Investigación – ICMS

Investigación

Artículos científicos recientes

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Demo:Photo-assisted degradation of rhodamine B with H₂O₂: Kinetics, modern machine learning prediction, and insights into a novel iron oxide catalyst

7 de febrero de 2026

Demo:Photo-assisted degradation of rhodamine B with H₂O₂: Kinetics, modern machine learning prediction, and insights into a novel iron oxide catalyst

7 de febrero de 2026

Demo:Photo-assisted degradation of rhodamine B with H₂O₂: Kinetics, modern machine learning prediction, and insights into a novel iron oxide catalyst

7 de febrero de 2026

Proyectos recientes

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Innovative Biowaste Valorisation: Advancing Biomass Recycling through Technology and AI

7 de febrero de 2026

Innovative Biowaste Valorisation: Advancing Biomass Recycling through Technology and AI

7 de febrero de 2026

Innovative Biowaste Valorisation: Advancing Biomass Recycling through Technology and AI

7 de febrero de 2026

Innovative Biowaste Valorisation: Advancing Biomass Recycling through Technology and AI

7 de febrero de 2026

Tésis

Nanostructured catalysts prepared by magnetron sputtering for innovative anion exchange membrane water electrolysis technologies

febrero 7, 2026

Nanostructured catalysts prepared by magnetron sputtering for innovative anion exchange membrane water electrolysis technologies

febrero 7, 2026

Nanostructured catalysts prepared by magnetron sputtering for innovative anion exchange membrane water electrolysis technologies

febrero 7, 2026

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Libros

Nanostructured catalysts prepared by magnetron sputtering for innovative anion exchange membrane water electrolysis technologies

febrero 7, 2026

Nanostructured catalysts prepared by magnetron sputtering for innovative anion exchange membrane water electrolysis technologies

febrero 7, 2026

Nanostructured catalysts prepared by magnetron sputtering for innovative anion exchange membrane water electrolysis technologies

febrero 7, 2026

Ver todos los libros