Features of synthesis of functional ceramics with a complex of the set properties by a radiation method. Part 1
( Pp. 9-27)
More about authors
Rakhimov Rustam Kh.
Institute of Materials Science of the SPA “Physics-Sun” of the Academy of Science of Uzbekistan
Tashkent, Republic of Uzbekistan
Institute of Materials Science of the SPA “Physics-Sun” of the Academy of Science of Uzbekistan
Tashkent, Republic of Uzbekistan
Abstract:
Article is devoted to the description of experimental and theoretical data on synthesis of ceramic materials, and also a possibility of forecasting of optimum structure and a way of their production.
How to Cite:
Rakhimov R.K., (2016), FEATURES OF SYNTHESIS OF FUNCTIONAL CERAMICS WITH A COMPLEX OF THE SET PROPERTIES BY A RADIATION METHOD. PART 1. Computational Nanotechnology, 2 => 9-27.
Reference list:
Rebinder P. A. Poverkhnostnye yavleniya v dispersnykh sistemakh. Fiziko-khimicheskaya mekhanika Izbrannye trudy. M. Nauka , 1979, T. 2. 382 s.
Polyakov A. A., Kruglitskiy N. N. Raspylitel naya sushka v tekhnologii radioelektronnykh materialov.M. Radio i svyaz , 1982, 72 s.
Letyuk L. M., ZHuravlev G. I. KHimiya i tekhnologiya ferritov. L. KHimiya , 1983, 256s.
Rabkin L. I., Soskin L. A., Epshteyn B. SH. Ferrity. L. Energiya, 1968, 384 s.
ZHuravlev G. I. KHimiya i tekhnologiya ferritov. L. KHimiya , 1970, 192 s.
Riskiev T.T., Abdurakhmanov A.A., Akbarov R.U. Renewable Energy. Moscow. Intersolarcentre. 1997. №l. p.47-48.
Adylov G.T., Fayziev SH.A., Payzullakhanov M.S., , Irmatova SH., KHolikova G.Ogneupornye materialy na baze promyshlennykh otkhodov. Konstruktsiya i tekhnologii polucheniya izdeliy iz nemetallicheskikh materialov Obninsk, Rossiya, 2004 g. Sbornik dokladov. s.78-79.
Adylov G.T. Kulagina N.A., Mansurova E.P., Rumi M.KH. Steklokristallicheskie materialy na osnove kordieritovogo stekla, poluchennogo na solnechnoy pechi. Geliotekhnika, 2005, №2 , s. 77-81.
Calikhov T.P., Kan V.V., Urazaeva E.M., Savatyugina T.V., Arushanov G.M. KHimiko-termicheskiy metod pererabotki promyshlennykh otkhodov na solnechnykh pechakh. Geliotekhnika, 2005, №2 , s.52-56.
Fayziev SH.A. Sintez karbonitrida tsirkoniya s ispol zovaniem luchistogo nagreva. Trudy konferentsii, posvyashchennoy 60-letiyu obrazovaniya FTI AN RUZ, 2004, s.175-177.
Adylov G.T. i dr.Steklokristallicheskie materialy na osnove spodumenovogo stekla, poluchennogo na solnechnoy pechi. Steklo i keramika, 2005,№11,s.44- 46.
Adylov G.T., Kulagina N.A., Mansurova E.P., Rumi M.KH. Sintez stekla spodumenovogo sostava s ispol zovaniem kontsentrirovannogo luchistogo potoka. Geliotekhnika., 2005, № 4. s. 68-71.
Salikhov T.P., Kan V.V., Urazaeva E.M., Savatyugina T.V., Arushanov G.M. Osobennosti kristallizatsii rasplava ittriyalyuminievogo granata na solnechnykh pechakh. Geliotekhnika, 2003, №2, s. 66-71.
Adylov G.T., Rumi M.KH. Steklokristallicheskie materialy na osnove kordieritovogo stekla, poluchennogo na solnechnoy pechi. Geliotekhnika, 2005, №2 , s.77-81.
Adylov G.T., Rumi M.KH. i dr. Steklokristallicheskie materialy na osnove spodumenovogo stekla, poluchennogo na solnechnoy pechi. Steklo i keramika., 2005, № 11, s. 44- 46.
Salikhov T.P., Kan V.V., Urazaeva E.M., Savatyugina T.V., Arushanov G.M. Keramicheskie membrany na osnove sul fatirovannogo katalizatora Klausa. Geliotekhnika, 2005, № 3, s.61-64.
Polyakov A.A. Tekhnologiya keramicheskikh radioelektronnykh materialov. Radio i svyaz , 1989, s.200.
Belopol skiy M. S. Sushka keramicheskikh suspenziy v raspylitel nykh sushilkakh. M. Stroyizdat, 1972, 120 s.
Ostroushko A.A. Fiziko-khimicheskie osnovy polucheniya slozhnykh oksidov iz polimerno-solevykh kompozitsiy. Avtoreferat dokt. diss. M., 1996
Kertman A.V. Opticheskaya sul fidnaya keramika. SOZH, KHIMIYA, 2000
Rebinder P. A. Poverkhnostnye yavleniya v dispersnykh sistemakh. Kolloidnaya khimiya. Izbrannye trudy. M. Nauka , 1978, T. 1. 368 s.
Kruglitskiy N. N. Osnovy fiziko-khimicheskoy mekhaniki. Kiev: Vishcha shkola, 1976, CH.2. 208 s.
Braginskiy G. I., Timofeev E. N. Tekhnologiya magnitnykh lent. L. KHimiya , 1974, 352s.
Nechiporenko S. P. O formirovanii keramicheskikh izdeliy v lentochnykh pressakh. Kiev: Naukova dumka, 1971, 190 s.
Avvakumov E.G. Mekhanicheskie metody aktivatsii khimicheskikh protsessov. Nauka , 1986, s.305.
Schmidt W.G. Ultra-fine grinding of ceramic powders for the sintering process. Interceram. - 1991. - Vol. 40, N 1. - p. 15-18.
ZHarskiy I.M., Novikov G.I. Fizicheskie metody issledovaniya v neorganicheskoy khimii. M.,1988, s. 270.
CHebotin V.N. KHimicheskaya diffuziya v tverdykh telakh. Nauka , 1989, s.208.
Kopeykin V.A., Levinov B.M. Sukhie kislye fosfatnye svyazuyushchie. Tezisy dokladov nauchno-tekhnicheskogo soveshchaniya: Issledovanie i primenenie vyazhushchikh dlya izgotovleniya ogneuporov Sverdlovsk 1990, 8-9.
Naito N., Yoshikawa M., Yousuya T. et al. Production of superconductive oxides by dry mechanical method. 1991. p. 424-432.
Somiya S. Hydrothermal preparation of fine powders. Adv. Ceram. III. - London: New York, 1990. - p. 207-243.
Koshika I., Tanaka K., Inada I. The effect of the fine grinding additives on sheet formation and the sintering of ceramic dielectrics. et al. Funtai Kogaku Kaishi J. of the Soc. of Powder Technology of Japan. - 1991. - Vol. 28, N 3. - p. 150-154.
Improvement of mullite formation by dry grinding of kaolinite - aluminium hydroxide mixture using a planetary ball mill. / Ryu H., Kasai E., Sugiyama K. et al. -P. 45-46.
The surface-treatment of ceramic powders through pulverization in a reactive atmosphere by means of ball mill. 4. Surface-treatment of silicon carbide. Suzuki N., Go Y., Baba N. et al. Funtai Kogaku Kaishi J. of the Soc. of Powder Technology of Japan. - 1991. - Vol. 28, N 11. - p.670-678.
Trockenmahlen und Granulieren von Porzellanmassen. Keramische Ztschr. - 1991. - Bd 43, N 4. - S. 256-258.
Utsuge N., Endo A., Stizuki N. Surface-treatment of ceramic powders through pulverization in a reactive atmosphere by means of ball mill. 1992, p. 337-344.
Production of superconductive oxides by dry mechanical method. / Naito N., Yoshikawa M., Yousuya T. et al. 1991. p. 424-432.
Preparation of semiconductive tin oxide fine powder by mechanochemical processings. / Shionis M., Nakamura N., Matsumura Y. et al. 1991. p. 445-452.
Yokoyama T. Application of mechanotreatment processes of dry materials with purpose of production of new functional properties. Funsay Micromeritics. 1991. N 35. p. 91-96.
Pavlovic V.B., Marinkovic Z.V., Pavlovic V.p. et al. Phase transformations and thermal effects of mechanically activated BaCO3-TiO2 system Ferroelectrics. - 2002. - Vol. 271. - p. 1981-1986.
Wang K.-Y., Spinu L., He J. et al. Phase transition and magnetotransport properties of ball-milled half-metallic CrO2 J. of Applied Physics.-2002.-Vol. 91, N 10, Pt 3. - p. 8204-8206.
Avvakumov E.G. Myagkiy mekhanokhimicheskiy sintez - perspektivnyy nizkotemperaturnyy metod polucheniya oksidnykh materialov Vysokotemperaturnaya khimiya silikatov i oksidov. VIII Vseros. soveshch., S-Peterburg, 19-21 noyab., 2002: Tez. dokl. - s. 27.
Avvakumov E.G., Karakchiev L.G. Sravnenie myagkogo mekhanokhimicheskogo i zol -gel metodov polucheniya dispersnykh oksidnykh materialov Kristallizatsiya v nanosistemakh. Mezhdunar. nauch. konf., 10-12 sent., 2002: Sb. tez. - Ivanovo, 2002. - s. 42.
Castro A. Layered perovskite oxides: synthesis, structural characteristics and electrical properties Boletin de la Socieedad Espanola de Ceramica y Vidrio. - 2002. - Vol. 41, N 1. - p. 45-54.
Grigor eva T.F., Ivanov E.YU., Barinova A.P. i dr. Mekhanokhimicheskoe poluchenie nanokompozitov v sistemakh metall-oksid. Kristallizatsiya v nanosistemakh. Mezhdunar. nauch. konf., 10-12 sent., 2002: Sb. tez. - Ivanovo, 2002. - s. 93.
Vakuumno-plotnaya keramika i ee spai s metallami. Pod red. N. D. Devyatkina. M. Energiya, 1973. 410 s.
Keramika i ee spai s metallom v tekhnike. Pod red. V. A. Presnova i N. A. Iofisa. M. Atomizdat , 1969. 232 s.
Vzaimodeystvie ogneuporov s metallami i shlakami. Vyp. 14., 1973, 142 s.
Vzaimodeystvie ogneuporov s metallami i shlakami. Vyp.15, L.1974, 180 s.
Rachimov, R.C.; Ermakov, V.P.; John, P.; Rachimov, M.R. Anwendung funktioneller keramiken fur technologien des trocknens mit impuls-infrarot. Fraybergskie issledovatel skie papki. ZHurnal Gornoy Akademii. Freiberger Forschungshefte, Opublikovano 02.06.2014, C. 1-44
Rustam Ch. Rachimov , Mechanismus zur Erzeugung von Infrerotimpulsen mit funktionalen Keramiken. Fraybergskie issledovatel skie papki. ZHurnal Gornoy Akademii. Freiberger Forschungshefte, 2014, mart, C. 1-13
Rakhimov R. KH. Sintez funktsional noy keramiki na bsp i razrabotki na ee osnove. Computational nanotechnology, sentyabr 2015, s.11-26
Rakhimov R.KH., Meyke A.V. Visiual Kinetics - Paket programm dlya khimiko-kineticheskikh raschetov v materialovedenii. Novye materialy i pribory. Tezisy dokladov I mezhdunarodnoy nauchnoy konferentsii. Tashkent, 2-4 noyabrya 1994 g. s.54
Polyakov A. A., Kruglitskiy N. N. Raspylitel naya sushka v tekhnologii radioelektronnykh materialov.M. Radio i svyaz , 1982, 72 s.
Letyuk L. M., ZHuravlev G. I. KHimiya i tekhnologiya ferritov. L. KHimiya , 1983, 256s.
Rabkin L. I., Soskin L. A., Epshteyn B. SH. Ferrity. L. Energiya, 1968, 384 s.
ZHuravlev G. I. KHimiya i tekhnologiya ferritov. L. KHimiya , 1970, 192 s.
Riskiev T.T., Abdurakhmanov A.A., Akbarov R.U. Renewable Energy. Moscow. Intersolarcentre. 1997. №l. p.47-48.
Adylov G.T., Fayziev SH.A., Payzullakhanov M.S., , Irmatova SH., KHolikova G.Ogneupornye materialy na baze promyshlennykh otkhodov. Konstruktsiya i tekhnologii polucheniya izdeliy iz nemetallicheskikh materialov Obninsk, Rossiya, 2004 g. Sbornik dokladov. s.78-79.
Adylov G.T. Kulagina N.A., Mansurova E.P., Rumi M.KH. Steklokristallicheskie materialy na osnove kordieritovogo stekla, poluchennogo na solnechnoy pechi. Geliotekhnika, 2005, №2 , s. 77-81.
Calikhov T.P., Kan V.V., Urazaeva E.M., Savatyugina T.V., Arushanov G.M. KHimiko-termicheskiy metod pererabotki promyshlennykh otkhodov na solnechnykh pechakh. Geliotekhnika, 2005, №2 , s.52-56.
Fayziev SH.A. Sintez karbonitrida tsirkoniya s ispol zovaniem luchistogo nagreva. Trudy konferentsii, posvyashchennoy 60-letiyu obrazovaniya FTI AN RUZ, 2004, s.175-177.
Adylov G.T. i dr.Steklokristallicheskie materialy na osnove spodumenovogo stekla, poluchennogo na solnechnoy pechi. Steklo i keramika, 2005,№11,s.44- 46.
Adylov G.T., Kulagina N.A., Mansurova E.P., Rumi M.KH. Sintez stekla spodumenovogo sostava s ispol zovaniem kontsentrirovannogo luchistogo potoka. Geliotekhnika., 2005, № 4. s. 68-71.
Salikhov T.P., Kan V.V., Urazaeva E.M., Savatyugina T.V., Arushanov G.M. Osobennosti kristallizatsii rasplava ittriyalyuminievogo granata na solnechnykh pechakh. Geliotekhnika, 2003, №2, s. 66-71.
Adylov G.T., Rumi M.KH. Steklokristallicheskie materialy na osnove kordieritovogo stekla, poluchennogo na solnechnoy pechi. Geliotekhnika, 2005, №2 , s.77-81.
Adylov G.T., Rumi M.KH. i dr. Steklokristallicheskie materialy na osnove spodumenovogo stekla, poluchennogo na solnechnoy pechi. Steklo i keramika., 2005, № 11, s. 44- 46.
Salikhov T.P., Kan V.V., Urazaeva E.M., Savatyugina T.V., Arushanov G.M. Keramicheskie membrany na osnove sul fatirovannogo katalizatora Klausa. Geliotekhnika, 2005, № 3, s.61-64.
Polyakov A.A. Tekhnologiya keramicheskikh radioelektronnykh materialov. Radio i svyaz , 1989, s.200.
Belopol skiy M. S. Sushka keramicheskikh suspenziy v raspylitel nykh sushilkakh. M. Stroyizdat, 1972, 120 s.
Ostroushko A.A. Fiziko-khimicheskie osnovy polucheniya slozhnykh oksidov iz polimerno-solevykh kompozitsiy. Avtoreferat dokt. diss. M., 1996
Kertman A.V. Opticheskaya sul fidnaya keramika. SOZH, KHIMIYA, 2000
Rebinder P. A. Poverkhnostnye yavleniya v dispersnykh sistemakh. Kolloidnaya khimiya. Izbrannye trudy. M. Nauka , 1978, T. 1. 368 s.
Kruglitskiy N. N. Osnovy fiziko-khimicheskoy mekhaniki. Kiev: Vishcha shkola, 1976, CH.2. 208 s.
Braginskiy G. I., Timofeev E. N. Tekhnologiya magnitnykh lent. L. KHimiya , 1974, 352s.
Nechiporenko S. P. O formirovanii keramicheskikh izdeliy v lentochnykh pressakh. Kiev: Naukova dumka, 1971, 190 s.
Avvakumov E.G. Mekhanicheskie metody aktivatsii khimicheskikh protsessov. Nauka , 1986, s.305.
Schmidt W.G. Ultra-fine grinding of ceramic powders for the sintering process. Interceram. - 1991. - Vol. 40, N 1. - p. 15-18.
ZHarskiy I.M., Novikov G.I. Fizicheskie metody issledovaniya v neorganicheskoy khimii. M.,1988, s. 270.
CHebotin V.N. KHimicheskaya diffuziya v tverdykh telakh. Nauka , 1989, s.208.
Kopeykin V.A., Levinov B.M. Sukhie kislye fosfatnye svyazuyushchie. Tezisy dokladov nauchno-tekhnicheskogo soveshchaniya: Issledovanie i primenenie vyazhushchikh dlya izgotovleniya ogneuporov Sverdlovsk 1990, 8-9.
Naito N., Yoshikawa M., Yousuya T. et al. Production of superconductive oxides by dry mechanical method. 1991. p. 424-432.
Somiya S. Hydrothermal preparation of fine powders. Adv. Ceram. III. - London: New York, 1990. - p. 207-243.
Koshika I., Tanaka K., Inada I. The effect of the fine grinding additives on sheet formation and the sintering of ceramic dielectrics. et al. Funtai Kogaku Kaishi J. of the Soc. of Powder Technology of Japan. - 1991. - Vol. 28, N 3. - p. 150-154.
Improvement of mullite formation by dry grinding of kaolinite - aluminium hydroxide mixture using a planetary ball mill. / Ryu H., Kasai E., Sugiyama K. et al. -P. 45-46.
The surface-treatment of ceramic powders through pulverization in a reactive atmosphere by means of ball mill. 4. Surface-treatment of silicon carbide. Suzuki N., Go Y., Baba N. et al. Funtai Kogaku Kaishi J. of the Soc. of Powder Technology of Japan. - 1991. - Vol. 28, N 11. - p.670-678.
Trockenmahlen und Granulieren von Porzellanmassen. Keramische Ztschr. - 1991. - Bd 43, N 4. - S. 256-258.
Utsuge N., Endo A., Stizuki N. Surface-treatment of ceramic powders through pulverization in a reactive atmosphere by means of ball mill. 1992, p. 337-344.
Production of superconductive oxides by dry mechanical method. / Naito N., Yoshikawa M., Yousuya T. et al. 1991. p. 424-432.
Preparation of semiconductive tin oxide fine powder by mechanochemical processings. / Shionis M., Nakamura N., Matsumura Y. et al. 1991. p. 445-452.
Yokoyama T. Application of mechanotreatment processes of dry materials with purpose of production of new functional properties. Funsay Micromeritics. 1991. N 35. p. 91-96.
Pavlovic V.B., Marinkovic Z.V., Pavlovic V.p. et al. Phase transformations and thermal effects of mechanically activated BaCO3-TiO2 system Ferroelectrics. - 2002. - Vol. 271. - p. 1981-1986.
Wang K.-Y., Spinu L., He J. et al. Phase transition and magnetotransport properties of ball-milled half-metallic CrO2 J. of Applied Physics.-2002.-Vol. 91, N 10, Pt 3. - p. 8204-8206.
Avvakumov E.G. Myagkiy mekhanokhimicheskiy sintez - perspektivnyy nizkotemperaturnyy metod polucheniya oksidnykh materialov Vysokotemperaturnaya khimiya silikatov i oksidov. VIII Vseros. soveshch., S-Peterburg, 19-21 noyab., 2002: Tez. dokl. - s. 27.
Avvakumov E.G., Karakchiev L.G. Sravnenie myagkogo mekhanokhimicheskogo i zol -gel metodov polucheniya dispersnykh oksidnykh materialov Kristallizatsiya v nanosistemakh. Mezhdunar. nauch. konf., 10-12 sent., 2002: Sb. tez. - Ivanovo, 2002. - s. 42.
Castro A. Layered perovskite oxides: synthesis, structural characteristics and electrical properties Boletin de la Socieedad Espanola de Ceramica y Vidrio. - 2002. - Vol. 41, N 1. - p. 45-54.
Grigor eva T.F., Ivanov E.YU., Barinova A.P. i dr. Mekhanokhimicheskoe poluchenie nanokompozitov v sistemakh metall-oksid. Kristallizatsiya v nanosistemakh. Mezhdunar. nauch. konf., 10-12 sent., 2002: Sb. tez. - Ivanovo, 2002. - s. 93.
Vakuumno-plotnaya keramika i ee spai s metallami. Pod red. N. D. Devyatkina. M. Energiya, 1973. 410 s.
Keramika i ee spai s metallom v tekhnike. Pod red. V. A. Presnova i N. A. Iofisa. M. Atomizdat , 1969. 232 s.
Vzaimodeystvie ogneuporov s metallami i shlakami. Vyp. 14., 1973, 142 s.
Vzaimodeystvie ogneuporov s metallami i shlakami. Vyp.15, L.1974, 180 s.
Rachimov, R.C.; Ermakov, V.P.; John, P.; Rachimov, M.R. Anwendung funktioneller keramiken fur technologien des trocknens mit impuls-infrarot. Fraybergskie issledovatel skie papki. ZHurnal Gornoy Akademii. Freiberger Forschungshefte, Opublikovano 02.06.2014, C. 1-44
Rustam Ch. Rachimov , Mechanismus zur Erzeugung von Infrerotimpulsen mit funktionalen Keramiken. Fraybergskie issledovatel skie papki. ZHurnal Gornoy Akademii. Freiberger Forschungshefte, 2014, mart, C. 1-13
Rakhimov R. KH. Sintez funktsional noy keramiki na bsp i razrabotki na ee osnove. Computational nanotechnology, sentyabr 2015, s.11-26
Rakhimov R.KH., Meyke A.V. Visiual Kinetics - Paket programm dlya khimiko-kineticheskikh raschetov v materialovedenii. Novye materialy i pribory. Tezisy dokladov I mezhdunarodnoy nauchnoy konferentsii. Tashkent, 2-4 noyabrya 1994 g. s.54
Keywords:
ceramic materials, oxide materials, infrared converters, optical ceramics, the glass-ceramic materials, chromites of rare earth elements, the technological process, pulse systems, ceramic materials, oxide materials, infra-red converters, optical ceramics, crystal materials, chrome lanthanum elements, technological process, pulse systems.
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