Thermodynamics of the two-structure model of water V. M. VdovenkoYu. V. GurikovE. K. Legin OriginalPaper Pages: 765 - 769
Vapor pressure over conguently melting crystal hydrates and their solutions V. P. MashovetsN. M. BaronG. E. Zavodnaya OriginalPaper Pages: 770 - 773
Some effects of the methyl group in alkyl π-electronic radicals G. M. ZhidomirovP. V. SchastnevV. V. Voevodskii OriginalPaper Pages: 774 - 776
Attenuation of spin echo signals during diffusion of particles in magnetic fields with changing gradients K. A. ValievM. M. Bil'danov OriginalPaper Pages: 777 - 782
Nuclear magnetic relaxation in a liquid determined by intermolecular nuclear spin interactions R. M. Yul'met'ev OriginalPaper Pages: 783 - 790
X-ray investigation of cesium ozonide CsO3 V. M. BakulinaI. I. Vol'novA. N. Zimina OriginalPaper Pages: 791 - 793
X-ray structure investigation of dichlorodipyridinezinc Yu. A. SokolovaL. O. AtovmyanM. A. Porai-Koshits OriginalPaper Pages: 794 - 797
Structure of trans-ClCH = CHHgCl crystals V. I. PakhomovA. I. Kitaigorodskii OriginalPaper Pages: 798 - 802
Magnetic moments of some carborane analogs of ferrocene É. D. GermanM. E. Dyatkina OriginalPaper Pages: 803 - 805
The chemical bond in crystals with an antifluorite structure and the valence possibilities of negative ions A. A. LevinYa. K. SyrkinM. E. Dyatkina OriginalPaper Pages: 806 - 809
Application of a statistical theory to the evaluation of the change in the chemical bond in the surface region of an ionic crystal A. A. Medvinskii OriginalPaper Pages: 810 - 815
Electron-diffraction study of the vanadium pentafluoride molecule in the vapor form G. V. RomanovV. P. Spiridonov Brief Communications Pages: 816 - 817
Electron diffraction study of the neocarborane molecule L. V. VilkovV. S. MastryukovV. N. Siryatskaya Brief Communications Pages: 818 - 820
Investigation of the structure of dicyclopentadienylnickel molecules I. A. RonovaN. V. Alekseev Brief Communications Pages: 821 - 821
Analysis of the EPR spectra of Mn2+ ions in synthetic zeolites at frequencies of 9,500 and 37,500 Mcps N. N. TikhomirovaL. G. Dzhashiashvili Brief Communications Pages: 822 - 824
Th3P4-La3−xS4 structure type Yu. A. KharitonovN. L. SmirnovaN. V. Belov Brief Communications Pages: 825 - 827
Crystal structure of glauberite CaNa2(SO4)2 R. F. KlevtsovaS. V. Borisov Brief Communications Pages: 828 - 830
Magnesium diborate as a metastable member of the system MgO−B2O3−H2O G. K. AbdullaevKh. S. Mamedov Brief Communications Pages: 831 - 831
Structure of internal complex compounds with metal-sulfur bonds V. M. AgreE. A. ShugamE. G. Rukhadze Brief Communications Pages: 834 - 835
An x-ray structural investigation of π-cyclopentadienyltriphenylphosphine-monocarbonyl-σ-phenyliron R. L. AvoyanYu. A. ChapovskiiYu. T. Struchkov Brief Communications Pages: 838 - 839
Structure of π-allyl-tricarbonyl-iron iodide M. Kh. MinasyanYu. T. StruchkovR. L. Avoyan Brief Communications Pages: 840 - 842
Structure of π-allyl-π-cyclopentadienyl palladium M. Kh. MinasyanS. P. GubinYu. T. Struchkov Brief Communications Pages: 843 - 844
Semi-empirical choice of the parameters for describing the structure of the bonding zones of group IV elements by the equivalent orbital method A. A. LevinYa. K. SyrkinM. E. Dyatkina Brief Communications Pages: 845 - 846
Inapplicability of the rule of polarity alternation to uneven alternating systems M. V. Bazilevskii Brief Communications Pages: 847 - 848
Mechanism of chain flexibility in inorganic polymers N. A. Popov Brief Communications Pages: 849 - 851
Computer method for certain geometrical structure analysis calculations Z. Sh. SafinaB. L. Tarnopol'skii Brief Communications Pages: 852 - 853
Program for calculating intermolecular energies in crystals, using a “setun'” computer P. M. ZorkiiL. M. PrezmanV. K. Bel'skii Brief Communications Pages: 854 - 855
Calculation of secondary extinction coefficients for spherical crystals Yu. Z. NozikL. E. Maksimova Brief Communications Pages: 856 - 857
ALGOL-60 program for calculating sin θ/λ values and the polarization-Lorentz factors, LP F. A. BrusentsevA. N. Rebenko Brief Communications Pages: 858 - 859