Abstract
The results of mathematical modeling of temperature fields in the working chamber of the process furnace for special purposes are shown. Studied laboratory furnace is test equipment, which is used for practicing the stages of the technological process of continuous solid-phase synthesis of nanopowders of various purpose, such as obtaining of luminophore powders with rare earth elements oxides in its composition. Mathematical model adequacy is tested empirically
Highlights
IOP PublishingSeries: Materials Science and Engineering 110 (2016) 012101 doi:10.1088/1757-899X/110/1/012101
Studied laboratory furnace is test equipment, which is used for practicing the stages of the technological process of continuous solid-phase synthesis (CSPhS) of nanopowders of various purpose [1], for example, obtaining luminophore powders [2], with rare earth elements oxides in its composition
Mathematical modeling of temperature fields is carried out to create an automated control system of the technical system, which appears as shaft-type laboratory furnace in this paper
Summary
Series: Materials Science and Engineering 110 (2016) 012101 doi:10.1088/1757-899X/110/1/012101. Modeling of temperature fields in the working chamber of the process furnace for REE synthesis. Kerbel B M 1, Ageev A Yu1, Payusov A Yu1, Katsnelson L M,2 Tereshchenko E V1 , Verkhoturova V V3. 1. Seversk Technological Institute, MEPhI, 636036, Russia, Seversk, Tomsk region, Kommunistichesky avenue 65. 2 JSC SPE "Technologic", Russia, 863033, Rostov-on-Don, Portovaya street, 303 3. National Research Tomsk Polytechnic University, 634050, Russia, Tomsk, Lenin avenue street 30
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