Бориды - Самсонов Г.В.
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752. Janes S., Nixdorf H. Herstellung von Sinterkorpern aus Borkarbid und Bornitrid. —«Ber. Dtsch Keram. Ces.», 1966, Bd 43, S. 136—145.
753. Jones M. E., Marsch R. E. The Preparation and Structure of Magnesium Boride, MgB2.—«J. Amer. Chem. Soc», 1954, v. 76, N 5, p. 1434—1436.
754. Johnson G. e. a. Fruorine bomb Calorimetry. Enthalpies of Formation of the Diborides of Zirconium and Hafnium.—«J. Chem. and Engng Data», 1967, v. 12, p. 137.
755. Juretscke H. I., Steinitz R. Hall Effect and Electrical Conductivity of Transition Metal Diborides.—«J. Phys. Chem. SoI.». 1958, v. 4, p. 118— 124.
756. Kasaya M., Hihara T. Maclear Magnetic Resonance Study of Co2B. — «J. Phys. Soc. Japan», 1973, v. 34, N 1, p. 63—67.
757. Kasaya M., Hihara T., KSi J. NMR Study in MnB2. — «J. Phys. Soc. Japan», 1969, v. 26, p. 1549, 1550; Magnetic Structure of MnB2. —Ibid., 1970, v. 29, p. 336—342.
758. Kasaya M., Hihara T., KSi J. Magnetic Susceptibility of Singl Crystal Mn3B4. —Ibid., 1971, v. 30, p. 296.
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V59. Kotlensky W., Schaeffer R. Decomposition о! Diborane in a Silent Discharge. Isolution of B6Hi0 and B9H45. — «J. Amer. Chem. Soc», 1958, v. 80, N 17, p. 4517—1519.
760. Kaufman L. Compounds of Interest in Nuclear Reactor Technology. J. T. Waber, P. Chiotti and W. N. Miner, Eds. AIME, N.Y., N 4, 1964, p. 193.
761. Kempter C P., Fries R. J. Crystallography of the Ru-B and Os-B Sv-stems.—«J. Chem. Phys.», 1961, v. 34, p. 1994, 1995.
762. Kleff er R., Schwarzkopf P. Harstoffe und Hartmetalle. Wien, 1953.
763. Kieffer R., Benesovsky F. Recent Developments in the Field of Silicides and Borides of the High—Melting—Point Transition Metals. — «Powder Metallurgy BuIl.», 1958, N 1/2, p. 145—171.
764. Keihn F. G., Keplin E. J. High-Temperature Thermal Expension of Certain Group IV and Group V Diborides,—«J. Amer. Ceram. Soc», 1967, v. 50, p. 81—86.
765. Klessling R. The Crystal Structure of Molubdenum and Tungsten Borides,—«Acta Chem. Scand.», 1947, v. I, p. 893.
766. Kiessling R. A Method for Preparing Boron of High Purity. — Ibid., 1948, v. 2, N 8, p. 707-712.
767. Kiessling R. The Borides of Tantalum. — Ibid., 1949, v. 3, p. 603—615.
768. Kiessling R. The binary System Zirconium —Boron. — Ibid., 1949, v. 3, N 1, p. 90, 91, 595.
769. Kiessling R. The Borides of Manganese. —Ibid., 1950, v. 4, p. 146— 159.
770. Kiessling R. The Borides some Transition Elements (Ti, Zr, Nb) — «J. Etectrochem. Soc», 1954, v. 98, N 12, p. 518, 519.
771. Kiessling R. —«Powder Metallurgy BuIl.», 1959, N 3, p. 177—184.
772. Kimpel R. F., Moss R. G. Melting Point of 98,9, to 99,6% Pure Boron.— «J. Chem. Engng Data», 1968, v. 13, M 2, p. 231—234.
773. King A., Kanda F., Russell V. A New Method for the Preparation of Bo-rohydrides. — «J. Amer. Chem. Soc», 1956, v. 78, N 16, p. 4176.
774. Kischio Werner. Verfahren Zum Herstellen oder Umkristallisieren von Bor-phosphid. Pat. FRG N 1242580 (21.12.67).
775. Klemm W., Bommer H. — «Z. anorg. Chem.», 1937, Bd 231, S. 138.
776. Kohn I. A., Katz G., Giardinl А. А. АІВю, a New Phase and a Critique on the Aluminium Borides.—«Z. Krist.», 1958, Bd 111, N 1, S. 53—62.
777. Kohn 1. A., Eckart D. W. Aluminum Boride AIB(2. — «Analitic Chem.», 1960, v. 32, N 2, p. 296—298.
778. Kohn I. A., Eckart D. W, V-AlBi2. A new Structure and its Relation to a-AlBi2 as Shoun by Twinned space Groups. — «Z. Krist.», 1961, Bd 116, N 1, 2, S. 134—142.
779. Kohn I. A. Boron Synthesist Structure and Properties. I. A. Kohn e. a; eds. Plenum Press., Inc., N. Y., 1960, p. 75—82.
780. Koester R. D., Noak D. P. Hot Hardness of Selected Borides, Oxides and Carbides to 19000C-«J. Amer. Ceram. Soc», 1967, v. 50, N 6, p. 290—296.
781. Krebs H. Der Einfluss homoopolarer Bindungsanteile auf die Struktur anorganischer Salze. II. Halbleiter und Legierungsartige Phasen. — «Acta cryst.», 1956, v. 9, p. 95—108.
782. Kroll W. Uber die darstellung des amorphen Bors. — «Z. anorg. Chem.», 1918, Bd 102, S. I.
783. Ku S. M. Preparation and Properties of Boron Arsenides and Boron Arsenide — Gallium Arsenide mixed Crystals. — «J. Electrochem. Soc», 1966, v. 113, N 8, p. 813—816.
784. Kuentzler R. Specific Heat of Nearly Ferromagnetic Borides (Co, Ni)2B and (Fe, Co)B.—d. Appl. Phys.», 1970, v. 41, N 3, p. 908, 909.
785. Kuentzler R. Structure electronique de borures des metaux de transition par mesures de chaleur specifique.— «J. Physique», 1971, v. 32, p. 634—672.
786. Kuhnast F.-A., Flechon J. Conductivite electrique des lames minces de
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nickel—bore obtenues par oxydo—reduction en phase liquide. — «J. ChIm.
Phys. Physicochim. Biob, 1972, v. 69, p. 1136—1142. 787. Kuo K., Persson L. E. A Contribution to the Constitution of the Ternarv
System Fe—Mn—C — «J. Iron Steel Inst., London», 1954, v. 178, p. 39—44. :788. Lafferty J. Boride Cathodes. — «J. Appl. Phys.», 1951, v. 22, No. 3,
p. 299—309.
'789. Lagrenaudie J. Composes semi — conducteurs du bore avec Ie carbone et L'aluminium. — «J. chim. phys. et phys. chim biol.», 1953, v. 50, No. 5, p. 352—355.
