ENERGY TECHNOLOGYжурнал

Статьи, опубликованные в журнале

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• • 2022 Dithieno[2,3-e:30 ,20 -g]isoindole-7,9(8H)-Dione and 2 Dithieno[30 ,20 :5,6;200,300:7,8]naphtho[2,3-d]imidazol-9(10H)- 3 One-Based Wide Bandgap Copolymer for Efficient Polymer 4 Solar Cells
  • Keshtov M.L., Shikin D.Y., Khokhlov A.R., Ostapov I.E., Alekseev V.G., Singh Manish K., Sharma Ganesh D.
  • в журнале ENERGY TECHNOLOGY DOI
• • 2022 Tuning Sugar Biomass Waste Conversion for the Preparation of Carbon Materials for Supercapacitors and Catalysts for Oxygen Reduction
  • Chernysheva Daria V., Konstantinov Maksim S., Sidash Ekaterina A., Klushin Victor A., Tokarev Denis V., Andreeva Veronica E., Butova Vera V., Kaichev Vasily V., Smirnova Nina V., Ananikov Valentine P.
  • в журнале ENERGY TECHNOLOGY, том 11, № 3 DOI
• • 2022 Wide Bandgap D-A Copolymer Based on BDTTz Donor and TPD Acceptor for Polymer Solar Cells Using Fullerene and Non-Fullerene Acceptors
  • Keshtov M.L., Konstantinov I.O., Godovsky D.Y., Ostapov I.E., Alekseev V.G., Agrawal Anupam, Dahiya Hemraj, Sharma Ganesh D.
  • в журнале ENERGY TECHNOLOGY DOI
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  • 2021 Novel Aqueous Zinc–Halogenate Flow Batteries as anOffspring of Zinc–Air Fuel Cells for Use in Oxygen-Deficient Environment
  • Modestov A.D., Andreev V.N., Antipov A.E., Petrov M.M.
  • в журнале ENERGY TECHNOLOGY, том 9, № 9 DOI
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  • 2021 Ternary Polymer Solar Cells Using Two Polymers P1 and P3 with Similar Chemical Structures and Nonfullerene Acceptor Attained Power Conversion Efficiency Over 15.5% with Low Energy Loss of 0.55 eV
  • Sharma Ganesh D., Dahiya Hemraj, Keshtov Mukhamed L., Kuklin Sergei A.
  • в журнале ENERGY TECHNOLOGY, том 9, № 2 DOI
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  • 2021 Ternary Polymer Solar Cells with High Open Circuit Voltage containing Fullerene and New Thieno[3',2',6,7][1]Benzothieno[3,2‐b]Thieno[3,2‐g][1]Benzothiophene‐based Non‐fullerene Small Molecule Acceptor
  • Keshtov Muhammed L., Konstantinov Igor O., Kuklin Sergei A., Khokhlov Alexsei R., Ostapov Ilya E., Peregudov Aleksander S., Buzin Mikhail I., Dou Chuandong, Dahiya Hemraj, Sharma Ganesh D.
  • в журнале ENERGY TECHNOLOGY, с. 2001100-2001100 DOI
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  • 2021 Unusual Effect of Support Carbonization on the Structure and Performance of Fe/Mgal2o4 Fischer–Tropsch Catalyst
  • Chernavskii Petr, Kazantsev Ruslan, Pankina Galina, Pankratov Denis, Maksimov Sergey, Eliseev Oleg L.
  • в журнале ENERGY TECHNOLOGY, том 9, № 2, с. 1-9 DOI
• • 2020 Dihydrophenazine-Based Copolymers as Promising Cathode Materials for Dual-Ion Batteries
  • Obrezkov Filipp A., Somova Anna I., Fedina Elena S., Vasil'ev Sergey G., Stevenson Keith J., Troshin Pavel A.
  • в журнале ENERGY TECHNOLOGY, том 9, № 1, с. 2000772 DOI
• • 2020 Dihydrophenazine-Based Copolymers as Promising Cathode Materials for Dual-Ion Batteries
  • Obrezkov Filipp A., Somova Anna I., Fedina Elena S., Vasil'ev Sergey G., Stevenson Keith J., Troshin Pavel A.
  • в журнале ENERGY TECHNOLOGY, том 9, № 1, с. 2000772 DOI
• • 2020 Effect of MgAl2O4 Surface Area on the Structure of Supported Fe and Catalytic Performance in Fischer–Tropsch Synthesis
  • Chernavskii P.A., Pankina G.V., Kazantsev R.V., Kharlanov A.N., Perfilyev Y.D., Maksimov S.V., Eliseev O.L.
  • в журнале ENERGY TECHNOLOGY, том 8, № 5, с. 1-10 DOI
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  • 2020 New High Bandgap 8,10‐Dihydro‐9H‐Bistieno[2',3':7.8;3“,2”:5.6]Naphtho[2,3‐d] Imidazole‐9‐One Based Donor‐Acceptor Copolymers for Non‐fullerene Polymer Solar Cells
  • Keshtov M.L., Kuklin S.A., Ostapov I.E., Makhaeva E.E., Suthar Rakesh, Dou C., Sharma Ganesh D.
  • в журнале ENERGY TECHNOLOGY DOI
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  • 2020 On the Use of Carbon Nanotubes in Prototyping the High Energy Density Li‐ion Batteries
  • Napolskiy Filipp, Avdeev Mikhail, Yerdauletov Meir, Ivankov Oleksandr, Bocharova Svetlana, Ryzhenkova Serafima, Kaparova Balken, Mironovich Kirill, Burlyaev Dmitry, Krivchenko Victor
  • в журнале ENERGY TECHNOLOGY, том 8, № 6, с. 2000146-2000146 DOI
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  • 2020 The Influence of Free Acid in Vanadium Redox‐Flow Battery Electrolyte on “Power Drop” Effect and Thermally Induced Degradation
  • Roznyatovskaya Nataliya V., Fühl Matthias, Roznyatovsky Vitaly A., Noack Jens, Fischer Peter, Pinkwart Karsten, Tübke Jens
  • в журнале ENERGY TECHNOLOGY, том 8, № 9, с. 1-9 DOI
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  • 2019 Carbon Dioxide Reduction with Hydrogen on Carbon-Nanotube-Supported Catalysts under Supercritical Conditions
  • Bogdan Victor I., Pokusaeva Yana A., Koklin Alexey E., Savilov Sergei V., Chernyak Sergei A., Lunin Valery V., Kustov Leonid M.
  • в журнале ENERGY TECHNOLOGY, с. 1900174 DOI
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  • 2019 Carbon-silica composite as an effective support for iron Fischer-Tropsch synthesis catalysts
  • Eliseev Oleg, Chernavskii Petr, Kazantsev Ruslan, Pankina Galina, Maslakov Konstantin, Lunin Boris
  • в журнале ENERGY TECHNOLOGY, том 7, с. 1800961-12 pages DOI
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  • 2019 New Naphthalene-Based Polyimide as an Environment-Friendly Organic Cathode Material for Lithium Batteries
  • Mumyatov Alexander V., Shestakov Alexander F., Dremova Nadezhda N., Stevenson Keith J., Troshin Pavel A.
  • в журнале ENERGY TECHNOLOGY, том 7, № 5, с. 1801016
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  • 2018 A Hydrogen-Bromate Flow Battery for Air-Deficient Environments
  • Modestov Alexander D., Konev Dmitry V., Tripachev Oleg V., Antipov Anatoly E., Tolmachev Yury V., Vorotyntsev Mikhail A.
  • в журнале ENERGY TECHNOLOGY, том 6, № 2, с. 242-245 DOI
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  • 2018 Graphene Oxide-Supported β-Tin Telluride Composite for Sodium- and Lithium-Ion Battery Anodes
  • Grishanov D.A., Mikhaylov A.A., Medvedev A.G., Gun J., Prikhodchenko P.V., Xu Z.J., Nagasubramanian A., Srinivasan M., Lev O.
  • в журнале ENERGY TECHNOLOGY, том 6, № 1, с. 127-133 DOI
• • 2017 A Hydrogen–Bromate Flow Battery for Air-Deficient Environments
  • Modestov Dr Alexander D, Konev Dr Dmitry V, Tripachev Oleg V., Antipov Dr Anatoly E, Tolmachev Dr Yury V, Vorotyntsev Prof Mikhail A
  • в журнале ENERGY TECHNOLOGY DOI
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  • 2017 Reactive Adsorption of Sulfur Compounds on Transition Metal Polycation-Exchanged Zeolites for Desulfurization of Hydrocarbon Streams
  • Tsybulevski Albert M., Tkachenko Olga P., Rode Edward J., Weston Kerry C., Kustov Leonid M., Sulman Esther M., Doluda Valentin Yu, Greish Alexander A.
  • в журнале ENERGY TECHNOLOGY, том 5, № 9, с. 1627-1637 DOI