Information CALS-project in three related information sections: "nanomaterials" (nanotechnology), "plasma chemistry", "high purity materials" was developed based on the CALS-standard ISO-10303 STEP. The information complex used to develop technologies for nanosized silicon and nanopowders of high purity oxides and teaching students of Moscow State University of Environmental Engineering and Mendeleev UCTR.
CALS-система, нанотехнология, плазмохимия, особо чистые материалы, CALS-system, nanotechnology, plasma chemistry, high purity materials
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2. Ryabenko E.A. Plazmohimicheskie processy polucheniya osobo chistyh veschestv i katalizatorov / Ryabenko E.A., Ivanov M.Ya., Parhomenko V.D. // ZhVHO im. D.I.Mendeleeva. 1984. - №6. - S. 646-650.
3. Bessarabov A.M. CALS-tehnologii pri proektirovanii perspektivnyh himicheskih proizvodstv / Bessarabov A.M., Afanas'ev A.N. // Himicheskaya tehnologiya. 2002. - № 3. - S. 26-30.
4. Bessarabov A. Microwave drying of multicomponent sols / Bessarabov A., Shimichev V., Menshutina N. // Drying Technology. 1999. - V. 17, № 3. - P. 379-394.
5. Bessarabov A.M. CALS-tehnologiya plazmenno-kriogennogo sinteza nanodispersnogo kremniya / Bessarabov A.M., Ivanov M.Ya., Kvasyuk A.V. // Rossiyskie nanotehnologii. 2012. - T. 7, № 1-2. - S. 20-23.
6. Bessarabov A. CALS-technology for synthesis of oxide nanomaterials in low-temperature plasm / Bessarabov A., Kvasyuk A., Kochetygov A., Ivanov M. // Journal of Materials Science and Engineering: A. 2011. - Vol. 1, № 3. - P. 374-379.
