Shixi Chen | Green Hydrogen and Fuel Cells | Research Excellence Award

Dr. Shixi Chen | Green Hydrogen and Fuel Cells | Research Excellence Award

Doctor | Neijiang Normal University | China

Dr. Chen Shixi is a research-focused scholar whose academic contributions center on advancing domain-specific scientific knowledge through methodical investigation, analytical rigor, and evidence-based synthesis. With a documented record of 23 peer-reviewed research documents, the author has accumulated 76 scholarly citations, reflecting steady recognition and utilization of this work within the research community. An h-index of 4 indicates consistent influence across multiple publications, highlighting contributions that intersect theory, experimentation, and applied research perspectives. The research portfolio demonstrates engagement with core disciplinary questions, systematic data interpretation, and the development of frameworks that support further investigation by other scholars. Publications emphasize clarity of methodology, relevance of findings, and alignment with contemporary research trends, contributing to incremental knowledge building and academic discourse. Through sustained scholarly output and measurable citation impact, this body of work supports the advancement of research standards and reinforces the author’s role in contributing rigorously evaluated scientific evidence to the literature.

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Featured Publications

Sofoklis Makridis | Green Hydrogen & Fuel Cells | Research Excellence Award

Prof. Dr. Sofoklis Makridis | Green Hydrogen & Fuel Cells | Research Excellence Award

Director and CEO | University of Patras | Greece

Prof. Dr.-Eng. Sofoklis Makridis is an accomplished academic entrepreneur and Director/CEO recognized for his contributions to energy, sustainability, environmental applications, and advanced materials. He holds an extensive research background in hydrogen storage, metal hydrides, thermal management, and autonomous power systems, supported by more than 1200 citations, an h-index of 21, and 29 i10-index publications. His influential works include seminal studies on hydrogen storage technologies, Mg-based nanocomposites, and techno-economic analyses of hydrogen systems, which have shaped advancements in clean energy and climate-focused engineering. Prof. Makridis has collaborated with global experts, contributing to interdisciplinary solutions for smart grids, green buildings, and sustainable energy processes.

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Featured Publications


Hydrogen Storage and Compression

IET Digital Library • 166 citations • 2017


Polymer-Stable Magnesium Nanocomposites for Efficient Hydrogen Storage

International Journal of Hydrogen Energy • 117 citations • 2013


Hydrogen-Based Autonomous Power Systems: Techno-Economic Analysis

Springer Science & Business Media • 97 citations • 2008


Applications of Earth-to-Air Heat Exchangers: A Holistic Review

Renewable & Sustainable Energy Reviews • 76 citations • 2022