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1. Bezrukov S.M., Winterhalter M. Examining Noise Sources at the
Single-Molecule Level: 1/f Noise of an Open Maltoporin Channel.
//Phys. Rev. Lett. - 2000.- v.85, N.1. - p.202-05. - Bibliogr.:29.
Ñ 133 ÄÈÔÔÅÐÅÍÖÈÀËÜÍÛÅ È ÈÍÒÅÃÐÀËÜÍÛÅ ÓÐÀÂÍÅÍÈß
2. Nesterenko V.V., Pirozhenko I.G. Spectral Zeta Functions for
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p.4521-4531. - Bibliogr.:14.
Ñ 133.2à ÍÅËÈÍÅÉÍÛÅ ÓÐÀÂÍÅÍÈß ÌÀÒÅÌÀÒÈ×ÅÑÊÎÉ ÔÈÇÈÊÈ,
ÑÎËÈÒÎÍÛ.
3. Abrahams I.D., Norris A.N. On the Existence of Flexural Edge
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4. Benenti S. a.o. The Super-Separability of the Three-Body
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5. Berg M., Bradley M. Are Simple Real Pole Solutions Physical?
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6. Caseiro R. a.o. Algebraic Linearization of Dynamics of
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7. Clement G., Fabbri A. The Cosmological Gravitating *s Model:
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9. Garcia-Ripoll J.J. a.o. Dipole-Mode Vector Solitons.
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11. Gordoa P.R. Symmetries, Exact Solutions, and Nonlinear
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12. Huang Y. a.o. On the Dimension of the Global Attractor for
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13. Karimov A.R. a.o. Amplification of Initial Perturbations
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14. Lurie K.A. Bounds for the Electromagnetic Material
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15. Manojlovic N., Mikovic A. Belinskii-Zakharov Formulation for
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v.41, N.7. - p.4777-82. - Bibliogr.:12.
16. Muminov Kh.Kh., Fedyanin V.K. Magnetoelastic Interaction in
the Heisenberg Magnet Model. //Phys. Scr. - 2000.- v.62, N.1. -
p.23-30. - Bibliogr.:17.
17. Tam H-W., Hu X-B. Two Integrable Differential-Difference
Equations Exhibiting Soliton Solutions of the Kaup-Kupershmidt
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18. Toda K., Yu S.-J. The Investigation into the
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Ñ 135 ÔÓÍÊÖÈÎÍÀËÜÍÛÉ ÀÍÀËÈÇ
19. Caraballo T. a.o. Stochastic Functional Partial
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Ñ 17 ÂÛ×ÈÑËÈÒÅËÜÍÀß ÌÀÒÅÌÀÒÈÊÀ.
20. Combe N. a.o. Changing Shapes in the Nanoworld. //Phys.
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21. Derreumaux P. Generating Ensemble Averages for Small
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//Phys. Rev. Lett. - 2000.- v.85, N.1. - p.206-09. - Bibliogr.:25.
22. Siebesma A.P., Jonker H.J.J. Anomalous Scaling of Cumulus
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p.214-17. - Bibliogr.:27.
Ñ 322.1 ÎÁÙÀß ÒÅÎÐÈß ÎÒÍÎÑÈÒÅËÜÍÎÑÒÈ È ÃÐÀÂÈÒÀÖÈß
23. Balfagon a., Jaen X. Review of Some Classical Gravitational
Superenergy Tensors Using Computational Techniques. //Class. Quantum
Grav. - 2000.- v.17, N.13. - p.2491-97. - Bibliogr.:18.
24. Borgad M. a.o. New Constraints for Non-Newtonian Gravity
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25. Bressange G.F. On the Extension of the Concept of Thin
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2000.- v.17, N.13. - p.2509-23. - Bibliogr.:15.
26. Davidson W. A Cylindrically Symmetric Stationary Solution of
Einstein's Equations Describing a Perfect Fluid of Finite Radius.
//Class. Quantum Grav. - 2000.- v.17, N.13. - p.2499-2507. -
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27. Klepac P., Horsky J. Charged Universes of the Godel Type
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28. Nandi K.K. a.o. Scalar Field Dressing of Black Holes in
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v.272, N.3. - p.151-155. - Bibliogr.:28.
29. Nordtvedt K. STEP's Equivalence Principle Violating Force
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v.17, N.13. - p.2531-36. - Bibliogr.:6.
30. Zotov M.Yu. Dynamical System Analysis for the
Einstein-Yang-Mills Equations. //J.Math. Phys. - 2000.- v.41, N.7.
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Ñ 322.2 ÊÎÑÌÎËÎÃÈß.ÃÐÀÂÈÒÀÖÈÎÍÍÛÅ ÂÎËÍÛ
31. Berger M.S. Abelian Family Symmetries and Leptogenesis.
//Phys. Rev.D. - 2000.- v.62, N.1. - p.013007. - Bibliogr.:26.
32. Coley A., Goliath M. Self-Similar Spherically Symmetric
Cosmological Models with a Perfect Fluid and a Scalar Field.
//Class. Quantum Grav. - 2000.- v.17, N.13. - p.2557-88. -
Bibliogr.:39.
33. Cruise A.M. An Electromagnetic Detector for
Very-High-Frequency Gravitational Waves. //Class. Quantum Grav. -
2000.- v.17, N.13. - p.2525-30. - Bibliogr.:20.
34. David Schramm's Universe. Special Volume Dedicated to the
Memory of David Norman Schramm, 1945-1997. //Phys. Rep. - 2000.-
v.333-334, N.1-6. - p.1-636.
35. Hambye T. a.o. Leptogenesis from R Parity Nonconservation.
//Phys. Rev.D. - 2000.- v.62, N.1. - p.015010. - Bibliogr.:19.
36. Matos T., Urena-Lopez L.A. Quintessence and Scalar Dark
Matter in the Universe. //Class. Quantum Grav. - 2000.- v.17, N.13.
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37. Strigin S.E., Vyatchanin S.P. The Problem of Compensation of
Internal Mechanical Noise in Test Mass of Gravitational Wave
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Bibliogr.:10.
Ñ 323 ÊÂÀÍÒÎÂÀß ÌÅÕÀÍÈÊÀ
38. Boros C. a.o. Lambda Polarization in Polarized
Proton-Proton Collisions at BNL RHIC. //Phys. Rev.D. - 2000.- v.62,
N.1. - p.014021. - Bibliogr.:27.
39. Gerasyuta S.M., Kochkin V.I. Relativistic Quark Model and
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p.014008. - Bibliogr.:42.
40. Gordon A., Avron J.E. Born-Oppenheimer Approximation near
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41. Grispos G. a.o. Polarized Photoproduction of
Large-p&sub(T) Hadron Pairs as a Probe of the Polarized Gluon
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42. Howell J.C., Yeazell J.A. Quantum Computation through
Entangling Single Photons in Multipath Interferometers. //Phys. Rev.
Lett. - 2000.- v.85, N.1. - p.198-201. - Bibliogr.:28.
43. Lampe B., Reya E. Spin Physics and Polarized Structure
Functions. //Phys. Rep. - 2000.- v.332, N.1-3. - p.1-163. -
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44. Razi Naqvi K., Waldenstrom S. Revival, Mirror Revival and
Collapse May Occur Even in a Harmonic Oscillator Wave Packet.
//Phys. Scr. - 2000.- v.62, N.1. - p.12-16. - Bibliogr.:14.
45. Ruskai M.B. Pauli Exchange Errors in Quantum Computation.
//Phys. Rev. Lett. - 2000.- v.85, N.1. - p.194-97. - Bibliogr.:12.
46. Savvidou K., Anastopoulos C. Histories Quantization of
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47. Schmidt K.H. A New Test for Random Events of an Exponential
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48. Yahalom A., Englman R. Switching of Geometric Phase in
Degenerate Systems. //Phys. Lett.A. - 2000.- v.272, N.3. -
p.166-173. - Bibliogr.:32.
Ñ 323.1 ÐÅËßÒÈÂÈÑÒÑÊÈÅ ÂÎËÍÎÂÛÅ ÓÐÀÂÍÅÍÈß. ÓÐÀÂÍÅÍÈß ÒÈÏÀ
ÁÅÒÅ-ÑÎËÏÈÒÅÐÀ.ÊÂÀÇÈÏÎÒÅÍÖÈÀË.
49. Brau F. Bohr-Sommerfeld Quantization and Meson Spectroscopy.
//Phys. Rev.D. - 2000.- v.62, N.1. - p.014005. - Bibliogr.:25.
50. Leavens C.R. On Wigner's Directed Arrival-Time Distributions
for Dirac Electrons. //Phys. Lett.A. - 2000.- v.272, N.3. -
p.160-165. - Bibliogr.:17.
Ñ 323.2 ÇÀÊÎÍÛ ÑÎÕÐÀÍÅÍÈß È ÎÁÙÈÅ ÒÅÎÐÈÈ ÐÅÀÊÖÈÉ.
ÏÎËßÐÈÇÀÖÈÎÍÍÛÅ ÝÔÔÅÊÒÛ. ÈÍÂÀÐÈÀÍÒÍÎÅ ÐÀÇËÎÆÅÍÈÅ ÀÌÏËÈÒÓÄ
51. Flannery M.R., Vrinceanu D. Quantal-Classical Correspondence
Impulse Theory. //Phys. Rev. Lett. - 2000.- v.85, N.1. - p.1-5. -
Bibliogr.:18.
52. Lane K. a.o. Vacuum Alignment in Technicolor Theories: The
Technifermion Sector. //Phys. Rev.D. - 2000.- v.62, N.1. -
p.015005. - Bibliogr.:18.
53. Lebedev O. a.o. Constraints on R-parity Violating
Couplings from CERN LEP and SLAC SLD Hadronic Observables. //Phys.
Rev.D. - 2000.- v.62, N.1. - p.015003. - Bibliogr.:26.
Ñ 324.1à ÊÂÀÍÒÎÂÀß ÝËÅÊÒÐÎÄÈÍÀÌÈÊÀ.ÝÊÑÏÅÐÈÌÅÍÒÛ ÏÎ
ÏÐÎÂÅÐÊÅ ÊÝÄ ÏÐÈ ÂÛÑÎÊÈÕ ÝÍÅÐÃÈßÕ
54. Baring M.G. Magnetic Photon Splitting: The S-Matrix
Formulation in the Landau Representation. //Phys. Rev.D. - 2000.-
v.62, N.1. - p.016003. - Bibliogr.:42.
Ñ 324.1á ÑÈËÜÍÛÅ ÂÇÀÈÌÎÄÅÉÑÒÂÈß.ÝËÅÊÒÐÎÌÀÃÍÈÒÍÀß ÑÒÐÓÊÒÓÐÀ
×ÀÑÒÈÖ.ÀËÃÅÁÐÀ ÒÎÊÎÂ.ÊÈÐÀËÜÍÛÅ ÒÅÎÐÈÈ.ÒÅÎÐÈß ÐÅÄÆÅ
55. Berera A. Tale of Two Hard Pomerons. //Phys. Rev.D. - 2000.-
v.62, N.1. - p.014015. - Bibliogr.:54.
56. Borici A. Chiral Fermions and a Multigrid Algorithm. //Phys.
Rev.D. - 2000.- v.62, N.1. - p.017505. - Bibliogr.:12.
57. Borisenko O., Skala P. Vortex Condensation and Mass Gap
Generation in Two-Dimensional Principal Chiral Models. //Phys.
Rev.D. - 2000.- v.62, N.1. - p.014502. - Bibliogr.:27.
58. Farchioni F. a.o. Microscopic Universality and the Chiral
Phase Transition in Two Flavor QCD. //Phys. Rev.D. - 2000.- v.62,
N.1. - p.014503. - Bibliogr.:39.
59. Penttinen M. a.o. Helicity Skewed Quark Distributions of
the Nucleon and Chiral Symmetry. //Phys. Rev.D. - 2000.- v.62, N.1.
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60. Silva A. a.o. The Electroproduction of the *D(1232) in the
Chiral Quark-Soliton Model. //Nucl. Phys.A. - 2000.- v.675, N.3,4.
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61. Tang A., Norbury J.W. Properties of Regge Trajectories.
//Phys. Rev.D. - 2000.- v.62, N.1. - p.016006. - Bibliogr.:30.
Ñ 324.1â ÑËÀÁÛÅ ÂÇÀÈÌÎÄÅÉÑÒÂÈß.ÒÅÎÐÈß ÂÀÉÍÁÅÐÃÀ-ÑÀËÀÌÀ È
ÅÅ ÌÎÄÈÔÈÊÀÖÈÈ
62. Brustein R., Oaknin D.H. Signatures of Hypercharge Axions in
Colliders. //Phys. Rev.D. - 2000.- v.62, N.1. - p.015001. -
Bibliogr.:14.
Ñ 324.1ã ÊÀËÈÁÐÎÂÎ×ÍÛÅ ÒÅÎÐÈÈ ÏÎËß.ÑÏÎÍÒÀÍÍÎ-ÍÀÐÓØÅÍÍÛÅ
ÑÈÌÌÅÒÐÈÈ.ÌÎÄÅËÈ ÂÅËÈÊÎÃÎ ÎÁÚÅÄÈÍÅÍÈß
63. Brown W.E. a.o. Gauge Invariant Variational Approach with
Fermions: The Schwinger Model. //Phys. Rev.D. - 2000.- v.62, N.1. -
p.016004. - Bibliogr.:12.
64. He H.-J. a.o. New Top-Flavor Models with a Seesaw
Mechanism. //Phys. Rev.D. - 2000.- v.62, N.1. - p.011702. -
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65. Mira J.M. a.o. Nonanomalous Horizontal U(1)&sub(H) Gauge
Model of Flavor. //Phys. Rev.D. - 2000.- v.62, N.1. - p.016002. -
Bibliogr.:16.
66. Nayak C. Confinement of Slave Particles in U(1) Gauge
Theories of Strongly Interacting Electrons. //Phys. Rev. Lett. -
2000.- v.85, N.1. - p.178-81. - Bibliogr.:29.
Ñ 324.1ã1 ÊÀËÈÁÐÎÂÎ×ÍÛÅ ÏÎËß ÍÀ ÐÅØÅÒÊÅ
67. Aoki S. a.o. Nucleon Decay Matrix Elements from Lattice
QCD. //Phys. Rev.D. - 2000.- v.62, N.1. - p.014506. -
Bibliogr.:23.
68. Kronfeld A.S. Application of Heavy-Quark Effective Theory to
Lattice QCD: Power Corrections. //Phys. Rev.D. - 2000.- v.62, N.1.
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69. Reisz T., Rothe H.J. Chiral Symmetry Restoration and Axial
Vector Renormalization for Wilson Fermions. //Phys. Rev.D. - 2000.-
v.62, N.1. - p.014504. - Bibliogr.:12.
Ñ 324.1ä ÊÂÀÍÒÎÂÀß ÕÐÎÌÎÄÈÍÀÌÈÊÀ
70. Gorbar E.V. Color Superconductivity in an External Magnetic
Field. //Phys. Rev.D. - 2000.- v.62, N.1. - p.014007. -
Bibliogr.:7.
71. Magnea U. Three-Dimensional QCD in the Adjoint
Representation and Random Matrix Theory. //Phys. Rev.D. - 2000.-
v.62, N.1. - p.016005. - Bibliogr.:21.
72. Matsuzaki M. Spatial Structure of Quark Cooper Pairs in a
Color Superconductor. //Phys. Rev.D. - 2000.- v.62, N.1. -
p.017501. - Bibliogr.:40.
73. Soper D.E. Techniques for QCD Calculations by Numerical
Integration. //Phys. Rev.D. - 2000.- v.62, N.1. - p.014009. -
Bibliogr.:8.
Ñ 324.1å ÑÓÏÅÐÑÈÌÌÅÒÐÈ×ÍÛÅ ÒÅÎÐÈÈ. ÑÓÏÅÐÃÐÀÂÈÒÀÖÈß.
ÑÓÏÅÐÑÒÐÓÍÛ
74. Albright C.H., Barr S.M. Explicit SO(10) Supersymmetric
Grand Unified Model for the Higgs and Yukawa Sectors. //Phys. Rev.
Lett. - 2000.- v.85, N.2. - p.244-47. - Bibliogr.:15.
75. Bachacou H. a.o. Measurements of Masses in Supergravity
Models at CERN LHC. //Phys. Rev.D. - 2000.- v.62, N.1. - p.015009.
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76. Chkareuli J.L. a.o. Supersymmetry Inspired Minimal Lepton
Number Violation. //Phys. Rev.D. - 2000.- v.62, N.1. - p.015014. -
Bibliogr.:32.
77. Datta A., Mukhopadhyaya B. Are Messages of R-Parity
Violating Supersymmetry Hidden within Top Quark Signals? //Phys.
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78. Dedes A., Faraggi A.E. D-Term Spectroscopy in Realistic
Heterotic-String Models. //Phys. Rev.D. - 2000.- v.62, N.1. -
p.016010. - Bibliogr.:49.
79. Djouadi A., Spira M. Supersymmetric QCD Corrections to Higgs
Boson Production at Hadron Colliders. //Phys. Rev.D. - 2000.- v.62,
N.1. - p.014004. - Bibliogr.:29.
80. Gunion J.F., Mrenna S. Study of SUSY Signatures at the
Fermilab Tevatron in Models with near Mass Degeneracy of the
Lightest Chargino and Neutralino. //Phys. Rev.D. - 2000.- v.62, N.1.
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81. Huang C.-S., Wei L. Electric Dipole Moment and CP Violation
in B*>X&sub(s)l*+l*- in Supergravity Models with Nonuniversal
Gaugino Masses. //Phys. Rev.D. - 2000.- v.62, N.1. - p.016008. -
Bibliogr.:23.
82. Ibrahim T., Nath P. Effects of Large CP Violating Phases on
g&sub(*m)-2 in the MSSM. //Phys. Rev.D. - 2000.- v.62, N.1. -
p.015004. - Bibliogr.:50.
83. Kribs G.D. Distingushing Anomaly Mediation from Gauge
Mediation with a W-ino Next-to-Lightest Supersymmetric Particle.
//Phys. Rev.D. - 2000.- v.62, N.1. - p.015008. - Bibliogr.:34.
84. Mahanthappa K.T., Oh S. Combined Study of b*>s*g and the
Muon Anomalous Magnetic Moment in Gauge-Mediated Supersymmetry
Breaking Models. //Phys. Rev.D. - 2000.- v.62, N.1. - p.015012. -
Bibliogr.:25.
85. Pilaftsis A. Loop-Induced CP Violation in the Gaugino and
Higgsino Sectors of Supersymmetric Theories. //Phys. Rev.D. - 2000.-
v.62, N.1. - p.016007. - Bibliogr.:14.
86. Shan L.Y., Zhu S.H. Top Quark Decay into a Light Gluino and
Top Squark. //Phys. Rev.D. - 2000.- v.62, N.1. - p.014028. -
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Ñ 324.2 ÍÅËÎÊÀËÜÍÛÅ È ÍÅËÈÍÅÉÍÛÅ ÒÅÎÐÈÈ ÏÎËß.ÒÅÎÐÈÈ Ñ
ÂÛÑØÈÌÈ ÏÐÎÈÇÂÎÄÍÛÌÈ.ÒÅÎÐÈÈ Ñ ÈÍÄÅÔÈÍÈÒÍÎÉ ÌÅÒÐÈÊÎÉ
87. Caselle M. a.o. Bound States in the Three-Dimensional *f*4
Model. //Phys. Rev.D. - 2000.- v.62, N.1. - p.017901. -
Bibliogr.:14.
88. Harada M. a.o. Penguin Diagrams in the *DI=1/2 Rule and
*E'/*E with *s Models. //Phys. Rev.D. - 2000.- v.62, N.1. -
p.014002. - Bibliogr.:29.
89. Roux F.S., Torma T. Instanton Effective Action Formalism for
2-Point and 4-Point Functions. //Phys. Rev.D. - 2000.- v.62, N.1. -
p.016001. - Bibliogr.:16.
90. Simonov Yu.A., Tjon J.A. String Formation and Chiral
Symmetry Breaking in the Heavy-Light Quark-Antiquark System in QCD.
//Phys. Rev.D. - 2000.- v.62, N.1. - p.014501. - Bibliogr.:27.
Ñ 324.3 ÀÊÑÈÎÌÀÒÈ×ÅÑÊÀß ÒÅÎÐÈß ÏÎËß.ÀÍÀËÈÒÈ×ÅÑÊÈÅ ÑÂÎÉÑÒÂÀ
ÌÀÒÐÈ×ÍÛÕ ÝËÅÌÅÍÒÎÂ È ÄÈÑÏÅÐÑÈÎÍÍÛÅ ÑÎÎÒÍÎØÅÍÈß
91. Groote S., Shigemitsu J. One-Loop Self-Energy and
Renormalization of the Speed of Light for Some Anisotropic Improved
Quark Actions. //Phys. Rev.D. - 2000.- v.62, N.1. - p.014508. -
Bibliogr.:22.
92. Manohar A.V., Stewart I.W. Renormalization Group Analysis of
the QCD Quark Potential to Order *v*2. //Phys. Rev.D. - 2000.- v.62,
N.1. - p.014033. - Bibliogr.:28.
Ñ 325 ÑÒÀÒÈÑÒÈ×ÅÑÊÀß ÔÈÇÈÊÀ È ÒÅÐÌÎÄÈÍÀÌÈÊÀ
93. Allahverdyan A.E., Nieuwenhuizen Th.M. Optimizing the
Classical Heat Engine. //Phys. Rev. Lett. - 2000.- v.85, N.2. -
p.232-35. - Bibliogr.:11.
94. Butko V.Yu. a.o. Tenfold Magnetoconductance in a
Nonmagnetic Metal Film. //Phys. Rev. Lett. - 2000.- v.85, N.1. -
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95. Feddi E. a.o. Magnetic Field Influence on the
Polarisability of Donors in Quantum Crystallites. //Phys. Scr. -
2000.- v.62, N.1. - p.88-91. - Bibliogr.:26.
96. Fioravanti D. a.o. Universal Ratios in the 2D Tricritical
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