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T. N. Patrusheva

Observed names: Patrusheva T.N., Patrusheva Tamara N., Patrusheva, T, Patrusheva, T, N, T N Patrusheva, T Patrusheva, T. Patrusheva, T.N. Patrusheva, Tamara N. Patrusheva, Tamara Nikolaevna Patrusheva, Tamara Patrusheva, Патрушева, Тамара Николаевна, Т. Н. Патрушева, Т.Н. Патрушева
Observed institutions: Russian Academy of Sciences, University of South Carolina, Baltic State Technical University Voenmeh, Siberian State Technological University, Institute of Chemistry and Chemical Technology, NS Kurnakova Institute of General and Inorganic Chemistry, Institute of Physics, Siberian Branch of the Russian Academy of Sciences, Nikolaev Institute of Inorganic Chemistry, Siberian Federal University
ORCID: 0000-0002-1389-7422
Observed ORCID: 0000-0002-1389-7422
OpenAlex ID: A5006525726
The extraction-pyrolytic method is 25 years old: Results and prospects
2016 · A. I. Khol’kin, T. N. Patrusheva · Theoretical Foundations of Chemical Engineering · 17
Antireflection and protective films for silicon solar cells
2014 · O V Semenova, V A Yuzova, et al. · IOP Conference Series Materials Science and Engineering · 16
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Cobalt ferrite nanoparticles in a mesoporous silicon dioxide matrix
2009 · S. V. Komogortsev, T. N. Patrusheva, et al. · Technical Physics Letters · 11
Protective coatings from ultra fine diamond
2002 · T Patrusheva, V Letunovsky, et al. · Carbon · 10
Forming Porous Structures on Silicon with a Ferroelectric for Capacitive Microelectronic and Microsystems Engineering Elements
2018 · O. V. Semenova, M. Yu. Railko, et al. · Theoretical Foundations of Chemical Engineering · 6
Magnetic fabric: Development of component composition and production technology
2013 · A. K. Izgorodin, T. N. Patrusheva · Russian Journal of General Chemistry · 6
Effect of alkali reagents on the crystal structure of chemically deposited CoP films
2016 · A. V. Chzhan, T. N. Patrusheva, et al. · Bulletin of the Russian Academy of Sciences Physics · 5
Study of thermal conductivity of glass with ZrO2-based thin films
2014 · T. N. Patrusheva, T. A. Enyutina, et al. · Theoretical Foundations of Chemical Engineering · 5
Manufacturing Solution for Producing Cobalt-ferrite Films
2014 · Patrusheva T.N., Podorojnyak S.A., et al. · Chemical and Materials Engineering · 5
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Amorphous and Crystalline Nickel Oxide Films Obtained by the Extraction–Pyrolysis Method for Electrochromic Cells
2020 · A. L. Belousov, T. N. Patrusheva, et al. · Theoretical Foundations of Chemical Engineering · 4
Ecological Problems of Electronic Means Production and Utilization
2018 · Patrusheva Tamara N., Barashkov Vladimir A., et al. · Journal of Siberian Federal University Engineering & Technologies · 4
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The Influence of Materials of Electrodes of Sensitized Solar Cells on Their Capacitive and Electrical Characteristics
2018 · P. I. Lazarenko, S. A. Kozyukhin, et al. · Russian Physics Journal · 4
Comparative Characteristics of the Li–Fe–O and Li–Fe–Р–O Powders Obtained by Pyrolytic Extraction
2019 · T. N. Patrusheva, S. D. Kirik, et al. · Theoretical Foundations of Chemical Engineering · 3
The application of titanium dioxide coatings by the extraction-pyrolysis method
2017 · T. N. Patrusheva, V. A. Fedyaev, et al. · Theoretical Foundations of Chemical Engineering · 3
Effective phototransformation in a heterostructure based on copper(I) oxide and cadmium tin oxide
2017 · G. N. Shelovanova, T. N. Patrusheva · Physics of the Solid State · 3
Solar cell based on copper (I) oxide and cadmium tin oxide
2016 · G. N. Shelovanova, T. N. Patrusheva, et al. · Theoretical Foundations of Chemical Engineering · 3
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Preparation of photoactive materials based on porous silicon
2009 · G. N. Shelovanova, T. N. Patrusheva, et al. · Theoretical Foundations of Chemical Engineering · 3
Pyrolysis as a Promising Direction in the Processing of Plastic Waste to Produce Energy
2022 · T. N. Patrusheva, S. K. Petrov, et al. · Theoretical Foundations of Chemical Engineering · 2
Preparation of a photoanode with a multilayer structure for solar cells by extraction pyrolysis
2014 · T. N. Patrusheva, V. S. Popov, et al. · Theoretical Foundations of Chemical Engineering · 2
Photoluminescence of Porous Silicon Structures with Zinc Oxide Introduced by a Solution-Based Technique
2025 · O. V. Semenova, A. Ya. Korets, et al. · Theoretical Foundations of Chemical Engineering · 1
Oxide Films Produced by the Extraction–Pyrolytic Method with Different Transmission and Absorption Characteristics in the UV Range
2024 · N. N. Khrapko, T. N. Patrusheva, et al. · Theoretical Foundations of Chemical Engineering · 1
Antibacterial Copper–Titanium Oxide Coatings Obtained with the Extraction–Pyrolytic Method
2022 · T. N. Patrusheva, S. K. Petrov, et al. · Theoretical Foundations of Chemical Engineering · 1
Transparent Oxide Films to Protect Food from Light Radiation
2021 · T. N. Patrusheva, S. G. Marchenkova, et al. · Theoretical Foundations of Chemical Engineering · 1
Synthesis of Photoactive Si/Cu2O/ITO Heterostructures by Pyrolytic Extraction
2021 · T. N. Patrusheva, A. L. Belousov, et al. · Theoretical Foundations of Chemical Engineering · 1
Porous Silicon Capacitor Structures with Embedded Barium Strontium Titanates
2020 · O. V. Semenova, T. N. Patrusheva, et al. · Theoretical Foundations of Chemical Engineering · 1
Works count: 75
Citation count: 125
H-index: 6
I10-index: 4
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