PHONON MECHANISM OF TRANSFORMATION IN CERAMIC MATERIALS
( Pp. 21-35)

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Rakhimov Rustam Kh. Dr. Sci. (Eng.); Head at the Laboratory No. 1
Institute of Materials Science of the SPA “Physics-Sun” of the Academy of Science of Uzbekistan
Tashkent, Republic of Uzbekistan Rakhimov Murod R. research at the Laboratory No. 1
Institute of Materials Science of the SPA “Physics-Sun” of the Academy of Science of Uzbekistan
Tashkent, Republic of Uzbekistan Yermakov Vladimir P. senior research at the Laboratory No. 1
Institute of Materials Science of the SPA “Physics-Sun” of the Academy of Science of Uzbekistan
Tashkent, Republic of Uzbekistan
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Abstract:
In article provides a possible mechanism of transformation of energy from the primary source in pulsed radiation. Preliminary results of measurements of acoustic signal emitters, indicate that the phonon mechanism of energy conversion of a primary source in pulsed infrared radiation.
How to Cite:
Rakhimov R.K., Rakhimov M.R., Yermakov V.P., (2017), PHONON MECHANISM OF TRANSFORMATION IN CERAMIC MATERIALS. Computational Nanotechnology, 4 => 21-35.
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Rakhimov R.KH., i dr. Primenenie polimer-keramicheskikh kompozitnykh plenok v fotoenergetike. № 6 Oktyabr 2011 Rubrika: 05.00.00 Tekhnicheskie nauki
Rakhimov R.KH., Ermakov V.P., Rakhimov M.R. Plenochno-keramicheskiy kompozit dlya teplichnykh khozyaystv. № 6 Oktyabr 2011 Rubrika: 05.00.00 Tekhnicheskie nauki
Rakhimov R.KH., Ermakov V.P., Rakhimov M.R. Effektivnost sushki s primeneniem metallo-keramicheskogo i plenochno-keramicheskogo foto-teplo-fotonnogo preobrazovatelya. № 6 Oktyabr 2011 Rubrika: 05.00.00 Tekhnicheskie nauki
Rakhimov R.KH., Tikhonova N.N. Dal nee uzkospektral noe IK-izluchenie - novye vozmozhnosti v lechenii zabolevaniy. № 6 Oktyabr 2011 Rubrika: 14.00.00 Meditsinskie nauki
Rakhimov R.KH., Ermakov V.P., Rakhimov M.R. Osobennosti sushki khlopka-syrtsa s ispol zovaniem funktsional noy keramiki, sintezirovannoy na bol shoy solnechnoy pechi. № 7 Noyabr 2011 Rubrika: 05.00.00 Tekhnicheskie nauki
Rakhimov R.KH. Resurso- i energo- sberegayushchie tekhnologii v proizvodstve sel khozkul tur. № 7 Noyabr 2011 Rubrika: 05.00.00 Tekhnicheskie nauki
Rakhimov R.KH., Ermakov V.P., John P. Sushka promyshlennykh katalizatorov i drevesiny s primeneniem funktsional noy keramiki. № 7 Noyabr 2011 Rubrika: 05.00.00 Tekhnicheskie nauki
Rakhimov R.KH. Printsipy razrabotki materialov s kompleksom zadannykh svoystv. Sovremennaya tekhnika i tekhnologii http://technology.snauka.ru/2011/11/140
Rakhimov R.KH. Funktsional naya keramika i oblasti ee primeneniya. Dannyy material predostavlen predstavitel stvom YUNESKO, 2009.
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Rakhimov Rustam. Turetskiy patent № TR 1999 03163 T2 data registratsii 15.05.1998. Kizil otesi radyasyon yayici seramik malzeme
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Rakhimov R.KH. Evraziyskiy patent № 001874 data registratsii 22.10.2001. Keramicheskiy material, ispuskayushchiy infrakrasnoe izluchenie
Rakhimov R.KH. Patent RUz № IAP 01975 data registratsii 12.05.2000. Infrakizil nur taratuvchi sopol material
Rakhimov Rustam Khakimovich. Patent SSHA № US 6,379,377 B1 data registratsii 30.04.2002. Use of infrared radiation in the treatment of oncological disorders
Rakhimov Rustam. Turetskiy patent № TR 2000 00240 B data registratsii 21.12.2000. Elektro-iletken seramik malzeme
Rakhimov Rustam. Patent SSHA № US 6,200,501 B1 data registratsii 13.03.01. Electroconductive ceramic material
Rakhimov R.KH. Evraziyskiy patent № 001965 data registratsii 22.10.2001. Elektroprovodyashchiy keramicheskiy material
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R. KH. Rakhimov. Osobennosti sinteza funktsional noy keramiki s kompleksom zadannykh svoystv radiatsionnym metodom. CHast 1. Comp. nanotechnol., 2016, № 2, 9-27 math-net.ru: http://www.mathnet.ru /rus/person114518
R. KH. Rakhimov, KH. K. Rashidov, V. P. Ermakov, ZH. KH. Rashidov, R. ZH. Allabergenov. Resursosberegayushchaya, energoeffektivnaya tekhnologiya polucheniya glinozema iz vtorichnykh kaolinov angrenskogo mestorozhdeniya. Comp. nanotechnol., 2016, № 1, 45-51. math-net.ru: http://www.mathnet.ru/rus/person114518
Rakhimov R.KH. Funktsional naya keramika i oblasti ee primeneniya. Dannyy material predostavlen predstavitel stvom YUNESKO, 2009.
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Rachimov, R.C.; Ermakov, V.P.; John, P.; Rachimov, M.R. Anwendung funktioneller keramiken f r technologien des trocknens mit impuls-infrarot. Fraybergskie issledovatel skie papki. ZHurnal Gornoy Akademii. Freiberger Forschungshefte, Opublikovano 02.06.2014, C. 1-44. http://nbn-resolving.de/urn:nbn:de:bsz:105-qucosa-151116
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Dr. Peter John (Bild), Prof. Rustam Rachimov, Murod Rachimov, Vladimir Ermakov. Schnelle und energiesparende Lacktrocknung mit Solarwdrme, JOT 11.2014, r.38-41. Journal f r Oberfl chentechnik 11/2014, S. 38 ff - gt; Zum Artikel
R.H.Rachimov, P.John, V.P.Yermakov, M.R. Rachimov, R.N.Latypov. Chancen und probleme der ir.c-technologie in deutschland. Mezhdunarodnaya konferentsiya Fundamental nye i prikladnye voprosy fiziki 2015
Rakhimov R. KH., Sintez funktsional noy keramiki na BSP i razrabotki na ee osnove. ZHurnal Computational nanotechnology , №3, 2015, 11-26
Imamov E. Z., Dzhalalov T. A., Muminov R. A., Rakhimov R. KH. Teoreticheskaya model novoy kontaktnoy struktury nanoob ekt-poluprovodnik . ZHurnal Computational nanotechnology , №4, 2015, 51-64
Rakhimov R. KH., d-r tekhn. nauk, Ermakov V. P. Vozmozhnosti primeneniya keramicheskikh materialov v energo- i resursosberezhenii. ZHurnal Computational nanotechnology , №1, 2016, 35-40
Rakhimov R. KH., KH. K., Ermakov V. P., Rashidov ZH. KH., Allabergenov R. ZH. Resursosberegayushchaya, energoeffektivnaya tekhnologiya polucheniya glinozema iz vtorichnykh kaolinov angrenskogo mestorozhdeniya. ZHurnal Computational nanotechnology , №1, 2016, 45-52
Rakhimov R. KH. Osobennosti sinteza funktsional noy keramiki s kompleksom zadannykh svoystv radiatsionnym metodom. CHAST 1. ZHurnal Computational nanotechnology , №2, 2016, 9-28
Rakhimov R. KH. Osobennosti sinteza funktsional noy keramiki s kompleksom zadannykh svoystv radiatsionnym metodom. CHAST 2. ZHurnal Computational nanotechnology , №2, 2016, 28-66
Rakhimov R. KH., Ermakov V. P., Rakhimov M. R., YUldashev N.KH., Ismoilov K., KHatamov S. O. Osobennosti sinteza funktsional noy keramiki s kompleksom zadannykh svoystv radiatsionnym metodom. CHAST 3. 66-77
Rakhimov R. KH., Rashidov KH. K., Ermakov V. P., Egamediev S. Rashidov ZH. KH. Osobennosti sinteza funktsional noy keramiki s kompleksom zadannykh svoystv radiatsionnym metodom. CHAST 4. ZHurnal Computational nanotechnology , №2, 2016, 77-81
Rakhimov R. KH., d-r tekhn. nauk, Saidov M. S., Ermakov V. P. Osobennosti sinteza funktsional noy keramiki s kompleksom zadannykh svoystv radiatsionnym metodom. chast 5. mekhanizm generatsii impul sov funktsional noy keramikoy, ZHurnal Computational nanotechnology , №2, 2016, 81-94
Abdurakhmanov A. A., Kuchkarov A. A., Mamatkosimov M. A. Sobirov YU. B., Abdumuminov A., Rakhimov R. KH. Razrabotka metodiki i stenda dlya opredeleniya sroka sluzhby materialov i izdeliy k solnechnomu luchistomu potoku, ZHurnal Computational nanotechnology , №2, 2016, 94-101
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
Rakhimov R. KH.b Ermakov V. P., Rakhimov M. R., Rashidov KH. K., Latipov R. N., Rashidov ZH. Obespechenie bezopasnosti khraneniya sernoy kisloty. ZHurnal Computational nanotechnology , №3, 2016, 183-196
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
Keywords:
ceramic materials, oxide materials, infrared converters, optical ceramics, the glass-ceramic materials, chromites of rare earth elements, the technological process, pulse systems.


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