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Vol 29 Iss. 3
Pages:
152-180
Download volume:
RUS
Article

Current state of the issue of research and construction of the phase diagram of the ternary system [copper - manganese - aluminum]

Authors:
N. N. Ivanov-Skoblikov
Date submitted:
1953-09-17
Date accepted:
1953-11-15
Date published:
1954-07-27

Abstract

The phase diagrams of the aluminum-copper, aluminum-manganese, and copper-manganese systems, which bound the spatial phase diagram copper-manganese-aluminum on three sides, have been studied for a number of years by many Russian and foreign researchers and were described in some detail by Hansen as of 1936. Hansen gave a critical review of the studies he had reviewed and provided fairly complete bibliographic data. Further bibliographic data up to and including 1942 (but without any review) were published by Hotton. There are indications that in 1944 Rayner published annotations supplementing the previous works. A study of the literature of recent years has made it possible to find significant refinements to the phase diagrams of the metallic systems under consideration. The article examines the research data: 1. On the aluminum-copper phase diagram. 2. On the aluminum-manganese phase diagram. 3. On the copper-manganese phase diagram. 4. Ternary phase diagram of the copper-manganese-aluminum system (see article).

Область исследования:
(Archived) Articles
Funding:

None

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References

  1. Kurdyumov G. General laws of phase transformations in eutectoid alloys. Izvestiya AN SSSR. Chemical series, 1936, issue 2, pp. 271-283. (in Russian)
  2. Gridnev V. and Kurdyumov G. Transformations in eutectoid copper-aluminum alloys. Zhurnal tekhnicheskoy fiziki, 1936, vol. VI, issue 5, pp. 775-780. (in Russian)
  3. Kurdyumov G. and Stelletskaya T. New metastable phase in hypereutectoid copper-aluminum alloys. Radiography as applied to materials research. ONTI, 1936, pp. 254-258. (in Russian)
  4. Trapeznikov A.K. On the structure of CuAl2. Radiography as applied to materials research. SNTI, 1936, pp. 119-122. (in Russian)
  5. Gridnev V. and Kurdyumov G. Microstructural characteristics of metastable phases of copper-aluminum alloys. Radiography as applied to materials research. ONTI, 1936, pp. 259-261. (in Russian)
  6. Kaminsky E. and Kurdyumov G. Effect of aluminum concentration on the temperature of formation of metastable phases in eutectoid copper-aluminum alloys. Radiography as applied to materials research. ONTI, 1936, pp. 261-264. (in Russian)
  7. Gavranek V., Kaminsky E. and Kurdyumov G. Effect of aluminum concentration on the temperature of formation of metastable phase ý in hypereutectoid copper-aluminum alloys. Radiography as applied to materials research. ONTI, 1936, pp. 265-267. (in Russian)
  8. Gridnev V. and Kurdyumov G. Transformations in eutectoid copper-aluminum alloys. Zhurnal tekhnicheskoy fiziki , 1937, Vol. VII. (in Russian)
  9. Kurdyumov G. and Miretsky V. Transformations in eutectoid copper-aluminum alloys. Zhurnal tekhnicheskoy fiziki , 1938, Vol. VIII. (in Russian)
  10. Zakharova M.I. Solubility in the solid state at low temperatures of silicon in aluminum, copper in aluminum, and aluminum in magnesium. Izvestiya sektora fiziko-khimicheskogo analiza AN SSSR , 1938, No. 10. (in Russian)
  11. Gridnev V. On the mechanism of diffusionless martensitic transformations. Metallurg, 1938, No. 9. (in Russian)
  12. Kurdyumov G., Miretsky V., Stelletskaya T. Transformations in eutectoid copper-aluminum alloys. Zhurnal tekhnicheskoy fiziki , 1938, Vol. VIII. (in Russian)
  13. Gruzin P. and Kurdyumov G. Transformations in eutectoid copper-aluminum alloys. Zhurnal Tekhnicheskoy Fiziki, 1940, v. X. (in Russian)
  14. Kurdyumov G., Miretsky V. Transformations in eutectoid copper-aluminum alloys. Zhurnal tekhnicheskoy fiziki, 1940, v. X. (in Russian)
  15. Konobeevsky S.T. Theory of phase changes. Zhurnal eksperimental'noy fiziki, 1943, № 13. (in Russian)
  16. Petrov D.A. and Berg G.S. Investigation of the distribution regions of solid solutions of magnesium and copper in aluminum. Zhurnal fizicheskoi khimii . Akad. Nauk SSSR, 1946, v. XX, iss. 12. (in Russian)
  17. Tazaki M. Kinzoku no Kenkyu, 1925, № 2.
  18. Hisatsune Ch. Mem. Coll. Eng. Kyoto. Imp. Unlv., 1934, №8 (2).
  19. Uno, Murakamy. Kegye Kwagaku Zaschy, 1934, № 37.
  20. Matsuyama K. Kinzoku no Kenkyu, 1934, № 11.
  21. Aner H. und Gerlach W. Metallwirtschaft, 1935, № 14.
  22. Wasserman G. und Wirts. Metallwirtschaft, 1935. № 14.
  23. Ley. Zeitschr. Metallkunde, 1936, № 28.
  24. Brey, Karudsers, Eier. Frans. Amer. Inst. Min. Met. Eng., 1936, № 122.
  25. Aner H. Zeitschr. Metallkunde, 1936, № 28.
  26. Dowsen A.T. Inst. Met., 1937, № 61.
  27. Obinata I., Haishy. Tetsu tu Hagane,. 1937, № 23.
  28. Koch, Forschungsarb. Metallkunde und Rentgenmetallographie, 1937, № 24.
  29. Boutillier A. Compt. rend. Acad, Scien., 1939, № 208.
  30. Bradlay A.J., Goldschmidt, Lipson. H.J. Inst. Met., 1938, № 63.
  31. Preston G.D. Proc. Royal. Society, 1938.
  32. Hume-Rothery W., Reynolds P., Raynor G.J. Inst. Met., 1940, № 66 (6).
  33. Broniewski W., Jelnicki S., Skwara M. Comtes. Rendus Acad. Scien. 1938, № 207.
  34. Samens. Metals, techn., 1940. № 7 (3).
  35. Hume-Rothery W., Reynolds P., Raynor G.J., Packer H.J. Inst. Met., 1940, № 66.
  36. Greninger A. Trans. Amer. Inst. Min. Met. Eng., 1939, № 133.
  37. Hass und Hekker. Zeitschr. Metallkunde, 1929, s. 166.
  38. Sachs u. Galer. Mitt. d. deutsch, Mat. Prüf. Aust. Sondcrheft 10.
  39. Braesko. Ann. Physik, 1920, № 14.
  40. Rorig, Borchert. Zeitschr. Metallkunde, 1924, 29; 1932, s. 231.
  41. Portevin, Chevinar. Rev. Met., 1930.
  42. Fogel. Zeitschr. Anorg Chem., 1919, № 107.
  43. Rushbrooke G. Proc. Phys. Soc., 1940, № 52 (293).
  44. Broun, Fink, Hunter. Trans. Amer. Inst. Min. Met. Eng., 1941, № 143.
  45. Hansen M. Structures of binary alloys, vol. 1, Metallurgizdat, 1941. (in Russian) Livshits E.M. On the theory of second order phase transitions. On the chemical compound Cu₂AlMn. Zhurnal eksperimental'noy teoreticheskoy fiziki, 1941, No. 11 (2/3). (in Russian)
  46. Hangton I. Bibliography of the litterature relating to constitutional diagrams of the alloys., 1942 № 1.
  47. Knappwost A., Nowotky H. Zeitschr. Metallkunde, 1941, № 33.
  48. Bollenrath F., Bungardt W. Zeitschr. Metallkunde,1943, № 35 (8).
  49. Raynor G. Annotated Egnilibrium Diagrams, 1944, № 4. Inst. of Metals, Ldn.
  50. Stribrig, Hume-Rothery W., Little K.J. Inst. Met., 1945, № 74.
  51. Borelius G., Strom L. Arkiv Met,. Astronom, Physik, 1945, (A), № 32 (21).
  52. Stanley Smith G. Chem. a Ind., 1946, № 33(3).
  53. Metals Handbook, 1948.
  54. Ellwood E., Silcock I.J. Inst. Met., 1948, № 74.
  55. Mack D. Metals Technol., 1947 № 14 (6).
  56. Klier E., Grymko S. I, Metals., 1949, № 1 (9).
  57. Ellwood E., Dagley K.J. Inst. Met. 1950, № 76 (6).
  58. Hume-Rothery V. Electrons and metals, Metallurgizdat, 1950. (in Russian)
  59. Lord, James Osborne. Alloy Systems, 1949.
  60. Bakhmetev E.F. X ray analysis of structures of intermetallic homogeneous phases in the aluminum manganese and magnesium nickel systems. Rentgenografiya v primenenii k issledovaniyu materialov. ONTI, 1936. (in Russian)
  61. Rogelbereg I.L. and Shpichinetsky E.S. Thermoelectric method for determining the solubility limit of manganese in aluminum. Zavodskaya laboratoriya. Metallurgizdat, 1948, No. 14 (10). (in Russian)
  62. Shpichinetsky E.S., Rogelbereg I.L. and Chutko V.V. Solubility limit of manganese in aluminum. Metallovedenie tsvetnykh metallov i splavov. Metallurgizdat, 1950, issue XII. (in Russian)
  63. Shpichinetsky E.S., Rogelbereg I.L. and Chutko V.V. On the structure and electrical properties of non equilibrium aluminum manganese alloys. Metallovedenie tsvetnykh metallov i splavov. Metallurgizdat, 1950, issue XII. (in Russian)
  64. Wohler F. u Michel F. Liecbigf. Ann., 1860, № 115.
  65. Koster und Bechthold. Zeitschr. Metallkunde, 1938, № 30.
  66. Hoffmann W. Aluminium, 1938, № 20.
  67. Fahrenhorst E., Hoffmann W. Metallwirtschaft, 1940, № 19.
  68. Dean R.U.S. Bur. Mines. Rep. Invest, 1941. № 58.
  69. Wolf H. Neunzig H. Aluminium, 1942, № 24 (4).
  70. Phillips H.J. Inst. Met., 1943, № 69.
  71. Batchers E., Hume-Rothery W.J. Inst. Met. 1945, № 71 (2).
  72. Raynor G., Hume-Rothery W.J. Inst. Met., 1943. № 69.
  73. Fournier. Publ. Sci. Techn. Ministere Air, 1945, №185.
  74. Raynor G., Phil. Mag., 1945, № 36 (VII).
  75. Little K., Raynor G., Hume-Rothery W.J. Inst. Metals., 1946, № 73.
  76. Raynor G., Little K.J. Inst. Met. 1945, № 71 (10).
  77. Matchend, Skofield J. Inst. Met., 1947, M 73.
  78. About MnAl6. The letter to the Editor. J. Inst. Met., 1947, № 73.
  79. Little K., Hume-Rothery W.J. Inst. Met., 1948, № 74.
  80. Dudek M., Mahl H., Seeraan H. Metall, 1948, № 5/6.
  81. Beck P., Holzwarth M., Sperry P., Metals Technol., 1948, № 15.
  82. Klemm W. Fiat Rev. German Sci, 1939—1946, Inorganic Chemistry, III, 1948.
  83. Zhemchuzhny S.F., Urazov G.G., Rikovskov A. Phase diagram of binary copper manganese alloys. Zhurnal Russkogo fiziko khimicheskogo obshchestva, 1906, vol. 38. (in Russian)
  84. Zhemchuzhny S.F., Urazov G.G., Rikovskov A. Alloys of manganese with copper and nickel. Izvestiya Politekhnicheskogo instituta, 1907, No. 8. (in Russian)
  85. Vologdin S. Alloys of manganese with copper. Rev. Met., 1907, No. 4. (in Russian)
  86. Zhemchuzhny S.F. and Petrashevich V.K. Electrical conductivity and hardness of manganese copper alloys. Izvestiya Rossiyskoy akademii nauk, 1917. (in Russian)
  87. Pogodin S.A. Additions to the article by S.F. Zhemchuzhny and V.K. Petrashevich. Izvestiya sektora fiziko khimicheskogo analiza, 1940, No. 13. (in Russian)
  88. Zhemchuzhny S.F., Pogodin S.A. and Fikaizen. On high resistance alloys. Izvestiya instituta fiziko khimicheskogo analiza, 1924, No. 2. (in Russian)
  89. Zhemchuzhny S.F., Pogodin S.A. Alloys for electrical measuring and heating instruments, 1928. (in Russian)
  90. Slavinsky M.P., Belyaev A.P. and Syromyatnikov R.R. Studies of the machinability of high electrical resistance copper manganese alloys. Metallurg, 1932, No. 7 (2). (in Russian)
  91. Korenev N.I. On manganese copper alloys. Izvestiya sektora fiziko khimicheskogo analiza, 1938, No. I. (in Russian)
  92. Mendelev I.A., Orlova S.I. and Shpichinetsky E.S. Electrolytic manganese and its alloys. Tsvetnaya metallurgiya, 1941, No. 16 (2/3). (in Russian)
  93. Bradley A. Phiel. Mag., 1925, № 50
  94. Westgren A., Phragmen G. Zeitschr. Phys, 1925, № 33.
  95. Ishiwara T., Isobe M. Klnzoku no Kenkyl, 1929, №6.
  96. Ishiwara T.Wold Eng. Congress, 1929. Sci. Rep. Tŏhoku Unlv, 1930, № 19.
  97. Sekito S. Zeitschr. Kristallographie, 1929, № 72.
  98. Persson E. Zeitschr. Physlk. Chemie, 1930, № 9, 1932, № 9.
  99. Grube G., Ostreiche E., Winkler O. Zeltschr. Elektrocheinle, 1939, № 45 (10).
  100. Smith C. Metals Handbook, 1939.
  101. Dean R., Anderson C., Moos, Cresop, Ambrase P.U.S. Burean of Mines, 1941, № 3580.
  102. Dean R., Anderson C., Jacobs. Trans. Amer. Soc. Metals, 1941, № 29, 4.
  103. Dean R., Anderson C., Trans. Amer. Soc. Metals, 1941, № 29, 3.
  104. Dean R., Anderson C., Potter E. Trans Amer. Soc. Metals, 1941, № 29, 2
  105. Dean R., Long J., Graham T., Potter E., Hayes E. Amer. Soc. Metals preprint, 1944, № 9.
  106. Dean R., Potter E., Long J. Amer. Soc. Metals preprint, 1914, № 10.
  107. Dean R. Trans. Amer. Inst. Min. a Met. Eng., 1944, № 156.
  108. Naylor B..S. Bur. Mines. Rep. Invest., 1945, № 3835.
  109. Potter E., Lukens H. Metals Technol., 1946, № 13.
  110. Livshits E.M. On the theory of second order phase transitions. On the chemical compound Cu₂AlMn. Zhurnal eksperimental'noy teoreticheskoy fiziki, 1941, No. 11 (2/3). (in Russian)
  111. Heusler O., Stark, Gaupt. Ferch. d. deutcsh. phys. Ges., 1903, № 5.
  112. Rosenhain W., Lantsbery F.C.A.H. Proc. Inst. Mech. Eng., 1910, № 74.
  113. Heusler O., Take. Trans. Faradey Soc., 1912, № 8.
  114. Portevin, Le Chatelier. L’expllgation de la Metallographie, 1924,
  115. Anderson R. L’explication de la Metallographie, 1924.
  116. Krings W., Ostmann W. Zeitschr. Anorg. Chem., 1927, № 163.
  117. Harang L. Zeitschr. Kristallographie, 1927, №65.
  118. Heusler O. Zeitschr. Anorg. Chemie, 1928, № 171.
  119. Persson E. Naturwiss, 1928, № 16.
  120. Moreet E. Compt. rand. Acad. Sclen., 1929.
  121. Persson E. Zeitschr. physik, 1929, № 54.
  122. Obinata J. Mem. Riojen. Coll. Eng., 1931, №3.
  123. Valentiner S., Becker G. Physikal, Zeitschr., 1932, № 33.
  124. Heusler O.Z. Elektrochem., 1933, № 39.
  125. Sawamoto H. Suiyôkwai — Shi., 1933, № 8.
  126. Bradlay A., Rogers I. Proc. Royal Soc., № 1934, № 144 (A).
  127. Heusler O. Ann. Physik, 1934, № 19.
  128. Valentiner S., Becker G. Zeitschr. Physik, 1935, № 93.
  129. Fuss V. Metallography of aluminum and its alloys. ONTI. NKTP, 1937, pp. 173 187. (in Russian)
  130. Petri H. Aluminium Archiv, 1938, № 14.
  131. Mondolfo L. Metallographie of Aluminium Alloys., 1943.
  132. Phillips H., Varley P.J. Inst. Metals, 1943, № 69.
  133. Hidnart P., Dickson G.J. Research. Nat. Bur. Stand., 1943, № 31 (2).
  134. Cook M., Alexander W. Trans Faradey Soc., 1943, № 39 (9/10).
  135. Guertler W., Rassmann G. Metallwirtschaft, 1943, № 1—6.
  136. Raynor G.J. Inst. Met., 1944, № 70.
  137. Dean R., Long J., Graham T., Roberson A., Armantront C. Metals Technol., 1946, № 13 (7).
  138. Hume-Rothery W.J. Inst. Met., 1947, № 73.
  139. Dean R., Long J., Graham T.Metals Techn., 1947, № 14.
  140. Day M., Phillips H.J. Ir st. Met., 1947, № 74.
  141. The Alloys of Copper, Manganese and Aluminium, Engineer, 1947, №183.
  142. Туркин В.Д. и Румянцев М.В. Структура и свойства цветных металлов. Металлургиздат, 1947.
  143. Hames F., Eppelsheimer D. Nature, 1948, № 162.
  144. A. Pawlek F., Matting A. Fiat. Rev. german Sci„ 1939—1946. Non -Ferrous Metallurgy 1948, № 9—16.
  145. Heusler O. Zeitschr. Metallkunde, 1948, № 39 (11).
  146. Coles B., Hume-Rothery W., Myers H. Proc. Roy. Soc., 1949, № 196.
  147. Giesen K. Metall, 1949, № 3 (9/10).

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