éîæïòíáãéïîîùê âàììåôåîø "óôáôøé" N 24.          29.06.98


            28.0 âéïìïçéñ

    1. Thomas N., Thornhill R.A. The Physics of Biological Molecular
Motors. //J.Phys.D: Appl. Phys. - 1998.- v.31, N.3.  - p.253-266.  -
Bibliogr.:p.266.


          ó 131 ÷ùóûáñ áìçåâòá.ìéîåêîáñ áìçåâòá.ôåïòéñ íáôòéã

    2. Aldrovandi R. a.o.   Closed Expressions for Lie Algebra
Invariants and Finite Transformations. //Int. J.Theor. Phys. -
1997.- v.36, N.12.  - p.3021-3050.  - Bibliogr.:23.

    3. Mansour M. Invariant Star-Product on a Poisson-Lie Group and
h-Deformation of the Corresponding Lie Algebra. //Int. J.Theor.
Phys. - 1997.- v.36, N.12.  - p.3007-3014.  - Bibliogr.:16.

    4. Yu Z., Liu Y. Inhomogeneous Inverse Differential Realization
of Multimode SU(2) Group. //Int. J.Theor. Phys. - 1997.- v.36, N.12.
 - p.3079-3084.  - Bibliogr.:8.


          ó 133 äéææåòåîãéáìøîùå é éîôåçòáìøîùå õòá÷îåîéñ

    5. Gaeta G., Morando P. Commuting-Flow Symmetries and Common
Solutions to Differential Equations with Common Symmetries.
//J.Phys.A: Math. Gen. - 1998.- v.31, N.1.  - p.337-347.  -
Bibliogr.:14.

    6. Maciejewski A.J. About Algebraic Integrability and
Non-Integrability of Ordinary Differential Equations. //Chaos,
Sol.&Fract. - 1998.- v.9, N.1,2.  - p.51-65.  - Bibliogr.:18.


          ó 133.2Á îåìéîåêîùå õòá÷îåîéñ íáôåíáôéþåóëïê æéúéëé,
óïìéôïîù.

    7. Allen J.E. The Early History of Solitons (Solitary Waves).
//Phys. Scr. - 1998.- v.57, N.3.  - p.436-441.  - Bibliogr.:15.

    8. Baker S.M., Elgin J.N. Solitons in Randomly Varying
Birefringent Fibre. //J.Europ. Optical Soc. Part B. - 1998.- v.10,
N.1.  - p.251-261.  - Bibliogr.:18.

    9. Bardin B.S., Furta S.D. Soliton-Like Oscillations of an
Infinite Beam on a Non-Linearly Elastic Support. //Chaos,
Sol.&Fract. - 1998.- v.9, N.1,2.  - p.145-156.  - Bibliogr.:15.

    10. Christiansen P.L. a.o.   Exact Solution of a Generalized
Nonlinear Schrodinger Equation Dimer. //Phys. Scr. - 1998.- v.57,
N.2.  - p.192-194.  - Bibliogr.:15.

    11. Davydova T.A., Fishchuk A.I. Bistable Upper Hybrid Solitons.
//Phys. Scr. - 1998.- v.57, N.1.  - p.118-126.  - Bibliogr.:13.

    12. El-Sayed M.F., Callebaut D.K. EHD Envelope Solitons of
Capillary-Gravity Waves in Fluids of Finite Depth. //Phys. Scr. -
1998.- v.57, N.2.  - p.161-170.  - Bibliogr.:38.

    13. Flach S., Willis C.R. Discrete Breathers. //Phys. Rep. -
1998.- v.295, N.5.  - p.181-264.  - Bibliogr.:199.

    14. Izquierdo A.A. a.o.   Kink Manifolds in (1+1)-Dimensional
Scalar Field Theory. //J.Phys.A: Math. Gen. - 1998.- v.31, N.1.  -
p.209-29.  - Bibliogr.:16.

    15. Macias A. a.o.   Solitonic Monopole Solution in
Metric-Affine Gauge Theory Carrying Weyl Charges. //Class. Quantum
Grav. - 1998.- v.15, N.2.  - p.445-452.  - Bibliogr.:26.

    16. Malomed B.A. Stability and Grain Boundaries in the
Dispersive Newell-Whitehead-Segel Equation. //Phys. Scr. - 1998.-
v.57, N.1.  - p.115-117.  - Bibliogr.:14.

    17. Mamun A.A. Solitary Waves in a Three-Component Dusty Plasma
with Trapped Ions. //Phys. Scr. - 1998.- v.57, N.2.  - p.258-260.  -
Bibliogr.:8.

    18. Skarka V. a.o.   Propagation of Relativistic Electron
Positron Solitary Waves Across an Ambient Magnetic Field. //Phys.
Scr. - 1998.- v.57, N.3.  - p.456-459.  - Bibliogr.:9.

    19. Wyller J. a.o.   Classification of Kink Type Solutions to
the Extended Derivative Nonlinear Schrodinger Equation. //Phys. Scr.
- 1998.- v.57, N.3.  - p.427-435.  - Bibliogr.:20.


          ó 15 ôåïòéñ ÷åòïñôîïóôåê é íáôåíáôéþåóëáñ óôáôéóôéëá

    20. Brif C., Mann A. A General Theory of Phase-Space
Quasiprobability Distribution. //J.Phys.A: Math. Gen. - 1998.- v.31,
N.1.  - p.L9-L17.  - Bibliogr.:38.

    21. Feudel U. a.o.   Dynamical Properties of a Simple Mechanical
System with a Large Number of Coexisting Periodic Attractors.
//Chaos, Sol.&Fract. - 1998.- v.9, N.1,2.  - p.171-180.  -
Bibliogr.:13.


          ó 17 ÷ùþéóìéôåìøîáñ íáôåíáôéëá.

    22. Van-der-Straaten T.A. a.o.   The Cylindrical DC Magnetron
Discharge: I. Particle-in-Cell Simulation. //J.Phys.D: Appl. Phys. -
1998.- v.31, N.2.  - p.177-190.  - Bibliogr.:51.


          ó 3 æéúéëá

    23. æÉÚÉË, ËÏÔÏÒÙÊ ÚÎÁÌ Ï ÛÁÒÏ×ÏÊ ÍÏÌÎÉÉ ÂÏÌØÛÅ ×ÓÅÈ.
//úÎÁÎÉÅ-ÓÉÌÁ. - 1998.- N.4.  - Ó.50-59.

    24. Goodwin I. DOE Chooses SUNY at Stony Brook and Battelle to
Operate Troubled Brookhaven Laboratory. //Phys. Today. - 1998.-
v.51, N.1.  - p.44-45.

    25. Wilczek F. Why Are Three Analogies Between Condensed Matter
and Particle Theory? //Phys. Today. - 1998.- v.51, N.1.  -
p.11-13.


          ó 322 ôåïòéñ ïôîïóéôåìøîïóôé

    26. Anderson R. a.o.   Conventionality of Synchronisation, Gauge
Dependence and Test Theories of Relativity. //Phys. Rep. - 1998.-
v.295, N.3,4.  - p.93-180.  - Bibliogr.:240.

    27. Bonnor W.B. a.o.   An Exterior for the Godel Spacetime.
//Class. Quantum Grav. - 1998.- v.15, N.2.  - p.357-366.  -
Bibliogr.:10.

    28. Calzetta E. Relativistic Fluctuating Hydrodynamics. //Class.
Quantum Grav. - 1998.- v.15, N.3.  - p.653-667.  - Bibliogr.:11.

    29. Khashan M.A. An Analysis of the Lorentz Transformations of
Time and Coordinates in Two Dimensions. //Phys. Scr. - 1998.- v.57,
N.1.  - p.20-23.  - Bibliogr.:10.

    30. Mubarak K., Ozer M. Singular Scalar Field Cosmologies with
Energy Density Decaying as t&sup(-2). //Class. Quantum Grav. -
1998.- v.15, N.1.  - p.75-88.  - Bibliogr.:23.

    31. Stedile S. Measurement of Cosmic Background Energy by a
Moving Detector in a Riemannian Space-Time. //Int. J.Theor. Phys. -
1997.- v.36, N.12.  - p.2913-2922.  - Bibliogr.:21.


          ó 322.1 ïâýáñ ôåïòéñ ïôîïóéôåìøîïóôé é çòá÷éôáãéñ

    32. Alexandrov S. a.o.   SU(2)-Invariant Reduction of
(3+1)-Dimensional Ashtekar Gravity. //Class. Quantum Grav. - 1998.-
v.15, N.3.  - p.573-580.  - Bibliogr.:13.

    33. Aminneborg S. a.o.   Black Holes and Wormholes in 2+1
Dimensions. //Class. Quantum Grav. - 1998.- v.15, N.3.  - p.627-644.
 - Bibliogr.:17.

    34. Banerjee A. a.o.   Global Monopole in Scalar Tensor Theory.
//Class. Quantum Grav. - 1998.- v.15, N.3.  - p.645-652.  -
Bibliogr.:6.

    35. Bordag M. a.o.   Particle Creation and Vacuum Polarization
of a Non-Conformal Scalar Filed Near the Isotropic Cosmological
Singularity. //Class. Quantum Grav. - 1998.- v.15, N.3.  -
p.581-602.  - Bibliogr.:36.

    36. Borowiec A. a.o.   Universality of thhe Einstein Equations
for Ricci Squared Lagrangians. //Class. Quantum Grav. - 1998.- v.15,
N.1.  - p.43-55.  - Bibliogr.:33.

    37. Chinea F.J. New First Integral for Twisting Type-N Vacuum
Gravitational Fields with Two Non-Commuting Kiling Vectors. //Class.
Quantum Grav. - 1998.- v.15, N.2.  - p.367-371.  - Bibliogr.:21.

    38. Czuchry E., Kopczynski W. Multipole Moments in Kaluza-Klein
Theories. //Class. Quantum Grav. - 1998.- v.15, N.3.  - p.509-518.
- Bibliogr.:12.

    39. De-Haro S. Non-Commutative Black-Hole Algebra and String
Theory from Gravity. //Class. Quantum Grav. - 1998.- v.15, N.3.  -
p.519-535.  - Bibliogr.:18.

    40. Fabbri A. Cauchy Horizon Stability in Two-Dimensional
'Accelerated' Black Holes. //Class. Quantum Grav. - 1998.- v.15,
N.2.  - p.373-387.  - Bibliogr.:19.

    41. Frittelli S. a.o.   Conjugate Points Along Null Geodesics of
Asymptotically Flat Spacetimes. //Class. Quantum Grav. - 1998.-
v.15, N.3.  - p.689-703.  - Bibliogr.:10.

    42. Gusev Yu.V., Zelnikov A.I. Finite Temperature Non-Local
Effective Action for Scalar Fields. //Class. Quantum Grav. - 1998.-
v.15, N.3.  - p.L13-L19.  - Bibliogr.:23.

    43. Hubner P. More About Vacuum Spacetimes with Toroidal Null
Infinities. //Class. Quantum Grav. - 1998.- v.15, N.3.  - p.L21-L25.
 - Bibliogr.:5.

    44. Jafry Y. Orbital Mechanis of Free-Falling Bodies for Testing
the Weak Equivalence Principle in Space. //Class. Quantum Grav. -
1998.- v.15, N.1.  - p.1-12.  - Bibliogr.:13.

    45. Lu H. a.o.   Multiplet Structures of BPS Solitons. //Class.
Quantum Grav. - 1998.- v.15, N.3.  - p.537-561.  - Bibliogr.:17.

    46. Magnemi S. Spherically Symmetric Solutions in
Four-Dimensional Poincare Gravity with Non-Trivial Torsion. //Class.
Quantum Grav. - 1998.- v.15, N.2.  - p.299-307.

    47. Szydlowski M. Dynamical Trajectories of Simple Dynamical
Systems as Geodesics - In Searching for Invariant Criteria of Chaos
in General Relativity. //Chaos, Sol.&Fract. - 1998.- v.9, N.1,2.  -
p.95-103.  - Bibliogr.:4.

    48. Tamasevicius A., Cenys A. Hyperchaos in Dynamical Systems
with a Monoactive Degree of Freedom. //Chaos, Sol.&Fract. - 1998.-
v.9, N.1,2.  - p.115-119.  - Bibliogr.:7.

    49. Zhang L. a.o.   Hawking Thermal Radiation of the Dirac
Particle in Sphericaly Symmetric Nonstatic Space-Time. //Int.
J.Theor. Phys. - 1997.- v.36, N.12.  - p.2847-2854.  - Bibliogr.:8.



          ó 322.2 ëïóíïìïçéñ.çòá÷éôáãéïîîùå ÷ïìîù

    50. Adams S. Cravity Waves. //New Sci. - 1998.- v.157, N.2125.
 - p.1-4.

    51. Andersson L. a.o.   The Cosmological Time Function. //Class.
Quantum Grav. - 1998.- v.15, N.2.  - p.309-322.  - Bibliogr.:10.

    52. Blanchet L. Gravitational-Wave Tails of Tails. //Class.
Quantum Grav. - 1998.- v.15, N.1.  - p.113-141.  - Bibliogr.:56.

    53. Blanchet L. Quadrupole-Quadrupole Gravitational Waves.
//Class. Quantum Grav. - 1998.- v.15, N.1.  - p.89-111.  -
Bibliogr.:34.

    54. Clancy D. a.o.   Scale Factor Dualities in Anisotropic
Cosmologies. //Class. Quantum Grav. - 1998.- v.15, N.2.  -
p.257-272.  - Bibliogr.:50.

    55. Darian B. Solving the Hamilton-Jacobi Equation for
Gravitationally-Interacting Electromagnetc and Scalar Field.
//Class. Quantum Grav. - 1998.- v.15, N.1.  - p.143-152.  -
Bibliogr.:13.

    56. Gentle A.P., Miller W.A. A Fully (3+1)-Dimensional Regge
Calculus Model of the Kasner Cosmology. //Class. Quantum Grav. -
1998.- v.15, N.2.  - p.389-405.  - Bibliogr.:32.

    57. Goliath M. a.o.   Spatially Self-Similar Spherically
Symmetric Perfect-Fluid Models. //Class. Quantum Grav. - 1998.-
v.15, N.1.  - p.167-186.  - Bibliogr.:33.

    58. Jafry Y., Weinberger M. Evaluation of a Proposed Test of the
Weak Equivalence Principle Using Earth-Orbiting Bodies in High-Speed
Co-Rotation. //Class. Quantum Grav. - 1998.- v.15, N.3.  -
p.481-500.  - Bibliogr.:12.

    59. Marano S. a.o.   A Real-Time Parallel Application: The
Detection of Gravitational Waves by a Network of Heterogeneous
Workstations. //J.Comput. Phys. - 1998.- v.139, N.1.  - p.15-34.  -
Bibliogr.:28.

    60. Particle Physics and the Early Universe. //CERN Cour. -
1998.- N.1.  - Ó.24-26.

    61. Podolsky J. Interpretation of the Siklos Solutions as Exact
Gravitational Waves in the anti-de Sitter Universe. //Class. Quantum
Grav. - 1998.- v.15, N.3.  - p.719-733.  - Bibliogr.:41.

    62. Rubilar G.F. On the Universality of Einstein(-Cartan) Field
Equations in the Presence of Matter Fields. //Class. Quantum Grav. -
1998.- v.15, N.1.  - p.239-244.  - Bibliogr.:5.

    63. Tapia V., Ross D.K. Conformal Fourth-Rank Gravity,
Non-Vanishing Cosmological Constant and Anisotropy. //Class. Quantum
Grav. - 1998.- v.15, N.1.  - p.245-249.  - Bibliogr.:6.

    64. Wainwright J. a.o.   On the Isotropy of the Universe: Do
Bianchi VII&sub(h) Cosmologies Isotropize? //Class. Quantum Grav. -
1998.- v.15, N.2.  - p.331-350.  - Bibliogr.:27.


          ó 322.4 ë÷áîôï÷áñ çòá÷éôáãéñ

    65. Bizdadea C. a.o.   On the Irreducible BRST Quantization of
Spin-5/2 Gauge Fields. //Class. Quantum Grav. - 1998.- v.15, N.3.  -
p.501-507.  - Bibliogr.:30.

    66. Bressange G.F. Plane Light-Like Shells and Impulsive
Gravitational Waves Scalar-Tensor Theories of Gravity. //Class.
Quantum Grav. - 1998.- v.15, N.1.  - p.225-238.  - Bibliogr.:23.

    67. Chen Z. a.o.   Three-Graviton Vertex Calculation and
Divergence Analysis of Higher-Derivative Quantum Gravity. //Int.
J.Theor. Phys. - 1997.- v.36, N.12.  - p.2839-2846.  - Bibliogr.:5.


    68. Chimento L.P. a.o.   Isotropic and Anisotropic N-Dimensional
Cosmologies with Exponential Potentials. //Class. Quantum Grav. -
1998.- v.15, N.1.  - p.57-74.  - Bibliogr.:44.

    69. Jacobson T. Comment on Accelerated Detectors and Temperature
in (anti-) de Sitter Spaces. //Class. Quantum Grav. - 1998.- v.15,
N.1.  - p.251-253.  - Bibliogr.:9.

    70. Krasnov K. On the Constant That Fixes the Area Spectrum in
Canonical Quantum Gravity. //Class. Quantum Grav. - 1998.- v.15,
N.1.  - p.L1-L4.  - Bibliogr.:10.

    71. Lammerzahl C. Quantum Tests of the Foundations of General
Relativity. //Class. Quantum Grav. - 1998.- v.15, N.1.  - p.13-27.
- Bibliogr.:28.

    72. Sorkin R.D. Forks in the Road, on the Way to Quantum
Gravity. //Int. J.Theor. Phys. - 1997.- v.36, N.12.  - p.2759-2781.
- Bibliogr.:p.2777.

    73. Welling M. Winding Solutions for the Two-Particle System in
2+1 Gravity. //Class. Quantum Grav. - 1998.- v.15, N.3.  -
p.613-626.  - Bibliogr.:15.

    74. von-der-Gonna U., Kramer D. Pure and Gravitational
Radiation. //Class. Quantum Grav. - 1998.- v.15, N.1.  - p.215-223.
- Bibliogr.:11.


          ó 323 ë÷áîôï÷áñ íåèáîéëá

    75. Arndt P.F. a.o.   Spontaneous Breaking of Translational
Invariance in One-Dimensional Stationary States on a Ring.
//J.Phys.A: Math. Gen. - 1998.- v.31, N.2.  - p.L45-L51.  -
Bibliogr.:11.

    76. Arratia O. a.o.   Bicrossproduct Structure of the Null-Plane
Quantum Poincare Algebra. //J.Phys.A: Math. Gen. - 1998.- v.31, N.1.
 - p.L1-L7.  - Bibliogr.:16.

    77. Ban M. State Change, Quantum Probability, and Information in
Operational Phase-Space Measurement. //Int. J.Theor. Phys. - 1997.-
v.36, N.12.  - p.2583-2638.  - Bibliogr.:p.2595.

    78. Buchanan M. Beyond Reality. Watching Information at Play in
the Quantum World in Throwing Physicists into a Flat Spin. //New
Sci. - 1998.- v.157, N.2125.  - p.26-30.

    79. Cattaneo G. A Unified Framework for the Algebra of Unsharp
Quantum Mechanics. //Int. J.Theor. Phys. - 1997.- v.36, N.12.  -
p.3085-3117.  - Bibliogr.:22.

    80. Chung W.S., Lee S.-K. gl&sub(q,q)(n)-Covariant Multimode
Oscillators and q-Symmetric States. //Int. J.Theor. Phys. - 1997.-
v.36, N.12.  - p.3015-3020.  - Bibliogr.:14.

    81. Daoud M. a.o.   Quonic Realization of the Deformed
Heissenberg-Weyl Algebra. //Int. J.Theor. Phys. - 1997.- v.36, N.12.
 - p.3071-3078.  - Bibliogr.:10.

    82. De Leo S., Rodrigues W.A.Jr. Quantum Mechanics: From Complex
to Complexified Quaternions. //Int. J.Theor. Phys. - 1997.- v.36,
N.12.  - p.2725-2757.  - Bibliogr.:p.2756.

    83. Gaigalas G. a.o.   Spin-Other-Orbit Operator in the
Tensorial Form of Second Quantization. //Phys. Scr. - 1998.- v.57,
N.2.  - p.207-212.  - Bibliogr.:16.

    84. Garbaczewski P. a.o.   Schrodinger's Interpolating Dynamics
and Burgers' Flows. //Chaos, Sol.&Fract. - 1998.- v.9, N.1,2.  -
p.29-41.  - Bibliogr.:31.

    85. Gilson C.R., Ratter M.C. Three-Dimensional Three-Wave
Interactions: A Bilinear Approach. //J.Phys.A: Math. Gen. - 1998.-
v.31, N.1.  - p.349-367.  - Bibliogr.:21.

    86. Hagedorn G.A. Classification and Normal Forms for Avoided
Crossings of Quantum-Mechanical Energy Levels. //J.Phys.A: Math.
Gen. - 1998.- v.31, N.1.  - p.369-383.  - Bibliogr.:8.

    87. Kamta G.L. a.o.   Semiclassical Approach to Dipole Radial
Integrals for Nonhydrogenic Ions in Supersymmetric Quantum
Mechanics. //Phys. Scr. - 1998.- v.57, N.3.  - p.365-375.  -
Bibliogr.:48.

    88. Ozorio-de-Almeida  The Weyl Representation in Classical and
Quantum Mechanics. //Phys. Rep. - 1998.- v.295, N.6.  - p.265-342.
- Bibliogr.:58.

    89. Skala L. a.o.   Analytic Solutions of the Schrodinger
Equation for the Modified Quartic Oscillator. //Int. J.Theor. Phys.
- 1997.- v.36, N.12.  - p.2953-2961.  - Bibliogr.:19.


          ó 324 ë÷áîôï÷áñ ôåïòéñ ðïìñ

    90. Saller H. Realizations of Causal Manifolds by Quantum
Fields. //Int. J.Theor. Phys. - 1997.- v.36, N.12.  - p.2783-2826.
- Bibliogr.:p.2826.


          ó 324.1 ÷ôïòéþîï-ë÷áîôï÷áîîùå ìïëáìøîùå ôåïòéé
÷úáéíïäåêóô÷õàýéè ðïìåê

    91. Salim J.M., Sautu S.L. Spherically Symmetric Static
Solutions in Weyl Integrable Spacetime. //Class. Quantum Grav. -
1998.- v.15, N.1.  - p.203-214.  - Bibliogr.:20.


          ó 324.1× óìáâùå ÷úáéíïäåêóô÷éñ.ôåïòéñ ÷áêîâåòçá-óáìáíá é
åå íïäéæéëáãéé

    92. Martin C.P. a.o.   The Standard Model as a Noncommutative
Geometry: the Low-Energy Regime. //Phys. Rep. - 1998.- v.294, N.6.
- p.363-404.  - Bibliogr.:60.

    93. Raju C.C. Majorana Mass of the Electron-Muon Dirac Neutrino
and the Fermion Masses. //Int. J.Theor. Phys. - 1997.- v.36, N.12.
- p.2937-2951.  - Bibliogr.:15.


          ó 324.1Ç ëáìéâòï÷ïþîùå ôåïòéé ðïìñ.óðïîôáîîï-îáòõûåîîùå
óéííåôòéé.íïäåìé ÷åìéëïçï ïâÿåäéîåîéñ

    94. Monte E.M., Maia M.D. Geometry of the Einstein and
Yang-Mills Equations. //Int. J.Theor. Phys. - 1997.- v.36, N.12.  -
p.2827-2837.  - Bibliogr.:p.2836.

    95. Rochev V.E. On Solving Schwinger-Dyson Equations for
Non-Abelian Gauge Theory. //J.Phys.A: Math. Gen. - 1998.- v.31, N.1.
 - p.409-416.  - Bibliogr.:9.


          ó 324.1Ä ë÷áîôï÷áñ èòïíïäéîáíéëá

    96. DESY: Theory Workshop. Quark-Gluon Field Theory in the
Spotlight. //CERN Cour. - 1998.- N.1.  - Ó.13-17.


          ó 324.2 îåìïëáìøîùå é îåìéîåêîùå ôåïòéé ðïìñ.ôåïòéé ó
÷ùóûéíé ðòïéú÷ïäîùíé.ôåïòéé ó éîäåæéîéôîïê íåôòéëïê

    97. Chruscinski D., Kijowski J. Generation of Multipole Moments
by External Field in Born-Infeld Nonlinear Electrodynamics.
//J.Phys.A: Math. Gen. - 1998.- v.31, N.1.  - p.269-276.  -
Bibliogr.:11.

    98. Foussats A. a.o.   Nonlinear Sigma Model in the
Faddev-Jackiw Quantization Formalism. //Int. J.Theor. Phys. - 1997.-
v.36, N.12.  - p.2923-2935.  - Bibliogr.:43.

    99. Restuccia A., Torrealba R. Membrane Solitons as Solitary
Waves of Nonlinear String Dynamics. //Class. Quantum Grav. - 1998.-
v.15, N.3.  - p.563-572.  - Bibliogr.:21.


          ó 324.3 áëóéïíáôéþåóëáñ ôåïòéñ ðïìñ.áîáìéôéþåóëéå ó÷ïêóô÷á
íáôòéþîùè üìåíåîôï÷ é äéóðåòóéïîîùå óïïôîïûåîéñ

    100. Mudrov A.I., Varnashev K.B. Three-Loop
Renormalization-Group Analysis of a Complex Model with Stable Fixed
Point: Critical Exponents up to *e*3 and *e*4. //Phys. Rev.B. -
1998.- v.57, N.6.  - p.3562-3576.  - Bibliogr.:36.


          ó 325 óôáôéóôéþåóëáñ æéúéëá é ôåòíïäéîáíéëá

    101. Bonnell G., Papini G. Quantum Neural Network. //Int.
J.Theor. Phys. - 1997.- v.36, N.12.  - p.2855-2875.  - Bibliogr.:17.


    102. Drouffe J.-M. a.o.   A Simple Stochastic Model for the
Dynamics of Condensation. //J.Phys.A: Math. Gen. - 1998.- v.31, N.1.
 - p.L19-L25.  - Bibliogr.:10.

    103. Khare S.V., Einstein T.L. Unified View of Step-Edge
Kinetics and Fluctuations. //Phys. Rev.B. - 1998.- v.57, N.8.  -
p.4782-4797.  - Bibliogr.:60.

    104. Liebovitch L.S., Zochowski M. Significance of Updating
Schemes in Computational Models: Dynamics of Neural Networks.
//J.Stat. Phys. - 1998.- v.90, N.1,2.  - p.253-260.  - Bibliogr.:10.


    105. Maass A., Martinez S. On Cesaro Limit Distribution of a
Class of Permutative Cellular Automata. //J.Stat. Phys. - 1998.-
v.90, N.1,2.  - p.435-452.  - Bibliogr.:8.

    106. Ohwada T. Higher Order Approximation Methods for the
Boltzmann Equation. //J.Comput. Phys. - 1998.- v.139, N.1.  -
p.1-14.  - Bibliogr.:13.

    107. Rodrigues C. a.o.   Categorization in the Pseudo-Inverse
Neural Network. //J.Phys.A: Math. Gen. - 1998.- v.31, N.2.  -
p.531-540.  - Bibliogr.:19.


          ó 325.1 ôïþîï òåûáåíùå é òåûåôïþîùå íïäåìé.

    108. Adler C. a.o.   First-Principles Investigation of the
Lattice Dynamics of *e-GaSe. //Phys. Rev.B. - 1998.- v.57, N.7.  -
p.3726-3728.  - Bibliogr.:21.

    109. Akutsu N., Akutsu Y. Thermal Evolution of Step Stiffness on
the Si(001) Surface: Temperature-Rescaled Ising-Model Approach.
//Phys. Rev.B. - 1998.- v.57, N.8.  - p.R4233-R4236.  -
Bibliogr.:24.

    110. Asakawa H., Suzuki M. Boundary Scattering Matrces in the
Hubbard Model with Boundary Fields. //J.Phys.A: Math. Gen. - 1998.-
v.31, N.1.  - p.1-20.  - Bibliogr.:18.

    111. Becca F. a.o.   Incommensurate Charge-Density-Wave
Instability in the Extended Three-Band Hubbard Model. //Phys. Rev.B.
- 1998.- v.57, N.8.  - p.4382-4396.  - Bibliogr.:68.

    112. Cirillo E.N.M., Lebowitz J.L. Metastability in the
Two-Dimensional Ising Model with Free Boundary Conditions. //J.Stat.
Phys. - 1998.- v.90, N.1,2.  - p.211-226.  - Bibliogr.:37.

    113. Doikou A. a.o.   Boundary S-Matrix for the XXZ Chain.
//J.Phys.A: Math. Gen. - 1998.- v.31, N.1.  - p.53-59.  -
Bibliogr.:16.

    114. Faraudo J., Bafaluy J. A Solvable Model for Irreversible
Adsorption of Large Particles. //J.Phys.A: Math. Gen. - 1998.- v.31,
N.1.  - p.73-83.  - Bibliogr.:26.

    115. Fortin J.-Y., Holdsworth P.C.W. Critical Behaviour of the
Random Field Ising Model. //J.Phys.A: Math. Gen. - 1998.- v.31, N.1.
 - p.85-105.  - Bibliogr.:47.

    116. Fujimoto M. Auxiliary Vertices Method for Kagome-Lattice
Eight-Vertex Model. //J.Stat. Phys. - 1998.- v.90, N.1,2.  -
p.363-388.  - Bibliogr.:26.

    117. Fujimoto S., Kawakami N. Exact Drude Weight for the
One-Dimensional Hubbard Model at Finite Temperature. //J.Phys.A:
Math. Gen. - 1998.- v.31, N.2.  - p.465-474.  - Bibliogr.:22.

    118. Jeong H.-C., Weeks J.D. Two-Dimensional Dynamical Model for
Step Bunching and Pattern Formation Induced by Surface
Reconstruction. //Phys. Rev.B. - 1998.- v.57, N.7.  - p.3939-3954.
- Bibliogr.:24.

    119. Karnaukhov I.N. Integrable Model of a One-Dimensional
Anisotropic Kondo-Like Lattice. //Phys. Rev.B. - 1998.- v.57, N.7.
- p.3863-3866.  - Bibliogr.:8.

    120. Lamb J.S.W., Wijnands F. From Multi-Site to On-Site
Transfer Matrix Models for Self-Similar Chains. //J.Stat. Phys. -
1998.- v.90, N.1,2.  - p.261-284.  - Bibliogr.:22.

    121. Miekisz J. An Ultimate Frustration in Classical Lattice-Gas
Models. //J.Stat. Phys. - 1998.- v.90, N.1,2.  - p.285-300.  -
Bibliogr.:31.

    122. Ramsak A., Horsch P. Spatial Structure of Spin Polarons in
the t-J Model. //Phys. Rev.B. - 1998.- v.57, N.8.  - p.4308-4320.  -
Bibliogr.:46.

    123. Saied E.A., El-Wakil S.A. On the Diffusion in a Lattice Gas
Model: Group-Theoretic Approach. //J.Stat. Phys. - 1998.- v.90,
N.1,2.  - p.301-310.

    124. Sakai T., Takahashi M. Magnetization Plateau in an S = 3/2
Antiferromagnetic Heisenberg Chain with Anisotropy. //Phys. Rev.B. -
1998.- v.57, N.6.  - p.R3201-R3204.  - Bibliogr.:19.

    125. Stacchiola D.J. a.o.   Exact Solution of a Class of
Cooperative Sequential Adsorption Problems. //J.Phys.A: Math. Gen. -
1998.- v.31, N.1.  - p.185-194.  - Bibliogr.:15.

    126. Stinchcombe R.B. a.o.   Non-Universal Dynamics of Staggered
Non-Equilibrium Particle Systems and Ising Chains. //J.Phys.A: Math.
Gen. - 1998.- v.31, N.2.  - p.541-549.  - Bibliogr.:30.

    127. Totsuka K. Magnetization Plateau in the S = 1/2 Heinsenberg
Spin Chain with Next-Nearest-Neighbor and Alternating
Nearest-Neighbor Interactions. //Phys. Rev.B. - 1998.- v.57, N.6.  -
p.3454-3465.  - Bibliogr.:55.

    128. Watanade H., Doniach S. Metal-Isulator Transition of the
Two-Band Hubbard Model in Infinite Dimensional and Its Relevance to
a Strongly Correlated Electron System: NiS&sub(2-x)Se&sub(x).
//Phys. Rev.B. - 1998.- v.57, N.7.  - p.3829-3837.  - Bibliogr.:23.


    129. Yan S.-L., Yang C.-Z. Effect of the Transverse Field on the
Bond-Diluted Mixed Ising Spin System with Single-Ion Anisotropy.
//Phys. Rev.B. - 1998.- v.57, N.6.  - p.3512-3517.  - Bibliogr.:16.


    130. Yu Z.G. a.o.   Charge Localization and Stripes in a
Two-Dimensional Three-Band Peierls-Hubbard Model. //Phys. Rev.B. -
1998.- v.57, N.6.  - p.R3241-R3244.  - Bibliogr.:27.


          ó 325.3 îåõðïòñäïþåîîùå óéóôåíù. óðéîï÷ùå óôåëìá.

    131. Blanter Ya.M., Mirlin A.D. Electron-Electron Interaction in
Disordered Mesoscopic Systems: Weak Localization and Mesoscopic
Fluctuations of Polarizability and Capacitance. //Phys. Rev.B. -
1998.- v.57, N.8.  - p.4566-4578.  - Bibliogr.:39.

    132. Janssen M. Statistics and Scaling in Disordered Mesoscopic
Electron Systems. //Phys. Rep. - 1998.- v.295, N.1,2.  - p.1-91.  -
Bibliogr.:135.

    133. Ling X.S. a.o.   Nature of Vortex Lattice Disordering at
the Onset of the Peak Effect. //Phys. Rev.B. - 1998.- v.57, N.6.  -
p.R3249-R3252.  - Bibliogr.:22.

    134. Markos P. The Statistics of Transport Parameters in the
System of Weakly Coupled Disordered Chains. //J.Phys.A: Math. Gen. -
1998.- v.31, N.1.  - p.145-153.  - Bibliogr.:20.

    135. Monasson R. Optimization Problems and Replica Symmetry
Breaking in Finite Connectivity Spin Glasses. //J.Phys.A: Math. Gen.
- 1998.- v.31, N.2.  - p.513-529.  - Bibliogr.:23.

    136. Pradhan P., Kumar N. Reply to "Comment on 'Suppression of
Conductance Fluctuations in Short One-Dimensional Disordered
Conductors'". //Phys. Rev.B. - 1998.- v.57, N.7.  - p.4180.  -
Bibliogr.:3.

    137. Prasad A., Weichman P.B. Layering Transitions, Disordered
Flat Phases, Reconstruction, and Roughening. //Phys. Rev.B. - 1998.-
v.57, N.8.  - p.4900-4938.  - Bibliogr.:32.


          ó 325.4 îåìéîåêîùå óéóôåíù. èáïó é óéîåòçåôéëá. æòáëôáìù

    138. Belykh V.N., Bykov V.V. Bifurcations for Heteroclinic
Orbits of a Periodic Motion and a Saddle-Focus and Dynamial Chaos.
//Chaos, Sol.&Fract. - 1998.- v.9, N.1,2.  - p.1-18.  -
Bibliogr.:27.

    139. Gupta A.K., Sen A.K. Nonlinear dc Response in Composites: A
Percolative Study. //Phys. Rev.B. - 1998.- v.57, N.6.  -
p.3375-3388.  - Bibliogr.:31.

    140. Jovanoski Z., Sammut R.A. Cylindrically Symmetric
Self-Trapped Beams in a Higher-Order Nonlinear Medium. //Phys. Scr.
- 1998.- v.57, N.2.  - p.233-236.  - Bibliogr.:12.

    141. Kapitaniak T., Maistrenko Yu.L. Chaos Synchronization and
Riddled Basins in Two Coupled One-Dimensional Maps. //Chaos,
Sol.&Fract. - 1998.- v.9, N.1,2.  - p.271-282.  - Bibliogr.:24.

    142. Kapitaniak T., Brindley J. Practical Stability of Chaotic
Attractors. //Chaos, Sol.&Fract. - 1998.- v.9, N.1,2.  - Ó.43-50.  -
Bibliogr.:23.

    143. Kocarev L. a.o.   Controlling Spatio-Temporal Chaos in
Coupled Oscillators by Sporadic Driving. //Chaos, Sol.&Fract. -
1998.- v.9, N.1,2.  - p.283-293.  - Bibliogr.:29.

    144. Lai R., Sievers A.J. Modulational Instability of Nonlinear
Spin Waves in Easy-Axis Antiferromagnetic Chains. //Phys. Rev.B. -
1998.- v.57, N.6.  - p.3433-3443.  - Bibliogr.:40.

    145. Naschie M.S.E. Branching Polymers and the Fractal Cantorian
Spacetime. //Chaos, Sol.&Fract. - 1998.- v.9, N.1,2.  - p.135-141.
- Bibliogr.:15.

    146. Ogorzalek M.J. Design Considerations for Electronic Chaos
Controllers. //Chaos, Sol.&Fract. - 1998.- v.9, N.1,2.  - p.295-306.
 - Bibliogr.:22.

    147. Osipov G. a.o.   Suppressing Chaos in the Duffing
Oscillator by Impulsive Actions. //Chaos, Sol.&Fract. - 1998.- v.9,
N.1,2.  - p.307-321.  - Bibliogr.:14.

    148. Pyragas K. On-Off Intermittency at the Threshold of Weak
Synchronization of Chaos. //Chaos, Sol.&Fract. - 1998.- v.9, N.1,2.
- p.337-342.  - Bibliogr.:13.

    149. Read P.L. a.o.   Wave Interactions and Baroclinic Chaos: A
Paradigm for Long Timescale Varibility in Planetary Atmospheres.
//Chaos, Sol.&Fract. - 1998.- v.9, N.1,2.  - p.231-249.  -
Bibliogr.:47.

    150. Stefanski K. Modelling Chaos and Hyperchaos with 3-D Maps.
//Chaos, Sol.&Fract. - 1998.- v.9, N.1,2.  - p.83-93.  -
Bibliogr.:10.

    151. Sukiennicki A., Kosinski R.A. Chaotic Dynamics of
Periodically Driven Domain Walls in Magnetic Garnet Films. //Chaos,
Sol.&Fract. - 1998.- v.9, N.1,2.  - p.181-192.  - Bibliogr.:16.

    152. Trovato M., Falsaperla P. Full Nonlinear Closure for a
Hydrodynamic Model of Transport in Silicon. //Phys. Rev.B. - 1998.-
v.57, N.8.  - p.4456-4471.  - Bibliogr.:33.

    153. Wiercigroch M., Sin V.W.T. Measurement of Chaotic Vibration
in a Symmetrically Piecewise Linear Oscillator. //Chaos, Sol.&Fract.
- 1998.- v.9, N.1,2.  - p.209-220.  - Bibliogr.:10.

    154. Woafo P. a.o.   Dynamics of Two Nonlinearly Coupled
Oscillators. //Phys. Scr. - 1998.- v.57, N.2.  - p.195-200.  -
Bibliogr.:16.


          ó 325.7 æõììåòåîù (C&sub(n)).áôïíîùå ëìáóôåòù.

    155. ÷ÏÌÛÅÂÎÙÊ ÆÏÎÁÒØ. //úÎÁÎÉÅ-ÓÉÌÁ. - 1998.- N.4.  - Ó.79.

    156. Chelikowsky J.R. Sturctural and Electronic Properties of
Neutral and Charged Silicalike Clusters. //Phys. Rev.B. - 1998.-
v.57, N.6.  - p.3333-3339.  - Bibliogr.:30.

    157. Cox D.E. a.o.   Structural Changes, Clustering, and
Photoinduced Phase Segregation in Pr&sub(0.7)Ca&sub(0.3)MnO&sub(3).
//Phys. Rev.B. - 1998.- v.57, N.6.  - p.3305-3314.  - Bibliogr.:50.


    158. Felix C. a.o.   Morphology and Evolution of Size-Selected
Metallic Clusters Deposited on a Metal Surface:
Ag&sub(19)*+/Pd(100). //Phys. Rev.B. - 1998.- v.57, N.7.  -
p.4048-4052.  - Bibliogr.:25.

    159. Garcia M.E. a.o.   Nonradiative Electronic Deexcitation
Time Scales in Metal Clusters. //Phys. Rev.B. - 1998.- v.57, N.8.  -
p.4895-4899.  - Bibliogr.:15.

    160. Han D. a.o.   Temperature Dependence of the Conductivity
and Kinetics of Oxygen Intercalation of C&sub(70) Films. //Phys.
Rev.B. - 1998.- v.57, N.7.  - p.3773-3776.  - Bibliogr.:16.

    161. Koga K. a.o.   In Situ Grazing-Incidence x-ray-Diffraction
and Electron-Microscopic Studies of Small Gold Clusters. //Phys.
Rev.B. - 1998.- v.57, N.7.  - p.4053-4062.  - Bibliogr.:38.

    162. Kumar V., Sundararajan V. Ab Initio Molecular-Dynamics
Studies of Doped Magic Clusters and Their Interaction with Atoms.
//Phys. Rev.B. - 1998.- v.57, N.8.  - p.4939-4942.  - Bibliogr.:21.


    163. Menon M. a.o.   Fused Fullerenes and Multiply Connected
Carbon Clusters: Proposed New Forms of Carbon. //Phys. Rev.B. -
1998.- v.57, N.7.  - p.4063-4066.  - Bibliogr.:30.

    164. Nayak S.K. a.o.   Evolution of Bonding in Al&sub(n)N
Clusters: A Transition from Nonmetallic to Metallic Character.
//Phys. Rev.B. - 1998.- v.57, N.7.  - p.3787-3790.  - Bibliogr.:12.


    165. Rittner F. a.o.   Adsorption of Nitrogen on Rutile (110):
Ab Initio Cluster Calculations. //Phys. Rev.B. - 1998.- v.57, N.7.
- p.4160-4171.  - Bibliogr.:69.

    166. Rotstein H.G. a.o.   Gelation and Cluster Growth with
Cluster-Wall Interactions. //J.Stat. Phys. - 1998.- v.90, N.1,2.  -
p.119-143.  - Bibliogr.:2.

    167. Sun D.Y., Gong X.G. Structural Properties and Glass
Transition in Al&sub(n) Clusters. //Phys. Rev.B. - 1998.- v.57, N.8.
 - p.4730-4735.  - Bibliogr.:28.

    168. Venkateswaran U.D. a.o.   Temperature Dependence of the
Photoluminescence in Polymeric Solid C&sub(60). //Phys. Rev.B. -
1998.- v.57, N.6.  - p.R3193-R3196.  - Bibliogr.:25.

    169. Zeng C. a.o.   An Efficient Implementation of High-Order
Coupled-Cluster Techniques Applied to Quantum Magnets. //J.Stat.
Phys. - 1998.- v.90, N.1,2.  - p.327-361.  - Bibliogr.:52.


          ó 325.8 ë÷áîôï÷ùå ïâÿåëôù îéúëïê òáúíåòîïóôé.

    170. Akiyama H. a.o.   Photoluminescence Study of Lateral
Confinement Energy in T-Shaped In&sub(x)Ga&sub(1-x)As Quantum Wires.
//Phys. Rev.B. - 1998.- v.57, N.7.  - p.3765-3768.  - Bibliogr.:26.


    171. Anwar A.F., Lefebvre K.R. Electron Escape Via Polar
Optical-Photon Interaction and Tunneling from Biased Quantum Wells.
//Phys. Rev.B. - 1998.- v.57, N.8.  - p.4584-4590.  - Bibliogr.:15.


    172. Baars T., Gal M. Nonlinear Photoluminescence in
GaAs/Al&sub(x)Ga&sub(1-x)As Quantum Wells. //Phys. Rev.B. - 1998.-
v.57, N.7.  - p.3974-3977.  - Bibliogr.:11.

    173. Bennett C.R. a.o.   Confined-Phonon Effects in the Band-Gap
Renormalization of Semiconductor Quantum Wires. //Phys. Rev.B. -
1998.- v.57, N.7.  - p.3994-3999.  - Bibliogr.:29.

    174. Bertram D. a.o.   Excited-State Spectroscopy of InP Quantum
Dots. //Phys. Rev.B. - 1998.- v.57, N.8.  - p.R4265-R4268.  -
Bibliogr.:29.

    175. Campi D. a.o.   Formulation of the Optical Response in
Semiconductors and Quantum-Confined Structures. //Phys. Rev.B. -
1998.- v.57, N.8.  - p.4681-4686.  - Bibliogr.:12.

    176. Claudio L. a.o.   Effect of Inhomogeneous Broadening on
Optical Properties of Excitons in Quantum Wells. //Phys. Rev.B. -
1998.- v.57, N.8.  - p.4670-4680.  - Bibliogr.:64.

    177. Hatami F. a.o.   Carrier Dynamics in Type-II GaSb/GaAs
Quantum Dots. //Phys. Rev.B. - 1998.- v.57, N.8.  - p.4635-4646.  -
Bibliogr.:22.

    178. Imamura H. a.o.   Spin Blockade in Single and Double
Quantum Dots in Magnetic Fields: A Correlation Effect. //Phys.
Rev.B. - 1998.- v.57, N.8.  - p.R4257-R4260.  - Bibliogr.:21.

    179. Inoshita T. a.o.   Theory of Terahertz/Near-Infrared
Optical Mixing in Quantum Wells in Strong Magnetic Fields. //Phys.
Rev.B. - 1998.- v.57, N.8.  - p.4604-4613.  - Bibliogr.:23.

    180. Jaskolski W., Bryant G.W. Multiband Theory of Quantum-Dot
Quantum Wells: Dim Excitons, Bright Excitons, and Charge Separation
in Heteronanostructures. //Phys. Rev.B. - 1998.- v.57, N.8.  -
p.R4237-R4252.  - Bibliogr.:21.

    181. Lemaitre A. a.o.   Characterization of Normal and Inverted
Interfaces by the Zeeman Effect in
Cd&sub(1-x)Mn&sub(x)Te/CdTe/Cd&sub(1-y)Mg&sub(y)Te Quantum Wells.
//Phys. Rev.B. - 1998.- v.57, N.8.  - p.4708-4712.  - Bibliogr.:10.


    182. Lesage F. a.o.   Tunneling in Quantum Wires II: A Line of
IR Fixed Points. //Phys. Rev.B. - 1998.- v.57, N.8.  - p.4694-4707.
- Bibliogr.:24.

    183. Ploner G. a.o.   Energy Levels of Quantum Wires Determined
from Magnetophonon Resonance Experiments. //Phys. Rev.B. - 1998.-
v.57, N.7.  - p.3966-3973.  - Bibliogr.:22.

    184. Svizhenko A. a.o.   Electron Interaction with Confined
Acoustic Photons in Quantum Wires Subjected to a Magnetic Field.
//Phys. Rev.B. - 1998.- v.57, N.8.  - p.4687-4693.  - Bibliogr.:21.


    185. Trallero-Giner C. a.o.   Optical Vibrons in CdSe Dots and
Dispersion Relation of the Bulk Material. //Phys. Rev.B. - 1998.-
v.57, N.8.  - p.4664-4669.  - Bibliogr.:8.

    186. Williamson A.J. a.o.   Prediction of a Strain-Induced
Conduction-Band Minimum in Embedded Quantum Dots. //Phys. Rev.B. -
1998.- v.57, N.8.  - p.R4253-R4256.  - Bibliogr.:17.


          ó 326 ë÷áîôï÷áñ ôåïòéñ óéóôåí éú íîïçéè þáóôéã.ë÷áîôï÷áñ
óôáôéóôéëá

    187. Gao S. Lindblad Approach to Quantum Dynamics of Open
Systems. //Phys. Rev.B. - 1998.- v.57, N.8.  - p.4509-4517.  -
Bibliogr.:37.

    188. Imamoglu A. Phase-Space Filling and Stimulated Scattering
of Composite Bosons. //Phys. Rev.B. - 1998.- v.57, N.8.  -
p.R4195-R4197.  - Bibliogr.:10.

    189. Lima-Santos A., Ghiotto R.C.T. A Bethe Ansatz Solution for
the Closed U&sub(q)[sl(2)] Temperley-Lieb Quantum Spin Chains.
//J.Phys.A: Math. Gen. - 1998.- v.31, N.2.  - p.505-512.  -
Bibliogr.:21.

    190. Perelomov A.M. Quantum Integrable Systems and
Clebsch-Gordan Series.I. //J.Phys.A: Math. Gen. - 1998.- v.31, N.1.
- p.L31-L37.  - Bibliogr.:18.

    191. Sauter-Fischer S. a.o.   Partial Dephasing in Interacting
Many-Particle Systems and Current Echo. //Phys. Rev.B. - 1998.-
v.57, N.8.  - p.4299-4307.  - Bibliogr.:21.

    192. Yi X.-X. a.o.   Bose-Einstein Condensation in Harmonic
Oscillator Potentials. //Phys. Scr. - 1998.- v.57, N.3.  -
p.324-326.  - Bibliogr.:16.


          ó 326.4 ëïììåëôé÷îùå üææåëôù. ó÷åòèéúìõþåîéå. ë÷áîôï÷áñ
ïðôéëá.üææåëô èïììá

    193. Chklovskii D.B., Halperin B. Consequences of a Possible
Adiabatic Transition Between *n = 1/3 and *n = 1 Quantum Hall States
in a Narrow Wire. //Phys. Rev.B. - 1998.- v.57, N.7.  - p.3781-3784.
 - Bibliogr.:21.

    194. Delgado F., Mielnik B. Magnetic Control of Squeezing
Effects. //J.Phys.A: Math. Gen. - 1998.- v.31, N.1.  - p.309-320.  -
Bibliogr.:54.

    195. Eltsev Yu., Rapp O. Out-of-Plane Hall Effect in
YBa&sub(2)Cu&sub(3)O&sub(7-*d): Vortex-Glass Behavior and Scaling of
c-Axis and Hall Resistivities. //Phys. Rev.B. - 1998.- v.57, N.6.  -
p.R3237-R3240.  - Bibliogr.:27.

    196. Fogler M.M. a.o.   Localization Length at the Resistivity
Minima of the Quantum Hall Effect. //Phys. Rev.B. - 1998.- v.57,
N.8.  - p.4614-4646.  - Bibliogr.:22.

    197. Gudmundsson V. Far-Infrared-Active Collective Modes of
Short-Period Arrays of Quantum Dots and Antidots. //Phys. Rev.B. -
1998.- v.57, N.7.  - p.3989-3993.  - Bibliogr.:18.

    198. Kavokin A. a.o.   Collective Exciton Magnetic Polarons in
Quantum Wells with Semimagnetic Barriers. //Phys. Rev.B. - 1998.-
v.57, N.8.  - p.R4261-R4264.  - Bibliogr.:2.

    199. Lee H.C., Yang S.-R.E. Anomalous Exponent of the
Spin-Correlation Function of a Quantum Hall Edge. //Phys. Rev.B. -
1998.- v.57, N.8.  - p.R4249-R4252.  - Bibliogr.:21.

    200. Maasilta I.J., Goldman V.J. Energetics of Quantum Antidot
States in the Quantum Hall Regime. //Phys. Rev.B. - 1998.- v.57,
N.8.  - p.R4273-R4276.  - Bibliogr.:14.


          ó 332 üìåëôòïíáçîéôîùå ÷úáéíïäåêóô÷éñ

    201. óÅÍÅÎÏ× á. óÏÚÉÄÁÀÝÉÅ ÉÚÌÕÞÅÎÉÅ. //úÎÁÎÉÅ-ÓÉÌÁ. - 1998.-
N.4.  - Ó.16-17.

    202. Fonseca L.R.C. a.o.   Self-Consistent Calculation of the
Electronic Structure and Electron-Electron Interaction in
Self-Assembled InAs-GaAs Quantum Dot Structures. //Phys. Rev.B. -
1998.- v.57, N.7.  - p.4017-4026.  - Bibliogr.:32.

    203. Poirier W. a.o.   Electron-Electron Interaction in Doped
GaAs at High Magnetic Field. //Phys. Rev.B. - 1998.- v.57, N.7.  -
p.3710-3713.  - Bibliogr.:11.

    204. Shvyd'ko Yu.V. a.o.   Hybrid Beat in Nuclear Forward
Scattering of Synchrotron Radiation. //Phys. Rev.B. - 1998.- v.57,
N.6.  - p.3552-3561.  - Bibliogr.:32.

    205. Stepanov S.A. a.o.   Dynamical x-Ray Diffraction of
Multilayers and Superlattices: Recursion Matrix Extension to Grazing
Angles. //Phys. Rev.B. - 1998.- v.57, N.8.  - p.4829-4841.  -
Bibliogr.:86.


          ó 341 áôïíîùå ñäòá

    206. Farah W. a.o.   Optically Induced Nuclear Magnetic Field in
InP. //Phys. Rev.B. - 1998.- v.57, N.8.  - p.4713-4719.  -
Bibliogr.:25.

    207. Lovas R.G. a.o.   Microscopic Theory of Cluster
Radioactivity. //Phys. Rep. - 1998.- v.294, N.5.  - p.265-362.  -
Bibliogr.:170.

    208. Ramavataram S., Winchell D.F. Recent References. January
1997 through December 1997. //Nucl. Data Sheets. - 1997.- v.82, N.4.
 - p.581.


          ó 341 Å ñäåòîáñ áóôòïæéúéëá./ÓÍ.ÔÁËÖÅ ó 63/

    209. CERN: ISOLDE Astrophysics Helps Piece Together Supernova
Puzzle. //CERN Cour. - 1998.- N.1.  - p.6-8.

    210. Schatz H. a.o.   Rp-Process Nucleosynthesis at Extreme
Temperature and Density Conditions. //Phys. Rep. - 1998.- v.294,
N.4.  - p.167-263.  - Bibliogr.:121.


          ó 342 ðòïèïöäåîéå þáóôéã é çáííá-ë÷áîôï÷ þåòåú ÷åýåóô÷ï

    211. Bull M.J. a.o.   Determination of the Spin Dynamics in
U&sub(x)Y&sub(1-x)Pd&sub(3) Using Inelastic Neutron Scattering.
//Phys. Rev.B. - 1998.- v.57, N.7.  - p.3850-3862.  - Bibliogr.:19.


    212. CERN: Barkas Effect Revisited. The Range of Pions in
Matter. //CERN Cour. - 1998.- N.1.  - p.12-13.

    213. Enescu S.E. a.o.   A PC-Based Set-up for Rayleigh
Scattering of Mossbauer Radiation. //Meas. Sci. Technol. - 1998.-
v.9, N.4.  - p.708-711.  - Bibliogr.:12.

    214. Heindrichs A.S.D. a.o.   Classical Rebound Trajectories in
Nonlocal Ballistic Electron Transport. //Phys. Rev.B. - 1998.- v.57,
N.7.  - p.3961-3965.  - Bibliogr.:11.

    215. Rodriguez-Carvajal J. a.o.   Neutron-Diffraction Study of
the Jahn-Teller Transition in Stoichiometric LaMnO&sub(3). //Phys.
Rev.B. - 1998.- v.57, N.6.  - p.R3189-R3192.  - Bibliogr.:22.

    216. Rudinger A., Piechon F. On the Multifractal Spectrum of the
Fibonacci Chain. //J.Phys.A: Math. Gen. - 1998.- v.31, N.1.  -
p.155-164.  - Bibliogr.:26.


          ó 343 ñäåòîùå òåáëãéé

    217. Kumar B.B. a.o.   Pre-Equilibrium Model Analysis of Alpha
Particle Induced Reactions up to 80 MeV. //Phys. Scr. - 1998.- v.57,
N.2.  - p.201-206.  - Bibliogr.:30.


          ó 343 Å ñäåòîùå òåáëãéé ó ôñöåìùíé éïîáíé

    218. RHIC: More STAR Physics. //CERN Cour. - 1998.- N.1.  -
p.10-12.


          ó 344 üëóðåòéíåîôáìøîáñ ñäåòîáñ æéúéëá

    219. Elias J. Photodetection. New Conference Surveys Rapidly
Developing Scene. //CERN Cour. - 1998.- N.1.  - p.20-22.

    220. Hybrid Photodetectors Come of Age. //CERN Cour. - 1998.-
N.1.  - p.8-10.

    221. Jain R.K. a.o.   Study of Etching and Annealing
Characteristics of *2*3*8U Ion Tracks in Trifol-TN Polycarbonate.
//J.Phys.D: Appl. Phys. - 1998.- v.31, N.3.  - p.328-333.  -
Bibliogr.:30.


          ó 344.2 ðïìñòéúï÷áîîùå íéûåîé

    222. KYOTO: Polarized Protons at High Temperature. //CERN Cour.
- 1998.- N.1.  - p.18.  - Bibliogr.:2.


          ó 345 õóëïòéôåìé úáòñöåîîùè þáóôéã

    223. Godwin I. Four Years After SSC's Demise, US Reaches
Agreement on 'Unprecedented' Collaboration in CERN's LHC. //Phys.
Today. - 1998.- v.51, N.1.  - p.43-44.

    224. Technology Transfer. //CERN Cour. - 1998.- N.1.  - p.4-5.

    225. US Contributions to the LHC. //CERN Cour. - 1998.- N.1.
 - p.1-2.

    226. WORKSHOP: Beam Dynamics Issues. //CERN Cour. - 1998.- N.1.
 - Ó.13.


          ó 346 üìåíåîôáòîùå þáóôéãù

    227. CHOOZ: New Neutrino Results. //CERN Cour. - 1998.- N.1.
 - p.5-6.

    228. No Correlation Exists. //Phys. Today. - 1998.- v.51, N.1.
 - p.9.


          ó 347 ëïóíéþåóëéå ìõþé

    229. O'Halloran T. a.o.   The Highest-Energy Cosmic Rays.
//Phys. Today. - 1998.- v.51, N.1.  - p.31-37.  - Bibliogr.:10.


          ó 349 äïúéíåôòéñ é æéúéëá úáýéôù

    230. Mahmoud A.G. a.o.   Characterization of TL-Glow Curves
Resulting from Sensitized TLD-100. //J.Phys.D: Appl. Phys. - 1998.-
v.31, N.2.  - p.224-230.  - Bibliogr.:36.


          ó 349.1 äåêóô÷éå éúìõþåîéê îá íáôåòéáìù.

    231. Apell S.P. Ion Induced Surface Deformation. //Phys. Scr. -
1998.- v.57, N.1.  - p.150-155.  - Bibliogr.:45.

    232. Pode R.B., Dhoble S.J. Radiation-Induced Defects in
Eu*3*+-Activated Yttrium Vanadates. //J.Phys.D: Appl. Phys. - 1998.-
v.31, N.1.  - p.146-150.  - Bibliogr.:23.


          ó 353 æéúéëá ðìáúíù

    233. Axelsson P. Dispersion Relations for Waves in Anisotropic
and Stratified Magnetoplasmas. //Phys. Scr. - 1998.- v.57, N.2.  -
p.242-245.  - Bibliogr.:8.

    234. Milanese M. a.o.   A Study of the Production of Neutrons in
a Dense Plasma Focus Source Operated with a Non-Uniform Density of
Deuterium Neutral Gas. //J.Phys.D: Appl. Phys. - 1998.- v.31, N.1.
- p.85-92.  - Bibliogr.:17.

    235. Rukhadze A.A., Shokri B. Low-Frequency Surface Waves in
Thin Films of Plasma-Like Media. //Phys. Scr. - 1998.- v.57, N.1.  -
p.127-131.  - Bibliogr.:4.

    236. Trabert E., Martinson I. 2.4 MeVC&sup(q*+) on He: Inverse
Reactin for Active Diagnostics of Future Plasmas. //Phys. Scr. -
1998.- v.57, N.1.  - p.109-114.  - Bibliogr.:22.


          ó 393 æéúéëá îéúëéè ôåíðåòáôõò

    237. Kogan A.B., Meyer H. Sound Propagation in *3He and *4He
Above the Liquid-Vapor Critical Point. //J.Low Temp. Phys. - 1998.-
v.110, N.3,4.  - p.899-918.  - Bibliogr.:42.

    238. Monarkha Y.P., Kono K. Dynamic Properties of the
Two-Dimensional Wigner Solid on the Surface of Normal and Superfluid
*3He. //J.Phys. Soc. Jap. - 1997.- v.66, N.12.  - p.3901-3907.  -
Bibliogr.:20.

    239. Nader A. a.o.   Critical Magnetic Field Measurements of the
Misfit Layer Compound (SnS)&sub(1.17)(NbS&sub(2)) Down to 50 mK.
//Phys. Scr. - 1998.- v.57, N.2.  - p.310-312.  - Bibliogr.:10.

    240. Xie Y., Beamish J.R. Ultrasonic Properties of Silica
Aerogels at Low Temperatures. //Phys. Rev.B. - 1998.- v.57, N.6.  -
p.3406-3417.  - Bibliogr.:22.

    241. Zhang J. a.o.   Non-Ohmic Effects in Hopping Conduction in
Doped Silicon and Germanium Between 0.05 and 1K. //Phys. Rev.B. -
1998.- v.57, N.8.  - p.4472-4481.  - Bibliogr.:33.


          ó 393 Ú ó÷åòèðòï÷ïäéíïóôø íåôáììï÷ é ó÷åòèðòï÷ïäñýéå
õóôòïêóô÷á

    242. Blackstead H.A. a.o.   Observation of Granular
Superconductivity in Polycrystalline
Sm&sub(2-x)Ce&sub(x)CuO&sub(4-y). //Phys. Rev.B. - 1998.- v.57, N.6.
 - p.3683-3689.  - Bibliogr.:37.

    243. Chandran M. Effect of Linear Defects on the Field
Distribution in Thin Superconductors. //Phys. Rev.B. - 1998.- v.57,
N.6.  - p.3609-3614.  - Bibliogr.:20.

    244. Hu C.D. Constant-Voltage Steps on Josephson Tunneling.
//J.Phys. Soc. Jap. - 1997.- v.66, N.12.  - p.3922-3927.  -
Bibliogr.:10.

    245. Kishine J., Yonemitsu K. Spin Gap and Superconductivity in
Weakly Coupled Ladders: Interladder One-Particle vs. Two-Particle
Crossover. //J.Phys. Soc. Jap. - 1997.- v.66, N.12.  - p.3725-3728.
- Bibliogr.:17.

    246. Lofwander T. a.o.   Superconducting d-Wave Junctions: The
Disappearance of the Odd ac Components. //Phys. Rev.B. - 1998.-
v.57, N.6.  - p.R3225-R3228.  - Bibliogr.:21.

    247. Moshchalkov V.V. a.o.   Pinning by an Antidot Lattice: The
Problem of the Optimum Antidot Size. //Phys. Rev.B. - 1998.- v.57,
N.6.  - p.3615-3622.  - Bibliogr.:32.

    248. Sharma A.C. Effective Potential and Superconductivity in
Copper Oxide Superconductors. //Phys. Scr. - 1998.- v.57, N.1.  -
p.156-160.  - Bibliogr.:19.

    249. Takagaki Y. Transport Properties of
Semiconductor-Superconductor Junctions in Quantizing Magnetic
Fields. //Phys. Rev.B. - 1998.- v.57, N.7.  - p.4009-4016.  -
Bibliogr.:26.

    250. Taniguchi H. a.o.   Phase Diagram of Vortices in the
Quasi-Two-Dimensional Organic Supeconductor
*a-(BEDT-TTF)&sub(2)NH&sub(4)Hg(SCN)&sub(4): A System of Pancake
Vortices with Out-of-Plane Coupling Dominated by the Electromagnetic
Energy. //Phys. Rev.B. - 1998.- v.57, N.6.  - p.3623-3634.  -
Bibliogr.:39.

    251. Yagi R. a.o.   Phase Diagram for Superconductor-Insulator
Transition in Single Small Josephson Junctions with Shunt Resistor.
//J.Phys. Soc. Jap. - 1997.- v.66, N.12.  - p.3722-3724.  -
Bibliogr.:9.


          ó 393 Ú1 ïòçáîéþåóëéå ó÷åòèðòï÷ïäîéëé é ó÷åòèðòï÷ïäîéëé ó
ôñöåìùíé æåòíéïîáíé

    252. Amann A. a.o.   Magnetic Properties of UPt&sub(3) in the
Superconducting State. //Phys. Rev.B. - 1998.- v.57, N.6.  -
p.3640-3649.  - Bibliogr.:24.

    253. Gloos K. a.o.   Lateral-Size Effects and Supercurrent
Blockade at Mechanical-Controllable Break Junctions of the
Heavy-Fermion Superconductors. //J.Low Temp. Phys. - 1998.- v.110,
N.3,4.  - Ó.873-884.  - Bibliogr.:34.

    254. Theodorakis S. Phenomenological Model for Organic
Superconductors. //Phys. Rev.B. - 1998.- v.57, N.6.  - p.3635-3639.
- Bibliogr.:6.


          ó 393 É ÷ùóïëïôåíðåòáôõòîáñ ó÷åòèðòï÷ïäéíïóôø.îï÷ùå ÷ôóð

    255. Gorokhov D.A., Blatter G. Quantum Depinning of a Pancake
Vortex from a Columnar Defect. //Phys. Rev.B. - 1998.- v.57, N.6.  -
p.3586-3592.  - Bibliogr.:32.

    256. Gorokhov D.A., Blatter G. Thermally Activated Hall Creep of
Flux Lines from a Columnar Defect. //Phys. Rev.B. - 1998.- v.57,
N.6.  - p.3577-3585.  - Bibliogr.:25.

    257. Wei J.Y.T. a.o.   Quasiparticle Tunneling Spectra of the
High-T&sub(c) Mercury Cuprates: Implications of the d-Wave
Two-Dimensional van Hove Scenario. //Phys. Rev.B. - 1998.- v.57,
N.6.  - p.3650-3662.  - Bibliogr.:87.


          ó 393 É1 óôòõëôõòîùå éóóìåäï÷áîéñ.

    258. Marinel S. a.o.   The Crystal Growth Anisotropy of
YBa&sub(2)Cu&sub(3)O&sub(7-*d) Fabricated by the MTG Method in a
Microwave Cavity. //Physica C. - 1998.- v.294, N.1,2.  - p.129-139.
- Bibliogr.:24.


          ó 393 É2 üìåëôòïíáçîéôîùå é ïðôéþåóëéå ó÷ïêóô÷á.

    259. Aouaroun T. a.o.   Plastic Vortex Creep in High-T&sub(c)
Superconductor
(Tl&sub(2/3),Bi&sub(1,3))Sr&sub(2)CaCu&sub(2)O&sub(x). //Physica C.
- 1998.- v.294, N.1,2.  - p.42-46.  - Bibliogr.:17.

    260. Goffman M.F. a.o.   Vortex Phase Diagram of
Bi&sub(2)Sr&sub(2)CaCu&sub(2)O&sub(8+*d): c-Axis Superconducting
Correlation in the Different Vortex Phases. //Phys. Rev.B. - 1998.-
v.57, N.6.  - p.3663-3667.  - Bibliogr.:27.

    261. Huang Y.B., Flukiger R. Reducing ac Losses of Bi(2223)
Multifilamentary Tapes by Oxide Barriers. //Physica C. - 1998.-
v.294, N.1,2.  - p.71-82.  - Bibliogr.:19.

    262. Junod A. a.o.   Crossing Point of the Magnetisation in
High-Temperature Superconductors. //Physica C. - 1998.- v.294,
N.1,2.  - p.115-121.  - Bibliogr.:34.

    263. Krzyszton T. Intrinsic Pinning in Layered Antiferromagnetic
Superconductor. //Physica C. - 1998.- v.294, N.1,2.  - p.47-54.  -
Bibliogr.:20.


          ó 393 É6 ôåèîïìïçéñ ÷ôóð é ôåèîéþåóëéå ðòéìïöåîéñ.óë÷éäù

    264. Abe Y. a.o.   Fast Flowing and Formation of Superconducting
Bi&sub(2)Sr&sub(2)Ca&sub(1)Cu&sub(2)O&sub(x) Layers on Metallic
Copper Wires and Plates. //Physica C. - 1998.- v.294, N.1,2.  -
p.83-89.  - Bibliogr.:6.

    265. Marechal C. a.o.   Growth Mechanisms of Laser Deposited
BiSrCaCuO Films on MgO Substrates. //Physica C. - 1998.- v.294,
N.1,2.  - p.23-32.  - Bibliogr.:22.


          ó 393 É7 íåèáîéúíù, ïâÿñóîñàýéå ÷ôóð.

    266. Alastalo A.T. a.o.   The Anderson Model in a
Superconductor: æ-Derivable Theory. //J.Phys.: Condens. Matter. -
1998.- v.10, N.3.  - p.L63-L68.  - Bibliogr.:14.

    267. Kolley E. a.o.   Ruderman-Kittel-Kasuya-Yosida Interaction
Versus Superexchange in a CuO&sub(2) Plane in the Limit U&sub(d) *>
*$. //J.Phys.: Condens. Matter. - 1998.- v.10, N.3.  - p.657-662.  -
Bibliogr.:19.

    268. Kopnin N.B. Time Dependent Theory of Gapless d-Wave
Superconductors: Application to the Flux Flow. //J.Low Temp. Phys. -
1998.- v.110, N.3,4.  - p.885-898.  - Bibliogr.:20.

    269. Zhou F. a.o.   Density of States in Superconductor-Normal
Metal-Superconductor Junctions. //J.Low Temp. Phys. - 1998.- v.110,
N.3,4.  - p.841-850.  - Bibliogr.:14.


          ó 393 É8 äöïúåæóïîï÷óëéå óåôé

    270. Granato E. a.o.   Edge Effects in a Frustratted
Josephson-Junction Array with Modulated Couplings. //Phys. Rev.B. -
1998.- v.57, N.6.  - p.3602-3608.  - Bibliogr.:31.

    271. Johnson M.W., Kadin A.M. Electrical Transport in a
Superconducting Niobium Nitride Ultrathin Granular Film: A
Disordered Two-Dimensional Josephson-Junction Array. //Phys. Rev.B.
- 1998.- v.57, N.6.  - p.3593-3601.  - Bibliogr.:45.

    272. Mints R.G. Self-Generated Flux in Josephson Junctions with
Alternating Critical Current Density. //Phys. Rev.B. - 1998.- v.57,
N.6.  - p.R3221-R3224.  - Bibliogr.:6.


          ó 63 áóôòïæéúéëá

    273. Govender M. a.o.   A Causal Model of Radiating Stellar
Collapse. //Class. Quantum Grav. - 1998.- v.15, N.2.  - p.323-330.
- Bibliogr.:16.

    274. Labini F.S. a.o.   Scale-Invariance of Galaxy Clustering.
//Phys. Rep. - 1998.- v.293, N.2,3,4.  - p.61-226.  - Bibliogr.:230.


    275. Macek W.M., Obojska L. Testing for Nonlinearity in the
Solar Wind Flow. //Chaos, Sol.&Fract. - 1998.- v.9, N.1,2.  -
p.221-229.  - Bibliogr.:21.


          ã 84 ÷ùþéóìéôåìøîáñ ôåèîéëá é ðòïçòáííéòï÷áîéå

    276. ëÅÌÌÉ ë. îÏ×ÙÅ ÐÒÁ×ÉÌÁ ÄÌÑ ÎÏ×ÏÊ ÜËÏÎÏÍÉËÉ. //úÎÁÎÉÅ-ÓÉÌÁ.
- 1998.- N.4.  - Ó.20-29.


         N.24                   29.06.98
óðéóïë ðòïóíïôòåHHùè öõòHáìï÷.

  1. úÎÁÎÉÅ-ÓÉÌÁ., 1998.- N.4.
  2. CERN Courier., 1998.- N.1.
  3. Chaos,Solitons & Fractals., 1998.- v.9, N.1,2.
  4. Classical and Quantum Gravity., 1998.- v.15, N.1.
  5. Classical and Quantum Gravity., 1998.- v.15, N.2.
  6. Classical and Quantum Gravity., 1998.- v.15, N.3.
  7. International Journal of Theoretical Physics., 1997.- v.36,
    N.12.
  8. Journal of Computational Physics., 1998.- v.139, N.1.
  9. Journal of Low Temperature Physics., 1998.- v.110, N.3,4.
 10. Journal of Physics,A: Mathematical and General., 1998.- v.31,
    N.1.
 11. Journal of Physics,A: Mathematical and General., 1998.- v.31,
    N.2.
 12. Journal of Physics,D: Applied Physics, 1998.- v.31, N.1.
 13. Journal of Physics,D: Applied Physics, 1998.- v.31, N.2.
 14. Journal of Physics,D: Applied Physics, 1998.- v.31, N.3.
 15. Journal of Physics: Condensed Matter., 1998.- v.10, N.3.
 16. Journal of Statistical Physics., 1998.- v.90, N.1,2.
 17. Journal of the European Optical Society  Part B., 1998.- v.10,
    N.1.
 18. Journal of the Physical Society of Japan., 1997.- v.66, N.12.
 19. Measurement Science & Technology., 1998.- v.9, N.4.
 20. New Scientist., 1998.- v.157, N.2125.
 21. Nuclear Data Sheets., 1997.- v.82, N.4.
 22. Physica C., 1998.- v.294, N.1,2.
 23. Physica Scripta., 1998.- v.57, N.1.
 24. Physica Scripta., 1998.- v.57, N.2.
 25. Physica Scripta., 1998.- v.57, N.3.
 26. Physical Review,B., 1998.- v.57, N.6.
 27. Physical Review,B., 1998.- v.57, N.7.
 28. Physical Review,B., 1998.- v.57, N.8.
 29. Physics Reports., 1998.- v.293, N.2,3,4.
 30. Physics Reports., 1998.- v.294, N.4.
 31. Physics Reports., 1998.- v.294, N.5.
 32. Physics Reports., 1998.- v.294, N.6.
 33. Physics Reports., 1998.- v.295, N.1,2.
 34. Physics Reports., 1998.- v.295, N.3,4.
 35. Physics Reports., 1998.- v.295, N.5.
 36. Physics Reports., 1998.- v.295, N.6.
 37. Physics Today., 1998.- v.51, N.1.