谢·安·马列舍夫高级讲师

Dr.   Sergei Malyshev is a   senior lecturer at Shenzhen MSU-BIT University. His education is associated   with Chemistry Department of Lomonosov Moscow State University where he   received a specialist degree (MS equivalent) in inorganic chemistry and then   a PhD degree in solid state chemistry. His main research direction was   dedicated to the development of new approach to the synthesis of metal-oxide   composite catalysts for CO₂ valorization and natural gas conversion.   Then Dr. Malyshev deepened his expertise in practical aspects of   heterogeneous catalysis working as an R&D engineer at SKS-Group in   Moscow. Since 2022, Dr. Malyshev is a part of Faculty of Materials Science   team at Shenzhen MSU-BIT University. Currently, his main research interest is   the development of the efficient electrocatalysts for hydrogen production via   electrochemical water splitting.

姓名Name：Malyshev Sergei

出生Birth：1993年1月

学位Degree：PhD

职称Academic Title：Senior   lecturer

电话Phone：+86 13632840514

办公Office：Main Building, Room   440

邮箱Email：malyshev12sa@yandex.ru

■教育经历/Education

□ 2011.09-2017.08   MSU, Chemistry department, specialist (inorganic chemistry)
□ 2017.10-2021.10   MSU, Chemistry department, PhD (solid state chemistry)

■工作经历/Work    Experience

□ 2016.10-2018.06 Gubkin Oil and   Gas University, Moscow, research assistant

□ 2019.10-2021.10 Lomonosov   Moscow State University, junior researcher

□ 2021.07- 2022.04 SKS-Group   R&D division, Moscow, engineer

□ 2022.05- 2023.07 Shenzhen   MSU-BIT University, lecturer

□ 2023.08- present Shenzhen   MSU-BIT University, senior lecturer

■研究领域/Research   topics

□   Soft chemistry approaches to the synthesis of complex oxide-based materials;

□   Redox properties of complex oxides under different gas environments;

□   Heterogeneous metal-oxide composite catalysts for CO₂ and natural   gas conversion to valuable products;

□ Heterogeneous   catalysts for hydrogen production via electrochemical water splitting ;

■主讲课程/Teaching    experience

(Course, Undergraduate/Master/PhD stage, Hours)
1. 2016-2021 – Advanced   practical course on materials synthesis for senior students, MSU.
2. 2018 - seminars and practical course of inorganic chemistry for the 1^st   year students, MSU.
3. Since 2022 - Introduction practical training for bachelor students, SMBU,   144 h/year

4. Since 2022 – Research work for bachelor students,   SMBU, 504 h/year

5. Since 2023 – Research work for master students,   SMBU, 168 h/year

6. Since 2023 – Special practical course “Methods of   materials diagnostics: thermal analysis” for master students, , SMBU, 44   h/year
7. Since 2023 – Seminars and   practical course on general, inorganic and analytical chemistry for 2^nd   year students of Biology department, SMBU, 36 h/year
8. Since 2023 – Lectures on the course «History and methodology of materials   science» for master students, SMBU, 2 h/year

9. Since 2025 – Lectures on “Sorption methods for   characterizing the properties of heterogeneous catalysts” for master   students, SMBU, 36 h/year

10. Since 2025 – lectures and practical course   “Modern instruments for materials diagnostics: thermal analysis” for master   students, SMBU, 40 h/year

■社会兼职/ Social   activity

□   NAUKA 0+ scientific festival:

1) Since 2022 – organization and conducting the   scientific demonstration

2) Since 2023 – organization and supervision of the   outdoor master class

■荣誉奖励/Rewards

■科研工作/ Scientific   projects

□ 2025-2027   “Sino-Russian joint innovation team for materials conversion and storage” -   Guangdong university innovation group 2024KCXTD015, 500000   RMB, key participant.

■代表性成果（论文和专利）/Representative results (papers  and patents)

1)   S.A. Malyshev, O.A. Shlyakhtin, D.A. Lazarenko, K.A. Bersenev, R.G.   Valeev, D.I. Petukhov, A.L. Kustov. Synthesis and complete reduction of Nd_1.5Ca_0.5NiO₄:   a route to composite Ni-based CO₂ hydrogenation catalysts with   tunable microstructure. International Journal of Hydrogen Energy 2025, vol.   151, p. 150159.

2) J. Guo, S. Gu, W. Nie, B. Long, S.V.   Ryazantsev, S.A. Malyshev, J. Li,   S. Guo, C. Wu. Mixed electrolyte enabling ultrafast mass transport and   compatibility with polypropylene separator for stable and low-cost aluminum   ion battery. Advanced Materials 2025, vol. 37(14), p. 2419865.

3)   S.A. Malyshev, O.A. Shlyakhtin, S. Huang, G.M. Timofeev, G.N. Mazo, I.V. Roslyakov, A.V. Vasiliev, A.L. Kustov. Metal-oxide   nanocomposites by low temperature exsolution from perovskite-like La   nickelates: Synthesis, morphology, and catalytic properties in CO₂   hydrogenation. Materials Research Bulletin 2024, vol. 179, p. 112984.

4)   S.A. Malyshev, O.A. Shlyakhtin, A.S. Loktev, G.N. Mazo, G.M. Timofeev,   I.E. Mukhin, I.Yu. Kaplin, R.D. Svetogorov, R.G. Valeev, A.G. Dedov.   Exsolution-like synthesis of Ni/(Nd₂O₃,CaO)   nanocomposites from Nd_2−xCa_xNiO₄ precursors   for catalytic applications. J. Solid State Chem. 2022, vol. 312, p. 123267.  

5)   O.A. Shlyakhtin, S.A. Malyshev,   A.S. Loktev, G.N. Mazo, A.V.   Garshev, R.G. Chumakov, A.G. Dedov. Synthesis and decomposition of Nd_2-yCa_yCo_1-xNi_xO₄:   the effect of resynthesis on the catalytic performance of decomposition   products in the Partial Oxidation of Methane. ACS Applied Energy Materials, 2021, vol. 4, p.   7661-7673.

■其他/Else