1. Analogy between pattern formation in an interferometer and training of the art 2 neural network

   • S. A. Bufalov
   • B. N. Poizner

   Optics and Spectroscopy Pages: 505 - 510

2. Effects of the interaction between an optical membrane and plasma

   • A. P. Gavrilyuk
   • I. V. Krasnov
   • N. Ya. Shaparev

   Optics and Spectroscopy Pages: 511 - 516

3. Phase dynamics of a relativistic electron driven by the potential field of a wave packet: Poincaré transformation dynamics

   • A. C. Krotov
   • A. A. Tel'nikhin

   Elementary Particle Physics and Field Theory Pages: 517 - 522

4. Quadratic torsion-metric model consistent with then-dimensional gravitational theories of einstein and weyl

   • A. F. Musin

   Elementary Particle Physics and Field Theory Pages: 523 - 527

5. Noncommutative solutions of the d'Alembert equation

   • Ya. V. Lisitsyn
   • A. V. Shapovalov

   Elementary Particle Physics and Field Theory Pages: 528 - 533

6. Nucleon-nucleon correlations in the reaction of photoelectric production of a Δ isobar on a tensor-polarized deuterium target

   • A. Yu. Loginov
   • A. A. Sidorov

   Elementary Particle Physics and Field Theory Pages: 534 - 541

7. Influence of grain-boundary dynamics on shear and rotational deformation components in the creep of polycrystals

   • T. F. Elsukova
   • N. I. Afanas'ev

   Solid State Physics Pages: 542 - 546

8. Solution of the generalized ornstein-zernike equation for an ideal crystal

   • Yu. V. Agrafonov
   • A. G. Balakhchi
   • F. E. Ushakov

   Solid State Physics Pages: 547 - 551

9. Energy of local uniaxial distortions in the crystal lattices of 5d metals

   • V. S. Demidenko
   • L. F. Skorentsev
   • A. Yu. Moskvichev

   Solid State Physics Pages: 552 - 554

10. Description of thermal conductivity in the Ginzburg-Landau theory of phase transitions

    • O. Yu. Dinariev

    Solid State Physics Pages: 555 - 559

11. Patterns in the distribution of the electron work function at deformed surfaces of metals

    • S. V. Luskutov

    Solid State Physics Pages: 560 - 563

12. Effect of the hardened layer thickness of the formation of mesostructures during extension of surface hardened samples

    • V. E. Panin
    • A. I. Slosman
    • B. B. Ovechkin

    Solid State Physics Pages: 564 - 568

13. Producing highly disperse powder in fast electrical explosion

    • V. V. Valevich
    • V. S. Sedoi

    Solid State Physics Pages: 569 - 574

14. Theory of the electret state in crystals with hydrogen bonds

    • M. P. Tonkonogov
    • T. A. Kuketaev
    • K. K. Fazylov

    Physics of Semiconductors and Dielectrics Pages: 575 - 580

15. Variation of optical properties of temperature-control coatings of space vehicles subject to solar wind protons

    • M. M. Mikhailov
    • V. V. Sharafutdinova

    Physics of Semiconductors and Dielectrics Pages: 581 - 586

16. Modeling migration of adsorbed atoms in dense multicomponent adsorbed layers

    • V. M. Kotlyarevskii
    • M. P. Ruzaikin
    • Yu. Yu. Erv'e

    Physics of Semiconductors and Dielectrics Pages: 587 - 592

17. Structure-oriented computer model of a carbon-loaded heterogeneous system

    • N. N. Minakova
    • I. I. Skvirskaya
    • M. V. Yarovoi

    Physics of Semiconductors and Dielectrics Pages: 593 - 596

18. Computer modeling of formulations and properties of multicomponent resistive materials

    • R. V. Kochanovich
    • N. N. Minakova
    • V. Ya. Ushakov

    Physics of Semiconductors and Dielectrics Pages: 597 - 599

19. Relationship between the atomic characteristics of boron, carbon, and nitrogen, and their effect on the electronic structure of fcc iron

    • I. A. Nechaev
    • A. Yu. Moskvichev
    • V. I. Simakov

    Physics of Magnetic Phenomena Pages: 600 - 606

20. Problems in analyzing empirical relations obtained for structurally nonuniform objects

    • Yu. V. Chebrakov
    • V. V. Shmagin

    Physics of Magnetic Phenomena Pages: 607 - 611