Samara University Repository
Welcome to the Samara University repository!
This is an open electronic archive created to preserve and disseminate the scientific results of our university. The works of researchers, faculty members, and students are available to everyone for academic and research purposes.
The repository contains dissertations, research articles, educational and methodological materials, monographs, and regulatory documents. The collections cover a wide range of fields: from aerospace technologies, engine engineering, and computer science to history, linguistics, mathematics, and ecology. The archive brings together the scientific heritage of the university, including materials prepared during the period of Samara State Aerospace University and Samara State University.
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Descriptions of all publications and articles available in the repository can be found in the libraryâs electronic catalog. Staff and students can log in via the menu "Login -> My Resource Archive" using their personal account credentials (SSAU_id).
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| Title: | Integrating first-principles discovery and solar-thermal reactor design for sustainable hydrogen-rich syngas production from biomass |
| Authors: | Bo Wang Dan Zhu Lei Han Lifeng Li Yixing Du Yong Shuai Yongqi Jiao |
| Keywords: | hybrid radiative heating perovskite oxides solar-driven biomass gasification thermochemical hydrogen production газификация биомассы гибридный радиационный нагрев перовскитные оксиды солнечная энергия схема газогенератора термохимическое производство водорода |
| Issue Date: | 2026 |
| Citation: | Integrating first-principles discovery and solar-thermal reactor design for sustainable hydrogen-rich syngas production from biomass / Yixing Du, Yongqi Jiao, Dan Zhu, Lei Han, Lifeng Li, Yong Shuai, Bo Wang // Перспективные двигатели и энергетические установки : материалы междунар. форума (16–18 июня 2026 г.) / М-во науки и высш. образования Рос. Федерации, Самар. нац. исслед. ун-т им. С. П. Королева (Самар. ун-т) ; редкол.: Е. В. Шахматов, А. И. Ермаков. - Самара : Изд-во Самар. ун-та, 2026. - С. 247-249. |
| Abstract: | The transition to sustainable propulsion and power generation demands high-efficiency, low-carbon pathways for converting renewable resources into clean fuels. This work integrates two complementary advances: a first-principles investigation of B-site-doped LaCoO3 perovskites for thermochemical water splitting and a solar-driven biomass gasifier with hybrid direct-indirect radiative heating. The integrated analysis provides theoretical guidelines for designing next-generation biomass-to-syngas conversion systems with enhanced energy efficiency and product quality. |
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| Other Identifiers: | RU\НТБ СГАУ\589349 |
| Appears in Collections: | Перспективные двигатели и энергетические установки |
| File | Size | Format | |
|---|---|---|---|
| file-247-249.pdf | 647.27 kB | Adobe PDF | View/Open |
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