1. Crystallography of Mendeleev’s periodic table

   • R. V. Galiulin
   • K. B. Imangazieva

   Crystallographic Symmetry Pages: 893 - 901

2. Crystal structure of celadonite from the electron diffraction data

   • A. P. Zhukhlistov

   Structure of Inorganic Compounds Pages: 902 - 906

3. Refinement of the crystal structures of three fluorine-bearing elbaites

   • I. V. Rozhdestvenskaya
   • O. V. Frank-Kamenetskaya
   • I. I. Bannova

   Structure of Inorganic Compounds Pages: 907 - 913

4. Crystal structure of CoUO₂(SO₄)₂ · 5H₂O at 293 K

   • E. V. Alekseev
   • E. V. Suleimanov
   • G. K. Fukin

   Structure of Inorganic Compounds Pages: 914 - 917

5. Structure refinement of cadmium cerium(IV) phosphate Cd_0.5Ce₂(PO₄)₃

   • M. P. Orlova
   • D. B. Kitaev
   • A. I. Orlova

   Structure of Inorganic Compounds Pages: 918 - 922

6. Crystal structure of the supramolecular system of indole-2,3-dione 1-(2-oxopropyl)-3-ethylene ketal and its thiosemicarbazone

   • O. M. Radul
   • S. T. Malinovskii
   • F. Z. Macaev

   Structure of Organic Compounds Pages: 923 - 927

7. Synthesis, conductivity, and the crystal structure of a new stable metal, β″-(DOEO)₂HSeO₄ · H₂O

   • A. A. Bardin
   • A. I. Kotov
   • L. I. Buravov

   Structure of Organic Compounds Pages: 928 - 933

8. Two types of structural domains in Pb₃(PO₄)₂

   • V. A. Nepochatenko

   Lattice Dynamics and Phase Transitions Pages: 934 - 937

9. Calculations of the percolation thresholds of a three-dimensional (icosahedral) Penrose tiling by the cubic approximant method

   • R. M. Zakalyukin
   • V. A. Chizhikov

   Lattice Dynamics and Phase Transitions Pages: 938 - 948

10. Dilatometric and ultrasound study of [NH₂(CH₃)₂]MnCl₃ · 2H₂O crystals

    • A. U. Sheleg
    • E. M. Zub
    • L. F. Kirpichnikova

    Physical Properties of Crystals Pages: 949 - 953

11. Circular dichroism of some Nd-doped crystals of the langasite family

    • V. I. Burkov
    • A. V. Butashin
    • I. A. Gudim

    Physical Properties of Crystals Pages: 954 - 960

12. Refractometry of mechanically compressed RbKSO₄ crystals

    • V. I. Stadnik
    • N. A. Romanyuk
    • R. S. Brezvin

    Physical Properties of Crystals Pages: 961 - 965

13. Dielectric properties of Y₃Fe₅O₁₂ garnet crystals in the IR range

    • I. D. Lomako
    • S. N. Shashkov
    • I. I. Makoed

    Physical Properties of Crystals Pages: 966 - 973

14. The ESR spectra of Mn²⁺ ions and the low-temperature NQR spectra of ¹⁷⁵Lu in LuNbO₄ crystals

    • A. G. Beda
    • A. A. Bush
    • V. F. Meshcheryakov

    Physical Properties of Crystals Pages: 974 - 975

15. Electrostatic model of the α-LiIO₃ pyroelectric

    • A. V. Yatsenko

    Physical Properties of Crystals Pages: 976 - 981

16. Slip and cleavage systems in the new crystal Li₆YB₃O₉

    • E. F. Dolzhenkova
    • V. N. Baumer
    • A. V. Tolmachev

    Physical Properties of Crystals Pages: 982 - 985

17. Theory and computer simulation of the reflection and refraction of bulk acoustic waves in piezoelectrics under the action of an external electric field

    • S. I. Burkov
    • B. P. Sorokin
    • K. S. Aleksandrov

    Physical Properties of Crystals Pages: 986 - 993

18. Electromagnetic emission under uniaxial compression of ice: I. Identification of nonstationary processes of structural relaxation by electromagnetic signals

    • A. A. Shibkov
    • M. A. Zheltov
    • A. V. Shuklinov

    Physical Properties of Crystals Pages: 994 - 1004

19. Relationship between the temperature dependence of the induced helical pitch and the anisometry of molecules of chiral dopants

    • N. I. Shkolnikova
    • L. A. Kutulya
    • O. V. Shishkin

    Liquid Crystals Pages: 1005 - 1011

20. Nanoscale morphological features in the structural evolution of HTSC films of organometallic aerosols

    • Yu. Ya. Tomashpol’skii
    • N. V. Sadovskaya

    Surface and Thin Films Pages: 1012 - 1019

21. Thermally stimulated relaxation of misfit strains in Si_1−x Ge_x/Si(100) heterostructures with different buffer layers

    • T. G. Yugova
    • M. G. Mil’vidskii
    • F. Schäffler

    Surface and Thin Films Pages: 1020 - 1026

22. The influence of crystalline anisotropy on the evolution of the crystallization front during directional solidification

    • O. P. Fedorov
    • A. P. Shpak
    • O. V. Shuleshova

    Crystal Growth Pages: 1027 - 1033

23. Mathematical model and numerical simulation of faceted crystal growth

    • M. P. Marchenko
    • I. V. Fryazinov

    Crystal Growth Pages: 1034 - 1042

24. Modeling of the self-organizing processes in crystal-forming systems: Structural mechanism of assembly of the K₂Ba[Ge^[6]Ge ₃ ^[4] O₉]₂, K₂Ge^[6]Ge ₃ ^[4] O₉, and BaGe^[6]Ge ₃ ^[4] O₉ germanates from subpolyhedral clusters

    • G. D. Ilyushin

    Crystal Growth Pages: 1043 - 1054

25. A model of the separation of intrinsic charge carriers—Protons and orientational defects—at the crystallization front of water

    • A. V. Shavlov

    Crystal Growth Pages: 1055 - 1060

26. Periodic formation of cracks in isomorphously mixed crystals with a continuously varying composition during their growth

    • M. A. Kuz’mina
    • O. M. Boldyreva

    Crystal Growth Pages: 1061 - 1063

27. Specific features of the growth of barium chromate crystals from different precursors

    • A. V. Zubets
    • L. L. Klimkovich
    • N. D. Zhigadlo

    Crystal Growth Pages: 1064 - 1067

28. Structural analysis by reduced data: VI. A new method for refining the parameters of the model describing the absorption of radiation by a single-crystal specimen

    • A. P. Dudka

    Crystallographic Software Pages: 1068 - 1072