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Mircea Nicolae Palamaru

Mircea Nicolae Palamaru is a distinguished Professor of Chemistry (Professor Emeritus) at the Faculty of Chemistry, “Alexandru Ioan Cuza” University of Iași (UAIC), Romania, with a long-standing career in inorganic chemistry and materials science. He is widely recognized for his research on inorganic oxides, spinel-type materials and catalytic systems, as well as for mentorship of doctoral students and leadership within UAIC’s chemistry research community. (chem.uaic.ro)

Academic Career and Honors

  • Professor Emeritus at UAIC, honored with this distinction for his contributions to chemistry and academia in 2013. (uaic.ro)
  • Coordinator of the Oxides with Special Properties Research Group (OXPOLMET) at the Faculty of Chemistry, focusing on synthesis and characterization of polymetallic oxides such as spinels, perovskites, aurivillius, pyrochlore and garnet structures with applications in environmental protection and medicine. (chem.uaic.ro)

Research Focus and Scientific Contributions

Professor Palamaru’s scientific interests include:

  • Synthesis and characterization of inorganic oxide materials, especially spinel and perovskite-type oxides, with tailored structural, magnetic, optical and catalytic properties. (chem.uaic.ro)
  • Development of composite materials based on polymetallic oxides with potential applications in environmental remediation and biomedicine. (chem.uaic.ro)
  • Advanced materials prepared by sol-gel and related methods for tailored functional performance (e.g., MgCr₂O₄ nanostructures with optical and catalytic properties). (Semantic Scholar)

His work bridges solid-state chemistry, materials science and physical chemistry, often combining synthesis, structural characterization and evaluation of functional performance in contexts such as catalysis and environmental materials.

Publication Record and Citation Impact

According to academic citation profiles:

  • Professor Palamaru has authored over 120 publications in peer-reviewed journals, with a strong presence in materials chemistry and inorganic chemistry outlets. (ResearchGate)
  • His work has been cited ~1,900+ times across international literature, reflecting significant impact in fields related to inorganic oxide materials and functional ceramics. (scholar.google.com.tw)
    • ResearchGate lists ~122 publications attributed to him. (ResearchGate)
    • Google Scholar shows ~1,900 citations, indicating broad international engagement with his work. (scholar.google.ro)

While exact current Hirsch (h) index from Web of Science or Scopus was not directly accessible at this time, citation figures suggest a strong citation profile consistent with an h-index in the mid- to high-20s or above for a senior researcher with this volume of citations and publications.

Selected Highly Cited / Representative Papers

Some key publications associated with his research include:

  1. “Magnetic and dielectric properties of Co-Zn ferrite synthesized by sol–gel methods” — study of spinel ferrites with structural and functional insights relevant for magnetic materials research. (ResearchGate)
  2. “Structural, Optical and Catalytic Properties of MgCr₂O₄ Spinel-Type Nanostructures” — collaboration involving multi-institutional teams studying catalytic oxides with potential applications across materials and environmental chemistry. (Semantic Scholar)
  3. “Sol-gel Synthesis and Characterization of LiMn₂-xCuxO₄ Spinels” — early work demonstrating expertise in spinel materials synthesis and characterization. (Academia)

These examples illustrate his sustained contributions to inorganic and materials chemistry and the development of functional oxide systems.

Doctoral Supervision and Mentorship

Professor Palamaru has been an active Ph.D. supervisor and doctoral committee member within UAIC’s chemistry doctoral programs. He served as mentor or scientific advisor for doctoral research on oxide compounds with current applications, including:

  • Doctoral theses on spinel oxides and related inorganic compounds, with international examiners referenced from institutions such as Université Paris-Sud (France). (uaic.ro)
  • Multiple doctoral committees chaired or co-chaired, guiding research in advanced inorganic synthesis and material characterization. (uaic.ro)

His mentorship extends to shaping research agendas in advanced materials and catalytic systems, contributing to UAIC’s reputation as a hub for inorganic chemistry research in Romania.

International Collaboration and Projects

Professor Palamaru’s research has involved international co-authorship, including collaborations with:

  • Researchers from Central Michigan University (USA), Vasyl Stefanyk Precarpathian National University (Ukraine) and other European institutions on catalyst and oxide materials research. (Semantic Scholar)

These collaborations reflect an international research footprint, integrating UAIC into broader scientific networks within materials science and chemistry.

Books, Chapters and Scholarly Outreach

While specific monographs or textbooks under his name were not identified in major academic databases, his contributions to edited volumes, conference proceedings and applied research reports complement his journal publication record and support dissemination in specialized inorganic chemistry and materials science communities.

Legacy and Recognition

Professor Palamaru’s career is marked by:

  • Long-standing leadership in inorganic chemistry research at UAIC. (chem.uaic.ro)
  • Recognition as Professor Emeritus honoring his impact on chemical education, research and scientific mentorship. (uaic.ro)
  • A robust publication and citation trajectory, situating him among the influential Romanian chemists in oxide materials and functional ceramics research.

Summary

Professor Mircea Nicolae Palamaru is a prominent Romanian chemist whose work has significantly shaped the field of inorganic oxide materials. His extensive publication record, high citation impact (nearly 2,000+ citations), doctoral mentorship and international collaborations underscore a research career of broad scope and influence. His leadership within UAIC’s Faculty of Chemistry and enduring contributions to materials science make him a key figure in Romanian and European chemical research. (scholar.google.ro)