Бориды - Самсонов Г.В.
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715. Haenni P. Le bore dans L'aluminium et be alliages d'aluminium.—«Rev.-Metallurgie», 1926, v. 23, p. 342; «Compt. rend. Acad. sei. colon.*, 1925*. v. 181, p. 864.
716. Hagenmuller P., Chopin F. Sur Ie Systeme bore—soufre.—«Compt. rendJ-Acad. sei. colon.», 1962, v. 255, N 18, p. 2259, 2260.
717. Hagenmuller P., Naslain R. L'hexaboruce NaB6.— Ibid., 1963, v. 257,,-p. 1294.
718. Hagenlocker A. Halbleit ereigejischaften von Bor„ Techn: Hochschule Stuttgart, 1958.
719. Hagg G. Gesetzmassigkeiten, im Kristallbau., bei Hydriden, Borideh,, Carbiden und Nitriden der Obergangselemente; Ubergangselementen in' binaren Sistem mit Bor, Kohlenstoff und Stickstoff.—«Z. phys. Chem,»,. 1930, Bd 6; 1931, Bd 12, S. 33.
720. Hagg G., Kiessling R. Distribution Equilibria in some ternary Systems-Met—Мег—B and the Relative Strength of the Transition Metal—Вогош Bonds.—«J. Metals», 1952, p. 57—60.
721. HaIIa F., Weil R. Das Raumgitter des Aluminiumbori des AlBj3.—«Naturwissenschaften», 1939, Bd 27, S. 96.
722. Hampe W. Veber das Bor.—«Liebigs Ann.»; 1876, Bd 183, S. 75.
723. Hardy G. Hulm J. K- The Superconductivity of some transition Metal* Compounds.—«Phys. Rev.», 1954, v. 93, N,5, p. 1004—1016.
724. Haughton J. The Constitutional Diagrams at Alloys, a Bibliography,. London, 1956.
725. Herring C e. a. High-Field Susceptibilities of Iron and Nickel.—«J. Appl.-Phys.», 1966, v. 37, N 3, p. 1340, 1341.
726. Hesse I. Loslichkeit und Ausscheidungskinetik von Bor in poHkristallinemi Silizium.—«Z. Metallkunde», 1968, Bd 59, S. 499—502.
727. Heyne G., Moers K. Der analytische Nachweis des Rheniums sowie einige Chemische Reaktionen des Metalls. Physikalische und Chemische' Eigenschaften des Rhenium.—«Z. anorgan. und allgem. Chem.», 1931,-Bd 196, S. 129—152.
728. Hancock J. Improvements in or Relating to Alloys containing Boron and^ Aluminium. British Patent N 1268812 (29.03.72).
729. Hayashi Y., Sugeno T. Nature oi Boron in L-iron.—«Acta metallurg>,\ 1970, v. 18, N 6, p. 693—697.
730. Hoard J. L., Hughes R. E. In: The Chemistry of Boron and its Compounds (ed. E. L Muetterties). Wiley. N. Y., London Sydney, 1967..
731. Hoenig C L., Cline C F. Investigation of the System Beryllium—Bo~-ron.—«J. Amer. Ceram. Soc», 1961, v. 44, N 8, p. 385—390.
732. Hofmann J. Solid Solution of Iron and Manganese Borides.—«J. Chem.'-Soc», 1911, v. 99, N 1, p. 116.
733. Hofmann W., Janiche W. Die Struktur von Aluminium — borid AlB2.—• «Z. Phys. Chem.», 1936, Bd 31, N 3, S. 214—222; Beitrag zur Kenntnis-des Systems Aluminium—Bor.—«Z. Metallkunde», 1936, Bd 28, N 1,-
362
S. 1—5,* Der Strukturtyp von Alumlniumborid (AlB2).—«Nafurwissens1-shaften», 1935, Bd 23, N 50, S. 851.
734. Holden A. Properties of Reactor Materials and the Effects of Rediation Damage. London, Butterworths, p. 457, 1962.
735. Huggins R. A. Thermodinamic Considerations Relating to the Rise of Electrochemical Techniques for the Growth of Single Crystals of Borides.—«Mat. Res. BuIl.», 1970, v. 5, N 6, p. 391.
736. Hewlett B. W. A Note on the Uranium—Boron Alloy System.—«J. Inst. Metals», 1959, v. 88, N 2, p. 91, 92.
737. Huber Elmer J., Head S. L., Holley C. Specific Heats of ZrB2 and ZrO2.—«J. Phys. Chem.», 1964, v. 68, N 10, p. 3010.
738. Huber Elmer J. The Heat of Formation of Titanium Diboride — «J. Chem. Engng Data», 1966, v. 11, N 3, p. 430,431.
739. HuIm J. K-, Matthias В. T. New Superconducting Borides and Nitrides — «Phys. Rev.», 1951, v. 82, p. 273, 274.
740. Hunt T. Electrical furnace for reducing refractory ores.—«Chem. News», 1886, v. 53, p. 64.
741. Hutchinson W. H., Eick H. A. Preparation and Properties of Boron Sesquiselenide.—«Inorg. Chem.», 1962, v. 1, N 2, p. 434—436.
742. Hesse J. Loslichkeit und Ausschidungs—kinetik von Bor in Polikris-tallinem Silicium. — «Z. Metallkunde», 1968, Bd 59, N 6, S. 499.
743. Inghram M. G., Portier R. F., Chupka W. A. Mass Spectrometric Study of Gaseous Species in the B-B2O3 System. — «J. Chem. Phys.», 1956, v. 25, p. 498—501.
744. International Symposium on Compound of interest in Nuclear Reactor Technology. Univ. Colorado, 1964, p. 3—5.
74'5. Jwami Motohiro, Fujita Nobuhiko, Kawabe Kazno. Preparation of BP single crystals from B—Ni—P solution.—«J. Appl. Phys.», 1971, v. 10, N 12, p. 1746, 1747.
746. Jasscneux B. Sur la reduction par Ie bore amorphe de e'oxyde. — «Compt. rend. Acad. csi. colon.», 1905, v. 141, p. 191.
747. Jassoneux B. Untersuchungen uber die Verbindungen des Bors mit einigen Metallen. — «Chemisches Zentralblatt», 1909 (11).
748. Jeitschko W., Nowotny H., Benesovsky F. Die Kristallstruktur von Mo2BC-«Monatsh. Chem.», 1963, Bd 94, N 3, S. 565—568.
749. Johnson R. W., Daane A. K. Electron Requirements of Bonds in Metal Diborides.—«J. Chem. Phys.», 1963, v. 38, N 2, p. 425—432; «J. Phys. Chem.», 1961, v. 65, p. 909—915.
750. Jenkins I., Kein N. Production of Tantalum Boride for Containers for Liquid Uranium and Calcium — «J. Less-Common Met.», 1962, v. 4, N 4, p. 387.
751. Jillson D. C. Production and Examination of Zinc Single Crystals.— «J. Metals», 1950, v. 188, p. 1005—1009.
