Boris E. Meierovich

List of publications

1. Surface impedance of metals in a week magnetic field
   Sov. Phys. JETP 29, 542 (1969)
   
   
2. Influence of the surface on cyclotron resonance in metals
   Sov. Phys. JETP 31, 175 (1970)
   
   
3. Cyclotron resonance in metals in the case of an arbitrary skin-effect anomaly
   Sov. Phys. JETP 31, 756 (1970)
   
   
4. The anomalous skin-effect in thin cylindrical conductors
   Sov. Phys. JETP 30, 782 (1970)

• Kinetic theory of pure metals
  PhD  thesis, IPP (1970), supervisor L.P. Pitaevskii

5. Anomalous skin-effect in a cylindrical conductor located in a magnetic field
   Sov. Phys. JETP 32, 149 (1971)
   
   
6. On the structure of the transition layer in a high-frequency gas discharge
   Sov. Phys. JETP 34, 121  (1972)
   co-author L.P. Pitaevsky
   
   
7. Contribution to the theory of an equilibrium high-frequency gas discharge
   Sov. Phys. JETP 34, 1006 (1972)
   
   
8. Diffusion in a high-frequency gas discharge
   Sov. Phys. JETP 36, 291 (1973)
   
   
9. Recombination and role of negative ions in a high-frequency gas discharge
   Sov. Phys. JETP 37, 1066 (1973)
   co-author M.A. Liberman
   
   
10. Anomalous skin-effect in a plasma with a diffuse boundary
    Sov. Phys. JETP 35, 904 (1972)
    co-authors L.P. Pitaevsky, M.A. Liberman
    
    
11. Theory of the anomalous skin-effect in a plasma with a diffuse boundary
    Sov. Phys. JETP 37, 835 (1973)
    co-author S.M. Dikman
    
    
12. Anomalous skin-effect in a plasma with a diffuse boundary in a magnetic field
    Sov. Phys. JETP 40, 865 (1975)
    co-author A.N. Vasil'ev
    
    
13. Equilibrium structure of relativistic beams
    Sov. Phys. JETP 41, 895 (1975)
    co-author S.T. Suhorukov
    
    
14. Numerical calculation of relativistic beam structure in the approximation of ideal gases
    Tech. Phys. 47, 1719 (1977)
    co-author V.N. Lyakhovitsky, S.T. Sukhorukov
    
    
15. Theory of high-frequency pinched discharge in a dense gas with allowance of electron overheating
    Sov. Phys. JETP 43, 472 (1976)
    co-author M.A. Liberman
    
    
16. Limiting angles of deviation of particles under classical scattering at a centrally symmetric potential
    Sov. Phys. Doklady 19, 294 (1974)
    
    
17. Collisionless emission of radiation by a non-homogeneous plasma
    Sov. Phys. JETP 44, 546 (1976)
    
    
18. Quantum spectroscopy of relativistic beams
    Sov. Phys. JETP 47, 44 (1978)

• On the structure of relativistic beams
  In: Elementary Particles, Part 2, p14, Atomizdat (1978)
  
  
• Equilibrium of a cold relativistic beam
  Preprint ITEP-75, (1978)
  co-author S.T. Suhorukov
  
  
• Equilibrium of a high current
  Preprint ITEP-56 (1979)
  co-author S.T. Suhorukov

19. Oblique incidence of waves on a non-homogeneous plasma with finite density gradient
    Sov. J. Plasma Phys. 5, 6 (1979)
    co-author A.N. Vasil'ev
    
    
20. Micropinch in a high-current diode
    Sov. Phys. Uspehi 22, 727 (1979)
    co-authors E.D. Korop, Yu.V. Sidel'nikov, S.T. Suhorukov
    
    
21. Resonant field emission from metal into plasma
    Sov. Phys. Dokl. 24, 988 (1979)
    co-author I.M. Lifshitz
    
    
22. Pair production by a photon in the field of a dense pinch
    Sov. Phys. JETP 52, 75 (1980)
    
    
23. Hydrodynamics of plasma in a high-current channel
    Sov. Phys. JETP 52, 647 (1980)
    
    
24. Hydrodynamics of plasma in a dense pinch
    Physica A105, 313 (1981)
    
    
25. Electromagnetic collapse. Equilibrium of a dense pinch
    Phys. Reports 92, 83 (1982)
    
    
26. Comment on "Radiative collapse of a relativistic electron-positron plasma to ultra-high densities"
    Phys. Rev. A26, 1128 (1982)
    
    
27. Field of a test body in a stream of charged particles
    Sov. Phys. JETP 56, 1016 (1982)
    
    
28. Oscillations and analysis of stability for pinch systems
    J. Plasma Phys. 29, 361 (1983)
    
    
29. Electromagnetic collapse. Problems of stability, emission of radiation, and evolution of a dense pinch
    Phys. Reports 104, 259 (1984)
    
    
30. Correlation properties of charges in plasma streams. Possibility of superconductivity
    Physica Scripta 29, 494 (1984)
    
    
31. Self-similar model of the radiative compression of a Z-pinch
    Sov. J. Plasma Physics 11, 831 (1985)
    
    
32. Toward the realization of electromagnetic collapse
    Sov. Phys. Uspehi 29, 506 (1986)
    
    
33. Stability of a Bennett pinch
    Sov. Phys. JETP 63, 966 (1986)
    
    
34. Macroscopic stability of charged particle streams
    IEEE Trans. on Plasma Sci. PS14, 683 (1986)
    
    
35. Self-similar oscillations of a Z-pinch, compressed to the point of electron degeneracy
    Sov. Phys.- Tech. Phys. 32, 526 (1987)
    co-author S.T. Suhorukov
    
    
36. Interaction of quasi-particles with coherent boundaries in crystals
    Sov. Phys. JETP 66, 833 (1987)
    co-author A.E. Meyerovich

• Theory of electromagnetic collapse
  Doctor of Science thesis, IPP (1987)
  
  
• Methods of relativistic electrodynamics in electrical engineering and electrophysics
  Energoatomizdat Publ., Moscow (1987)
  co-author E.A. Meerovich

37. Neutron yield in experiments on Z-pinches in frozen deuterium fibers
    Sov. J. Plasma Phys. 17, 1030 (1991)
    co-author S.T. Suhorukov
    
    
38. Equilibrium of intergalactic currents
    IEEE Trans. on Plasma Sci. 20, 891 (1992)
    co-author A.L. Peratt

• Cryogenic High Current Discharges
  IEEE International Conference on Plasma Science. Santa Fe, 3 16 (1994)

39. Equilibrium of High Current Channels in General Relativity
    Sov. Phys. JETP 112, 385 (1997)
    
    
40. Limiting Current in General Relativity
    Gravitation & Cosmology 3(1), 29 (1997)

• High Current in General Relativity
  In: Particles, Field, and Gravitation, p.498. American Institute of Physics Woodbury, New York (1998)
  
  
• Channel of a High Current
  FIMA Publ., Moscow (1999)

41. Electromagnetic contribution to gravitational mass of a current-conducting channel
    Phys. Rev. D61, 024004 (2000)
    
    
42. Gravity of supermassive U(1) gauge cosmic strings
    Phys. Rev. D61, 125007 (2000)
    co-author E.R. Podolyak
    
    
43. Gravity of Global U(1) Cosmic String
    General Relativity&Gravitation 33, 405 (2001)
    
    
44. Order parameter of a global U(1) cosmic string
    Gravitation&Cosmology 7, 117 (2001)
    co-author E.R. Podolyak
    
    
45. Gravitational properties of cosmic strings
    Sov. Phys. Uspehi 171, 1033 (2001)
    
    
46. Global Monopole in General Relativity
    JETP 95, 392 (2002)
    co-authors K.A. Bronnikov and E.R. Podolyak
    
    
47. Gravitational Properties of Cosmic Strings and String-driven Cosmological Constant
    Gravitation&Cosmology 8, 100 (2002)
    
    
48. A Multidimensional Global Monopole and Nonsingylar Cosmology
    JETP 97, 1 (2003)
    co-author K.A. Bronnikov
    
    
49. A general thick brane supported by a scalar field
    Grav.&Cosmol. 9, 313 (2003)
    co-author K.A. Bronnikov
    
    
50. Gravitating global monopoles in extra dimensions and the brane world concept
    JETP 101, 1184 (2005)
    co-author K.A. Bronnikov
    
    
51. Global string in extra dimensions: The full map of solutions, matter trapping, and the hierarchy problem
    JETP , (2008)
    co-author K.A. Bronnikov
    
    
52. Spontaneous symmetry breaking in General Relativity. Vector order parameter
    JETP 109, 43 (2009)
    
    
53. Spontaneous symmetry breaking in General Relativity. Brane World concept
    Phys. Rev. D79, 104027 (2009)
    
    
54. Vector order parameter in general relativity: Covariant equations
    Phys. Rev. D82, 024004 (2010)
    
    
55. Vector fields in multidimensional cosmology
    Phys. Rev. D84, 064037 (2011)

• Field equations and vector order parameter in braneworld applications
  Plenary presentation at the International conference "Modern problems of gravitation, cosmology, and relativistic astrophysics" - Moscow, RUDN (2010)
  
  
• Vector fields in multidimensional cosmology
  Proceedings of PIRT-2011 Moscow, p.211, (2012)

56. Towards the theory of evolution of the Universe
    Phys. Rev. D85, 123544 (2012)
    
    
57. Galaxy rotation curves driven by massive vector fields: Key to the theory of dark sector
    Phys. Rev. D87, 103510 (2013)

• Macroscopic theory of dark sector. Physical Interpretation of Relativity Theory
  Proceedings of International Scientific Meeting PIRT-2013. Moscow: 1-4 July, 2013. p440. Bauman Moscow State Technical University (2013)

58. Macroscopic theory of dark sector
    Journ. of Gravity 2014, 586958 (2014)

• Phenomenological description of dark energy and dark matter by vector fields
  B.E. Meierovich
  Physical Interpretation of Relativity Theory. Proceedings of International Scientific Meeting PIRT-2015. Moscow: 29 June - 02 July, 2015. p 384. Bauman Moscow State Technical University (2015)
  
  
• Description of dark energy and dark matter by vector fields
  Proceedings of the Tenth Asia-Pacific International Conference on Gravitation, Astrophysics, and Cosmology. Dedicated to the Centenary of Einstein’s General Relativity. p 135 (2016) World Scientific Publishing Co.

59. Motion in a Central Field with Account of Dark Matter
    Gravitation and Cosmology 23(3), 251 (2017)
    
    
60. On the equilibrium state of a gravitating Bose-Einstein condensate
    JETP 127(5), 889 (2018)
    
    
61. Static State of a Black Hole Supported by Dark Matter
    Universe 5(9), 198 (2019)
    
    
62. Black hole in balance with dark matter
    International Journal of Modern Physics A35, (2&3), 2040050 (2020)
    
    
63. Black Hole and Dark Matter. Phase Equilibrium
    J. Phys. CS 1557, 012030 (2020)
    
    
64. Guessing the Riddle of a Black Hole
    Universe 6(8), 113 (2020)
    
    
65. Gravitational Radius in view of Existence and Uniqueness Theorem
    J. Phys. CS 2081, 012026 (2021)
    
    
66. Motion in the gravitation field of a black hole in a sinchhronous system
    Space, Time and Fundamental Ineractions (2023) no.3-4, 199

• Bose-Einstein Condensate in Synchronous Coordinates
  Phys. Sci. Forum 7, 47 (2023)

66. Mutual Dependence between a Bosonic Black Hole and Dark Matter and the Explanation of Asymptotically Flat Galaxy Rotation Curves
    B.E. Meierovich
    Phys. Part. Nuclei 55, 1401 (2024)