Recruiting Editorial Board Members for the New Section “Inorganic Chemistry” of Molecules

Molecules (ISSN 1420-3049) has launched a new section entitled “Inorganic Chemistry”. If you are an active researcher in a relevant field of research and are passionate about contributing to the publication of cutting-edge research, please do not hesitate to contact us about joining the board.

The “Inorganic Chemistry” Section of Molecules covers all fundamental and applied aspects of the inorganic chemistry of discrete and condensed matter inorganic compounds and materials. This includes studies on the synthesis of new compounds and materials, the characterization of their structures by experimental and theoretical means, and the exploration of their chemical and physical properties in addition to their applications. Studies aimed at establishing the structure–property relationships in known compounds and materials are also important subjects covered in the “Inorganic Chemistry” Section.

Publications in this Section will include original and innovative studies and applications that will enrich knowledge on inorganic chemistry in the form of full-length articles, communications of current interest, and review articles on topics of emerging interest from leading scientists. Special Issues on hot topics will also be published in this Section.

Topics of interest to the “Inorganic Chemistry” Section include, but are not limited to:

• Synthesis of inorganic and organic/inorganic hybrid compounds;
• Studies of mixed-valence compounds;
• Molten-salt-mediated and hydrothermal reaction methods;
• Studies of rare-earth compounds and their properties;
• Development of nanomaterials and semiconductor materials;
• Photocatalysts for hydrogen production and photo-oxidation;
• Synthesis of nanoporous materials and composites;
• Inorganic biomaterial composites for energy applications;
• Studies of optical and magnetic compounds and materials;
• Studies of superconducting, multiferroic and thermoelectric materials;
• Investigation of linear and nonlinear optical properties;
• Theoretical and computational studies of structure–property relationships.

If you have any questions, please contact molecules@mdpi.com.