Inorganic & Nuclear Chemistry (CIN)
Section Information
Inorganic and Nuclear Chemistry focus on the study of inorganic compounds, coordination complexes, metals, minerals, and radioactive elements, as well as the chemical and physical processes occurring within atomic nuclei. The field examines structure, bonding, reactivity, and applications in energy, materials, medicine, and environmental systems.
Current research includes coordination chemistry, organometallic compounds, solid-state materials, catalysis, radiochemistry, nuclear reactions, and isotope applications. Advances in spectroscopy, crystallography, computational modeling, and nuclear analytical techniques are expanding knowledge in both fundamental and applied inorganic and nuclear sciences.
This section publishes experimental investigations, theoretical studies, materials synthesis research, radiochemical analyses, and review articles related to inorganic systems, nuclear processes, and their technological applications.
Scope
Coordination and Organometallic Chemistry
- Metal complexes and ligand design
- Organometallic synthesis and reactivity
- Catalysis involving transition metals
- Bioinorganic chemistry and metal–biomolecule interactions
Solid-State and Materials Chemistry
- Crystal structure determination
- Inorganic functional materials
- Semiconductors and magnetic materials
- Ceramics and advanced inorganic composites
Main Group and Transition Metal Chemistry
- Reactivity of main group elements
- Redox chemistry and electronic structure
- Cluster compounds and metal–metal bonding
- Synthesis of novel inorganic compounds
Radiochemistry and Isotope Applications
- Radioisotope production and separation
- Tracer techniques in chemical analysis
- Radiopharmaceutical development
- Environmental radioactivity monitoring
Nuclear Reactions and Nuclear Structure
- Nuclear decay processes and kinetics
- Fission and fusion chemistry
- Nuclear fuel cycle chemistry
- Radiation interaction with matter
Analytical and Spectroscopic Techniques
- X-ray diffraction and crystallography
- Mössbauer and gamma spectroscopy
- Neutron activation analysis
- Advanced nuclear detection methods
Environmental and Energy Applications
- Nuclear waste management and remediation
- Inorganic materials for energy storage
- Catalysts for sustainable processes
- Radiation safety and regulatory considerations
Editorial Board
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Papers Published
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