Mierlita Daniel | Agricultural Data Analysis | Excellence in Research

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Prof. Mierlita Daniel | Agricultural Data Analysis | Excellence in Research

University of Oradea | Romania

Prof. Mierlita Daniel is a distinguished Professor of Animal Nutrition at the University of Oradea, with extensive expertise in nutrition and feeding of ruminants and poultry. He began his academic career as an Assistant and Lecturer at USAMV Cluj-Napoca from 1993 to 2003, delivering practical courses in animal nutrition. Since 2009, he has served as Professor and Assistant Professor at the University of Oradea, focusing on applied nutrition for economically important livestock species. He earned his PhD in Animal Nutrition/Animal Science Engineering in 1999 from USAMV Cluj-Napoca and has completed specialized international training in sheep and goat production, agricultural consulting, and rural sciences at institutions including Aberystwyth University, Debrecen Agricultural University, and Swiss REBIAT. Prof. Mierlita has directed eight research grants and participated in over 11 projects on optimizing nutrition and productivity of sheep, poultry, and dairy cows, with a particular focus on functional foods. He has published 231 scientific articles, including 112 as single or first author (93 indexed internationally), 41 ISI papers (21 with impact factor), and 17 books or chapters. His work has received 541 citations from 421 documents, with an h-index of 14. He serves as a reviewer and guest editor for several indexed journals. His research advances animal nutrition, fatty acid profiles in animal products, and sustainable livestock production.

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Featured Publications

Alexander Stolin | Engineering | Best Researcher Award

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Mr. Alexander Stolin | Engineering | Best Researcher Award

Merzhanov Institute of Structural Macrokinetics and Materials Science Russian Academy of Sciences (ISMAN) | Russia

Stolin Alexander Moiseevich is a distinguished materials scientist with a PhD and Doctor of Sciences degree, known for his pioneering contributions in the fields of self-propagating high-temperature synthesis (SHS), rheology, powder metallurgy, and solid-phase technologies. A graduate of Rostov State University, he began his scientific career at the Institute of Chemical Physics before joining ISMAN, where he has led the Laboratory of Plastic Deformation of Inorganic Materials since 1988. With over 500 scientific publications, 50 patents and copyright certificates, and an h-index of 21, his work has significantly advanced the understanding of viscous flow in reacting systems and high-temperature materials processing. He has mentored 21 PhD students and 2 doctoral candidates and is actively involved in multiple editorial boards and scientific committees. He is a key figure in academic-industry collaborations, notably with United Company Rusal. His accolades include the title of Honored Inventor of the USSR, the G.V. Vinogradov Prize, the Gold Medal at the Moscow Salon of Innovations, and the Honored Scientist of the Moscow Region title. His research continues to shape advanced material development and education in Russia and internationally, with a strong commitment to mentoring and scientific leadership. His citation count exceeds 1000, supported by verified documents and indexed publications.

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Featured Publications

Stolin, A.M., [Co-authors]. (2025). Structure and properties of the surfacing layer obtained with a powder SHS electrode based on TiC–NiCr. Metallurgist.

Stolin, A.M., [Co-authors]. (2024). Cold Uniaxial Pressing of PTFE-Based Composite Materials with Functional TiC and TiB₂ Additives. Russian Metallurgy (Metally).

Stolin, A.M., [Co-authors]. (2024). Critical Phenomena of Rheodynamic Origin in the Process of One-Sided Cold Pressing of Powder Materials. Theoretical Foundations of Chemical Engineering.

Stolin, A.M., [Co-authors]. (2024). Distinctive Features of the Grain Size Reduction Process in a TiC–NiCr Material Produced by SHS Extrusion. Inorganic Materials.

Stolin, A.M., [Co-authors]. (2023). Structure, and Mechanical and Tribological Properties of Ti–Cr–C–Ni–Fe Composite Coatings. Physical Mesomechanics.