Phone: +7 (495) 953-17-40, fax: + 7(495) 951-13-09, vmv@giredmet.ru, vorobjeva@yandex.ru
 
Maria V. Vorob'eva was born 1972.12.03
 
Now M. Vorob'eva is associate professor of Powder Metallurgy and Functional Coatings Department of Moscow Institute of Steel and Alloys
 

Education:

  1. Moscow State Institute of Steel and Alloys (Technological University) (MISIS), physical- chemical faculty, 1996, specialty “Physical-chemical studies of the processes and materials”, metallurgical engineer
  2. Institute of Economics and Finance “SINERGIYA”, Master of Business Administration (МВА), 2009

PhD (Eng.)

Field of research:

Material science and technologies for rare metal, semiconducting, and superhard materials

Training courses in institute:

"Metallurgy of Rare Metals"
 

Main scientific-research works:

  1. M.V. Borob’yeva, Ye.Ye. Yedrennikova, V.V. Ivanov, N.N. Rakova. The study of the process for the production of high-purity molybdenum by reduction in nitrogen-hydrogen gas-vapor media. Tsvetnyye Metally (Nonferrous metals), 2008, No.4.
  2. Ye.V. Vygovsky, A.Ye. Nikitin, I.A. Medvedev, M.V. Vorob’yeva. The problem of deep purification of tantalum chloride raw materials for the production of niobium-free tantalum powder by metallothermal method. Tsvetnyye Metally (Nonferrous metals), 2007, No.12.
  3. M.V. Vorob’yeva, A.V. Elyutin, V.V. Ivanov. The production of spatially ordered pyrocarbon structures by hydrogen reduction of carbon tetrachloride. Мendeleev Chemistry Journal (Zhurnal Ross. Khim. Ob-va im. D.I.Mendeleeva), No.1, Vol. L, 2006, p. 71-74
  4. A.V. Elutin, M.V. Vorob’yeva. The production of pyrocarbon-based depositions by hydrogen reduction of carbon tetrachloride. Doklady Akademii Nayk, 1999, Vol. 369. No.1, p.61-63

Basic textbooks:

  1. N.I. Polushin, A.V. Manukhin, A.N. Matlakhov, M.V. Borob’yeva. Tekhnika eksperimenta (Techniques of an experiment). Metodicheskiye ukazaniya po vypolneniyu kursovogo proekta, 1998, Moscow, MGISIS, 77 pages.
  2. N.I. Polushin, M.V. Borob’yeva. Tekhnika eksperimenta (Techniques of an experiment). Section: Calculation of vacuum furnaces of laboratory setups. Metodicheskiye ukazaniya, Moscow, 2000, MGISIS, 77 pages.

Scientific-research works, grants: 

Fundamental Research Program of the Department of Chemistry and Material Sciences of the Russian Academy of Sciences:
  • Heat-resistant materials based on carbides, borides of transition metals, and carbon structures, produced by deposition from gas phase and crystallization from melt, 2003-2005
ISTC grant:
  • -        Hydrogen detectors, 2003-2005
Grants from the President of the RF for supporting young Russian scientists and leading:scientific schools:
  • Technology and material science of rare metal, semiconducting, and superhard materials, 2004
  • Technology and material science of rare metal, semiconducting, and superhard materials, 2005
Grant from the Federal Agency for Science and Innovations (Rosnauka):
  • The development of the system of leading scientific schools as environment for the generation of knowledge and training of scientific-educational personnel of highest qualification. The conduction of research in research priority areas of the Program, 2006
  • Research and development of the physical-chemical basis of a non waste technology for the production of high purity microcrystalline tantalum powders having increased functional characteristics, 2007
  • Research and development of the physical-chemical basis of non waste technologies for the production of materials-energy transducers with increased functional characteristics, 2007
  • Research and development of the scientific basis for a controlled synthesis of multifunctional crystalline powders of high purity rare refractory metals, 2007-2008

A member of the following bodies:

  • the Joint scientific-technical council of the OAO “Giredmet” (State Research and Design Institute of Rare Metals Industry);
  • the work group of the Metallurgy Expert Club of the RF Ministry of Industry and Energy;
  • the Editorial Board of the international scientific journal “Al’ternativnaya Energetika i Ekologiya” (Alternative Power Engineering and Ecology).
Diploma of the Federal Agency for Science and Innovations of the RF Ministry of Education and Science “For a great personal contribution to the Institute’s innovation activity in the field of chemical technology and metallurgy of rare metals, nanostructural and composite materials”, 2006
 

Scientific-research and education works (for last 5 years)

  1. M.V. Vorob’yeva, A.V. Elyutin, V.V. Ivanov. The production of spatially ordered pyrocarbon structures by hydrogen reduction of carbon tetrachloride. International Conference “Carbon: Fundamental Problems of Science, Materials Science, Technology”. Abstracts. Moscow, MSU, October 2005
  2. V.V. Ivanov , M.V. Vorob’yeva. Effective CVD: the technique for making multi-layer pyrocarbon and silicon carbide protective coatings for a new generation of fuel elements based on microfuel. Conference “Rare Metals in Atomic Industry: the Source of Raw Materials and Prospects for Its Development. Abstracts. Moscow, November, 2005.
  3. M.V. Vorob’yeva, A.V. Elyutin, V.V. Ivanov. The production of spatially ordered pyrocarbon structures by hydrogen reduction of carbon tetrachloride. Мendeleev Chemistry Journal (Zhurnal Ross. Khim. Ob-va im. D.I.Mendeleeva), No.1, Vol. L, 2006, p. 71-74.
  4. M.V. Vorob’yeva, A.V. Elyutin, V.V. Ivanov. The controlled gas phase synthesis of composite materials based on spatially ordered carbon nanostructures. “Al’ternativnaya Energetika i Ekologiya” (Alternative Power Engineering and Ecology), No.7, 2006, p. 80-81.
  5. Ye.V. Vygovsky, M.V. Vorob’yeva, V.Ye. Kartsev, Yu.N. Parkhomenko. The production of titanium dioxide pigment in Russia. Moscow International Conference “Titanium Dioxide 2006”. Abstracts. Moscow, September, 2006.
  6. M.V. Vorob’yeva. The integration of the research and educational potential of the Federal State Unitary Enterprise “Giredmet” with that of the relevant higher education establishments as a basis for perfecting the training of highly qualified specialists. All-Russia Conference “Actual issues of the training and retraining of personnel for chemical industry enterprises”. Abstracts. Moscow, Moscow Lomonosov State Academy of Fine Chemical Technology, February, 2007.
  7. Ye.Ye. Yedrennikova, M.V. Borob’yeva. The study on the possibility of the production of microcrystalline molybdenum powder with controlled dispersion by hydrogen-nitrogen reduction of ammonium paramolibdate. Conference “The 62nd days of science of the MISIS students: scientific-technical conferences of different types”. Abstracts. Moscow , April, 2007, p.53-54.
  8. M.V. Borob’yeva, Ye.Ye. Yedrennikova, Ye.Ye. Ivanov, Ye.A. Levashov, N.N. Rakova. The method for the production of molybdenum powders. RF patent. МПК C22B, B22F №2358030 16.07.07, 4 pages.
  9. Ye.V. Vygovsky, A.Ye. Nikitin, I.A. Medvedev, M.V. Vorob’yeva. The problem of deep purification of tantalum chloride raw materials for the production of niobium-free tantalum powder by metallothermal method. Tsvetnyye Metally (Nonferrous metals), 2007, No.12.
  10. M.V. Vorob’yeva. Rare metals and nanotechnologies of the future. Tsvetnyye Metally (Nonferrous metals), 2008, No.1.
  11. M.V. Borob’yeva, Ye.Ye. Yedrennikova, V.V. Ivanov, N.N. Rakova. The study of the process for the production of high-purity molybdenum by reduction in nitrogen-hydrogen gas-vapor media. Tsvetnyye Metally (Nonferrous metals), 2008, No.4.
  12. M.V. Borob’yeva, Ye.Ye. Yedrennikova, V.V. Ivanov, Ye.A. Levashov, N.N. Rakova. The method for the production of nanodispersive molybdenum powders. RF patent No. 367543, МПК B22F, B82B, C22B 11.09.08, 5 pages.
  • A.A. Titov, N.P. Sokolova, M.V. Vorob’yeva. The synthesis and microstructural peculiarities of nanocrystalline ytterbium oxide powders. Neorganicheskiye Materially (Inorganic Materials), 2008.
  • N.N. Rakova, Ye.Ye. Yedrennikova, M.V. Vorob’yeva, V.V. Ivanov. The production of high purity microcrystalline molybdenum and rhenium powders by reduction in hydrogen-nitrogen media. Poroshkovaya Metallurgiya i Funktsional’nye Pokrytiya (Powder Metallurgy and Functional Coatings), 2009.