQUATION.  Physical Review A. 46:(6)3220-3224.  Abstract
  2. Lvov V. & Falkovich G. (1992). CONSERVATION-LAWS AND 2-FLUX SPECTRA OF HYDRODYNAMIC CONVECTIVE TURBULENCE.  PHYSICA D. 57:(2-Jan)85-95.  Abstract
  3. Zakharov V. E., L'vov V. S. & Falkovich G. (1992). Kolmogorov spectra of turbulence I: Wave Turbulence.  .  Abstract
  4. Lvov V. & Falkovich G. (1992). COUNTERBALANCED INTERACTION LOCALITY OF DEVELOPED HYDRODYNAMIC TURBULENCE.  Physical Review A. 46:(8)4762-4772.  Abstract
  5. Lvov V. & Procaccia I. (1992). COMPARISON OF THE SCALE INVARIANT SOLUTIONS OF THE KURAMOTO-SIVASHINSKY AND KARDAR-PARISI-ZHANG EQUATIONS IN D-DIMENSIONS.  Physical Review Letters. 69:(24)3543-3546.  Abstract

1991

  1. Lvov V. (1991). SPECTRA OF VELOCITY AND TEMPERATURE-FLUCTUATIONS WITH CONSTANT ENTROPY FLUX OF FULLY-DEVELOPED FREE-CONVECTIVE TURBULENCE.  Physical Review Letters. 67:(6)687-690.  Abstract
  2. Lvov V. (1991). SCALE INVARIANT-THEORY OF FULLY-DEVELOPED HYDRODYNAMIC TURBULENCE - HAMILTONIAN APPROACH.  Physics Reports-Review Section Of Physics Letters. 207:(1)1-47.  Abstract

1990

  1. Lvov V. (1990). ON THE SCALE-INVARIANT THEORY OF DEVELOPED HYDRODYNAMIC TURBULENCE KOLMOGOROV TYPE.  NONLINEAR EVOLUTION OF SPATIO-TEMPORAL STRUCTURES IN DISSIPATIVE CONTINUOUS SYSTEMS. 225:553-562.  Abstract

1989

  1. Lvov V. & FALKOVICH G. (1989). UNIVERSAL DOUBLE-FLOW SPECTRA OF WEAK SOUND TURBULENCE.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 96:(6)2033-2037.
  2. Lvov V., STRIKHA V., TRETYAK O. & SHMATOV A. (1989). INTERCENTER CARRIER TRANSITIONS IN PARTIALLY DISORDERED SILICON - CALCULATION.  Fizika Tverdogo Tela. 31:(11)197-205.
  3. Lvov V., STRIKHA V., TRETYAK O. & SHMATOV A. (1989). INTERCENTER CARRIER TRANSITIONS IN PARTIALLY DISORDERED SILICON - EXPERIMENT AND DISCUSSION OF RESULTS.  Fizika Tverdogo Tela. 31:(11)206-213.
  4. ZAUTKIN V., Lvov V. & PODIVILOV E. (1989). REARRANGEMENT OF THE SPIN-WAVE DISTRIBUTION IN CONDITIONS OF PARAMAGNETIC-RESONANCE IN FERRITES.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 96:(1)314-329.

1987

  1. ZAUTKIN V., Lvov V., ORYOL B., PODIVILOV E. & CHEREPANOV V. (1987). PARALLEL PUMPING OF SPIN-WAVES UNDER CONDITIONS OF MAGNETIC-FIELD DRIFT.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 93:(4)1269-1280.
  2. Lvov V. & DEMCHENKO M. (1987). COMPOSITE ELECTROCHEMICAL COATINGS FOR MOLYBDENUM.  Protection of Metals. 23:(5)653-654.
  3. BELINICHER V. & Lvov V. (1987). SCALE-INVARIANT THEORY OF DEVELOPED HYDRODYNAMIC TURBULENCE.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 93:(2)533-551.

1986

  1. ERYKALOV A., ZVEZDKIN V., KIRSANOV G., KONOPLEV K., Lvov V., PETROV Y. & RUZMANOV A. (1986). THIN-WALLED VVR-M5 FUEL-ELEMENTS FOR RESEARCH REACTORS.  Atomic Energy. 60:(2)124-128.

1984

  1. S.N. Lukaschuk, V.S. L'vov, A.A. Predtechensky and A.I. Chernykh (1984). First bifurcations in circular Couette flow: laboratory and numerical experiments.  in "Laminar-Turbulent Transition IUTAM Symposium Novosibirsk 1984", ed. by V.V. Kozlov, Springer-Verlag. 653-658.
  2. Lvov V. & TRETYAK O. (1984). NONEQUILIBRIUM ELECTRON POLARIZATION AND THE MASER EFFECT ON SPIN-DEPENDENT RECOMBINATION VIA EXCHANGE-COUPLED PAIRS.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 87:(1)234-240.
  3. BELINICHER V. & Lvov V. (1984). SPIN DIAGRAM TECHNIQUE FOR NONEQUILIBRIUM PROCESSES IN THE THEORY OF MAGNETISM.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 86:(3)967-980.
  4. KOLOKOLOV I., Lvov V. & CHEREPANOV V. (1984). INTERACTION AND RELAXATION OF MAGNONS IN THE 20-SUBLATTICE FERRIMAGNET IRON-YTTRIUM GARNET.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 86:(5)1946-1960.
  5. S.L. Lukashchuk, V.S. L'vov, A.A. Predtechenky and A.I. Chernykh (1984). ``On the effective space of circular Couette flow and the structure of its attractors.  in ``Non-linear and Turbulent Processes in Physics", ed. by R.Z. Sagdeev, Gordon and Brich. (Publ. NY 1984)pp. 1455-1464.
  6. Z.V. Krugliak, S.N. Lukashyk, V.S. L'vov et al (1984). Computational techniques in the life of a physical laboratory. Optoelectronic Instrumentation and Data Processing (Avtometriya).  Electron Press, NY. N4, pp.50-56.
  7. G.I. Gromilin, I.M. Kagansky, Z.V. Krugliak, V.S. L'vov et al (1984). CAMAC class, Optoelectronics Instrumentation and Data Processing (Avtometria).  Electron Press, NY. N4, 59-62.
  8. I.I. Brodsky, I.I. Korshever, V.S. L'vov et al (1984). High-capacity real-time system for processing hydrophysical data. Optoelectronics Instrumentation and Data Processing (Avtometria).  Electron Press, NY. N5, pp.3-12.

1983

  1. KOLOKOLOV I., Lvov V. & CHEREPANOV V. (1983). SPIN-WAVE SPECTRA AND THERMODYNAMICS OF THE IRON-YTTRIUM GARNET, A 20-SUBLATTICE FERROMAGNET.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 84:(3)1043-1058.

1982

  1. Lvov V., MIMA L. & TRETIAK O. (1982). INVESTIGATION OF SPIN-DEPENDENT RECOMBINATION IN SEMICONDUCTORS.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 83:(4)1557-1566.
  2. Lvov V. & FALKOVICH G. (1982). INTERACTION BETWEEN PARAMETRICALLY EXCITED SPIN-WAVES AND THERMAL SPIN-WAVES.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 82:(5)1562-1577.
  3. F.A. Zhuravel, V.S. L'vov, A.A. Predtechensky et al (1982). Laser-Doppler velocimeter techniques and its amplifications, Opptoelectronics Instrumentation and Data Processing (Autometria).  Electron Press, NY. N3, 4-15.
  4. Z.V. Krugliak, V.S. L'vov, Yu.E. Nesterikhin and A.A. Predtechensky (1982). Beginning CAMAC-practicum.  Novosibirsk University.
  5. F.A. Zhuravel, V.S. L'vov, A.A. Predtechensky et al (1982). Laser-Doppler velocimeter techniques and its amplifications, Opptoelectronics Instrumentation and Data Processing (Autometria).  Electron Press, NY. N3, 4-15.

1981

  1. LAVRINENKO A., Lvov V., MELKOV G. & CHEREPANOV V. (1981). KINETIC INSTABILITY OF A STRONGLY NON-EQUILIBRIUM SPIN-WAVE SYSTEM AND TUNABLE RADIATION FROM FERRITE.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 81:(3)1022-1036.
  2. Lvov V. & CHEREPANOV V. (1981). NON-LINEAR THEORY OF THE KINETIC EXCITATION OF WAVES.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 81:(4)1406-1422.
  3. Lvov V. & FALKOVICH G. (1981). ANISOTROPIC SPECTRA OF WEAK SOUND TURBULENCE.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 80:(2)592-596.
  4. Lvov V., PREDTECHENSKY A. & CHERNYKH A. (1981). BIFURCATION AND CHAOS IN A TAYLOR VORTEX SYSTEM - A NATURAL AND NUMERICAL EXPERIMENT.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 80:(3)1099-1121.
  5. Lvov V. & PREDTECHENSKY A. (1981). ON LANDAU AND STOCHASTIC ATTRACTOR PICTURES IN THE PROBLEM OF TRANSITION TO TURBULENCE.  PHYSICA D. 2:(1)38-51.
  6. Lvov V. (1981). STATISTICAL DESCRIPTION OF A CHAIN OF INTERACTING TAYLOR VORTEXES IN THE DIRECT INTERACTION APPROXIMATION.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 80:(5)1969-1980.
  7. KUZNETSOV E. & Lvov V. (1981). ON DEVELOPED HYDRODYNAMIC TURBULENCE SPECTRA.  PHYSICA D. 2:(1)203-217.
  8. Lvov V. & MIKHAILOV A. (1981). CONTRIBUTION TO THE NON-LINEAR THEORY OF SOUND AND HYDRODYNAMIC TURBULENCE OF A COMPRESSIBLE LIQUID.  PHYSICA D. 2:(1)224-243.
  9. GRANKIN V., Lvov V., MOTORIN V. & MUSHER S. (1981). SECONDARY TURBULENCE OF PARAMETRICALLY EXCITED SPIN-WAVES.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 81:(2)757-767.

1980

  1. Z.B. Krugljak, E.A. Kuznetsov, V.S. L'vov et al (1980). Turbulent transition in a circular Couette flow, in "Laminar-Turbulent Transition".  ed. R. Eppler and H. Fasel, Springer-Verlag 1980.
  2. V.S. L'vov and A.A. Predtechensky (1980). Step-by-step transition to turbulence in a Couette flow in ``non-linear waves".  ed. by Gaponov-Grekhov, Nauka Publ. Moscow, 1980. pp. 57-77.
  3. F.A. Zhuravel, V.S. L'vov, A.A. Predtechenskii et al (1980). Experimental technique and results of studies of laminar-turbulent transition in a simple hydrodynamic flow. Optoelectronic Instrumentation and Data Processing (Avtometria).  Electron Press, NY. N4, 11-114.
  4. KRUGLJAK Z., KUZNETSOV E., Lvov V., NESTERIKHIN Y., PREDTECHENSKY A., SOBOLEV V., UTKIN E. & ZHURAVEL F. (1980). SPECTRUM EVOLUTION AT THE TRANSITION TO TURBULENCE IN A COUETTE-FLOW.  Physics Letters A. 78:(3)269-272.
  5. Lvov V. & NESTERIKHIN Y. (1980). TRANSITION TO TURBULENCE IN SIMPLE HYDRODYNAMICAL FLOW.  Vestnik Akademii Nauk SSSR. (10)25-35.

1979

  1. Lvov V. & CHEREPANOV V. (1979). STRONGLY ANISOTROPIC DISTRIBUTIONS OF PARAMETRICALLY EXCITED WAVES IN ISOTROPIC MEDIA.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 76:(6)2266-2278.
  2. KUZNETSOV E., Lvov V., PREDTECHENSKII A., SOBOLEV V. & UTKIN E. (1979). TRANSITION TO TURBULENCE IN COUETTE-FLOW.  JETP Letters. 30:(4)207-210.

1978

  1. KRUTSENKO I., Lvov V. & MELKOV G. (1978). SPECTRAL DENSITY OF PARAMETRICALLY EXCITED WAVES.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 75:(3)1114-1131.
  2. Lvov V. & CHEREPANOV V. (1978). COLLECTIVE OSCILLATIONS AND INSTABILITY OF SINGLE FREQUENCY STATE OF PARAMETRICALLY EXCITED WAVES.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 75:(5)1631-1645.
  3. Lvov V. & MIKHAILOV A. (1978). SCATTERING AND INTERACTION OF SOUND WITH SOUND IN A TURBULENT MEDIUM.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 75:(5)1669-1682.
  4. Lvov V. & MIKHAILOV A. (1978). SOUND AND HYDRODYNAMIC TURBULENCE IN A COMPRESSIBLE LIQUID.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 74:(4)1445-1457.

1977

  1. Lvov V., TRETYAK O. & KOLOMIETS I. (1977). SPIN-DEPENDENT CARRIER RECOMBINATION ON A SILICON SURFACE.  SOVIET PHYSICS SEMICONDUCTORS-USSR. 11:(6)661-664.
  2. Lvov V. & RUBENCHIK A. (1977). SPATIALLY INHOMOGENEOUS SINGULAR SPECTRA OF WEAK TURBULENCE.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 72:(1)127-140.
  3. V.E. Zakharov, E.A. Kuznetsov, V.S. L'vov et al (1977). Investigation of wave turbulence. In: ``Fundamental Studies in Physics and Mathematics".  (Nauka Publ., Novosibirsk, 1977). pp. 194-198.
  4. ZAUTKIN V., Lvov V., ORYOL B. & STAROBINETS S. (1977). HIGH AMPLITUDE COLLECTIVE OSCILLATIONS AND DOUBLE PARAMETRIC RESONANCE OF MAGNONS.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 72:(1)272-284.
  5. V.S. L'vov (1977). Toward a theory of developed turbulence.  IAIE Preprint # 53, Novosibisrk, 1977.
  6. Lvov V. (1977). EXCITATION OF SPIN-WAVES BY UNIFORM PRECESSION OF MAGNETIZATION AT 2-MAGNON SCATTERING.  Fizika Tverdogo Tela. 19:(10)3131-3133.
  7. ZAKHAROV V., Lvov V. & RUBENCHIK A. (1977). EFFECT OF MODULATION INSTABILITY ON RELAXATION OF A RELATIVISTIC ELECTRON-BEAM IN A PLASMA.  JETP Letters. 25:(1)8-10.
  8. KUZNETSOV E. & Lvov V. (1977). KOLMOGOROV TURBULENT SPECTRUM IN DIRECT INTERACTION-MODEL.  Physics Letters A. 64:(2)157-158.

1976

  1. ZEMSKII S., Lvov V. & MAKASHOVA L. (1976). NICKEL SELF-DIFFUSION IN NICKEL-IRON ALLOYS.  FIZIKA METALLOV I METALLOVEDENIE. 41:(4)775-781.

1975

  1. V.E. Zakharov and V.S. L'vov (1975). On the statistical description of the nonlinear-wave fields.  Quan. Electronics 18 N10. 1484-1097.
  2. Lvov V. (1975). NONLINEAR-THEORY OF PARAMETRIC-EXCITATION OF WAVES.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 69:(6)2079-2092.
  3. Lvov V. (1975). DAMPING OF MONOCHROMATIC WAVES IN A NONLINEAR MEDIUM.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 68:(1)308-316.

1974

  1. Lvov V. & SHIROKOV M. (1974). NONLINEAR-THEORY OF PARAMETRIC-EXCITATION OF SPIN-WAVES IN ANTIFERROMAGNETIC SUBSTANCES.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 67:(5)1932-1948.
  2. KOLGANOV V., Lvov V. & SHIROKOV M. (1974). NONLINEAR-THEORY OF PARAMETRIC-EXCITATION OF SPIN-WAVES IN ANTIFERROMAGNETS.  JETP Letters. 19:(11)351-352.
  3. ZAKHAROV V., Lvov V. & STAROBINETS S. (1974). TURBULENCE OF SPIN-WAVES BEYOND THRESHOLD OF THEIR PARAMETRIC-EXCITATION.  Uspekhi Fizicheskikh Nauk. 114:(4)609-654.

1973

  1. Lvov V., SOBOLEV V. & SYNAKH V. (1973). STRONG TURBULENCY AND SELF-FOCUSING OF PARAMETRICALLY EXCITED SPIN-WAVES.  Fizika Tverdogo Tela. 15:(3)793-800.
  2. Lvov V. (1973). NONLINEAR-THEORY OF PARAMETRIC INSTABILITY OF WAVES IN A PLASMA.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 64:(2)515-525.
  3. Lvov V. & MUSHER S. (1973). THEORY OF MAGNETIZATION SELF-OSCILLATIONS ON PARAMETRIC EXCITATION OF SPIN-WAVES.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 64:(3)1074-1086.

1972

  1. ZAKHAROV V., Lvov V. & MUSHER S. (1972). NONSTATIONARY BEHAVIOR OF PARAMETRICALLY EXCITED SPIN-WAVE SYSTEM.  Fizika Tverdogo Tela. 14:(3)832-&.
  2. Lvov V. (1972). INSTABILITY OF MONOCHROMATIC STANDING SPIN-WAVES WITH PARALLEL PUMPING.  SOVIET PHYSICS SOLID STATE,USSR. 13:(12)2949-2954.
  3. ZAKHAROV V. & Lvov V. (1972). PARAMETRIC EXCITATION OF SPIN-WAVES IN FERROMAGNETS WITH MAGNETIC INHOMOGENEITIES.  Fizika Tverdogo Tela. 14:(10)2913-&.
  4. ZAUTKIN V. & Lvov V. (1972). RESONANCE PHENOMENA IN PARAMETRIC SPIN-WAVE SYSTEM.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 63:(1)182-&.
  5. ZAKHAROV V. & Lvov V. (1972). NEW MECHANISM FOR LIMITING SPIN-WAVE AMPLITUDES UNDER PARALLEL PUMPING - REPLY.  SOVIET PHYSICS SOLID STATE,USSR. 13:(9)2321-&.
  6. ZAUTKIN V., ZAKHAROV V., Lvov V. & MUSHER S. (1972). PARALLEL SPIN-WAVE PUMPING IN YTTRIUM GARNET SINGLE-CRYSTALS.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 62:(5)1782-&.

1971

  1. ZAKHAROV V. & Lvov V. (1971). ONSET OF TUBULENCE DURING PARAMETRIC EXCITATION OF WAVES.  SOVIET PHYSICS JETP-USSR. 33:(6)1113-&.
  2. V.E. Zakharov, V.S. L'vov and S.S. Starobinets (1971). Answer to Ya.A. Monosov and V.I. Zubkov comments about our paper: ``The new mechanism of limitation of spin wave numbers under parallel pumping".  Soviet Physics Solid State, USSR. 2775-2777 [Sov. Phys.-Solid State].
  3. ZAKHAROV V. & Lvov V. (1971). STATIONARY NONLINEAR THEORY OF PARAMETRIC EXCITATION OF WAVES.  SOVIET PHYSICS JETP-USSR. 32:(4)656-&.
  4. Lvov V. (1971). NONLINEAR THEORY OF FERROMAGNETIC RESONANCE.  SOVIET PHYSICS SOLID STATE,USSR. 13:(2)418-&.
  5. ZAUSHKIN V., Lvov V. & MUSHER S. (1971). PROOF OF STAGE-BY-STAGE EXCITATION OF PARAMETRIC SPIN WAVES.  JETP LETTERS-USSR. 14:(5)206-&.

1970

  1. ZAKHAROV V. & Lvov V. (1970). NEW MECHANISM FOR LIMITING SPIN-WAVE AMPLITUDES UNDER PARALLEL PUMPING.  SOVIET PHYSICS SOLID STATE,USSR. 11:(7)1658-&.
  2. ZAKHAROV V. & Lvov V. (1970). INSTABILITY OF MONOCHROMATIC SPIN WAVES.  SOVIET PHYSICS SOLID STATE,USSR. 11:(10)2368-&.

1968

  1. Lvov V. (1968). RAMAN SCATTERING OF LIGHT AND FARADAY EFFECT IN MAGNETICALLY ORDERED DIELECTRICS.  SOVIET PHYSICS JETP-USSR. 26:(1)113-&.
  2. Lvov V. (1968). LIGHT SCATTERING NEAR A 2ND-ORDER PHASE TRANSITION IN A DIELECTRIC MAGNET.  SOVIET PHYSICS SOLID STATE,USSR. 10:(2)354-&.
  3. PETROV M., MOSKALEV V., Lvov V. & ZHIRNOVA E. (1968). NUCLEAR MAGNETIC RESONANCE STUDY OF EXCHANGE INTERACTIONS IN RBNIF3.  SOVIET PHYSICS SOLID STATE,USSR. 10:(5)1040-&.
  4. Lvov V. (1968). DIFFRACTION OF LIGHT BY FERROMAGNETIC DOMAINS.  SOVIET PHYSICS SOLID STATE,USSR. 10:(6)1287-&.
  5. Lvov V. (1968). TWO-MAGNON COMBINATION SCATTERING OF LIGHT IN MAGNETICALLY ORDERED DIELECTRICS.  SOVIET PHYSICS SOLID STATE,USSR. 9:(10)2328-&.
  6. LIPIN A., Lvov V. & SMIRNOVA T. (1968). PIEZOMAGNETORESISTANCE OF N-TYPE GE FOR A MIXED SCATTERING MECHANISM.  SOVIET PHYSICS SOLID STATE,USSR. 9:(11)2628-&.

1967

  1. Lvov V. (1967). SCATTERING OF LIGHT BY COHERENT SPIN WAVES.  JETP LETTERS-USSR. 5:(7)194-&.
  2. Lvov V. (1967). OPTICAL ACTIVITY OF DEFORMED CRYSTALS.  SOVIET PHYSICS SOLID STATE,USSR. 9:(4)1000-&.

1966

  1. Lvov V. & SMIRNOVA T. (1966). ELASTOGALVANOMAGNETIC EFFECTS IN N-TYPE GE.  SOVIET PHYSICS SOLID STATE,USSR. 8:(5)1091-&.
  2. Lvov V. & SMIRNOVA T. (1966). THERMOMAGNETIC EFFECTS IN DEFORMED N-TYPE GE.  SOVIET PHYSICS SOLID STATE,USSR. 8:(5)1285-&.
  3. Lvov V. & PETROV M. (1966). DISTRIBUTION OF SPIN DENSITY IN PARAMAGNETIC PEROVSKITE CRYSTALS.  Physica Status Solidi. 13:(2)K65-&.
  4. Lvov V. (1966). GALVANOMAGNETIC AND THERMOMAGNETIC EFFECTS IN STRAINED N-GE.  SOVIET PHYSICS SOLID STATE,USSR. 8:(5)1081-&.

1965

  1. Lvov V. (1965). THERMAL EMF IN A QUANTIZING MAGNETIC FIELD IN SEMICONDUCTORS WITH A MULTIELLIPSOIDAL BAND.  SOVIET PHYSICS SOLID STATE,USSR. 7:(6)1362-&.
  2. Lvov V. (1965). DER EINFLUSS EINER DEFORMATION AUF DIE GALVANOMAGNETISCHEN UND THERMOMAGNETISCHEN EFFEKTE IN KRISTALLEN MIT KUBISCHER SYMMETRIE.  Physica Status Solidi. 12:(2)891-&.

1964

  1. O.V. Artamonov, R. Ya. Berlaga and V.S. L'vov. (1964). Investigation of transverse photo-EMF in a polycrystal layer of CdTe. Isv. Vusov, Fisika.  N5. pp.18-20.