DEVELOPMENT OF CERAMIC COATINGS AND APPLICATION OF THEIR INFRARED RADIATION
( Pp. 6-9)

More about authors
Rakhimov Rustam Khakimovich PhD, head of laboratory №1.
Institute of materials science «Physics-sun». Uzbekistan Academy of sciences Saidov Muhtar Safarbaevich Academician Uzbekistan Academy of sciences
Physical-Technical Institute «Physics-Sun». Uzbekistan Academy of sciences
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Abstract:
Smelting and sintering of the initial ceramics were performed at the Big Solar Furnace with thermal power of 1000 kW at 2500-2700°С. As the base of some ceramics CaMgSi2О6 or Al2O3 + CaZrO3 were used. The spectrum of the infrared radiation of ceramic coatings changed in depending on the introduced dopant oxides. The ceramics exhibit pulse or pulse - pair infrared (IR) radiation which could be photoluminescence or thermal radiation. The attempt is made to explain pulse radiation supposing the possibility of the presence of the energy barrier on the grain boundary of the ceramics. Many types of narrow range ceramic IR radiators are made and successfully applied in medicine. Some aspects of the converter of Solar energy into thermal radiation - Solar thermal radiator (STR) are considered. The efficiency of STR with ceramic coating is considered taking into account the photon thermal conductivity, which takes place when ceramic layer does not absorb thermal radiation of the metal sheet substrate.
How to Cite:
Rakhimov R.K., Saidov M.S., (2016), DEVELOPMENT OF CERAMIC COATINGS AND APPLICATION OF THEIR INFRARED RADIATION. Computational Nanotechnology, 4 => 6-9.
Reference list:
Becker M. IEA, Solar PACES. Annual Report 1997. Ed. W. Grasse, DLR Koln/Germany, May 1998. P.4.1-4.39.
Riskiev T.T., Abdurakhmanov A.A., Akbarov R.U. Renewable Energy. Moscow. InterSolarCemtre. 1997. №1.P47-48.
Rakhimov R., Tikhonova N., Resonance Therapy, Ceramic Materials and Methods of their use in Medicine, Part I. Printing House of Publishing and Printing Centre Yangi asr avlodi. Uzbekistan, Tashkent, 2000.
V.A. Butuzov, Industrial Energy, 2001 №10 p. 54-61
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M.V. Kharchenko, Individial Solar Units, Moscow, Energyatom publisher, 1991
R. KH. Rakhimov, M. S. Saidov, V. P. Ermakov, Osobennosti sinteza funktsional noy keramiki s kompleksom zadannykh svoystv radiatsionnym metodom. CHast 5. Mekhanizm generatsii impul sov funktsional noy keramikoy , Comp. nanotechnol., 2016, № 2, 81-93
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E. Z. Imamov, T. A. Dzhalalov, R. A. Muminov, R. KH. Rakhimov, Teoreticheskaya model novoy kontaktnoy struktury nanoob ekt-poluprovodnik , Comp. nanotechnol., 2015, № 4, 51-63
R. KH. Rakhimov, Osobennosti sinteza funktsional noy keramiki s kompleksom zadannykh svoystv radiatsionnym metodom. CHast 1 , Comp. nanotechnol., 2016, № 2, 9-27
Imamov E. Z., Dzhalalov T. A., Muminov R. A., Rakhimov R. KH., Otlichitel nye osobennosti kontaktnykh struktur s nanorazmernymi vklyucheniyami poluprovodnikovykh fotodiodov. ZHurnal Computational nanotechnology , №3, 2016, 196-203.
Imamov E. Z., Djalalov T. A., Muminov R. A., Rakhimov R. Kh., The difference between the contact structure with nanosize inclusions from the semiconductor photodiodes. ZHurnal Computational nanotechnology , №3, 2016, 203-208
Rakhimov R. KH., Ermakov V. P., Rakhimov M. R., Latipov R. N. Osobennosti sinteza funktsional noy keramiki s kompleksom zadannykh svoystv radiatsionnym metodom. CHAST 6. ZHurnal Computational nanotechnology , №3, 2016, 6-35
Rakhimov R. KH., Osobennosti sinteza funktsional noy keramiki s kompleksom zadannykh svoystv radiatsionnym metodom. chast 7. priroda elektromagnitnogo izlucheniya. ZHurnal Computational nanotechnology , №3, 2016, 35-183
Keywords:
ceramic materials, the functional ceramics, activation energy, semiconductors, infrared transformers, impulse systems.


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