Dataset Browser

Explore the definitive world of advanced inorganic chemistry with the highly acclaimed 5th edition by Cotton and Wilkinson. This essential textbook provides a comprehensive and authoritative guide to complex theories, reactions, and applications, making it an indispensable resource for advanced students and researchers seeking a profound understanding of the subject.

Explore the diverse world of chemical compounds featuring cobalt, copper, and zinc. These fascinating transition metal compounds are crucial in various industrial applications, from catalysts and pigments to batteries and pharmaceutical formulations, showcasing a wide range of unique properties and reactivity.

Explore the pivotal milestones in organo transition metal chemistry through a unique personal lens with this first edition. Delving into significant discoveries and developments, this text offers an insightful historical perspective on the compounds and reactions that have shaped this vital scientific field.

Explore the core principles of Mössbauer spectroscopy and its vital role in understanding transition metal chemistry. This comprehensive 1st edition delves into both the fundamentals and diverse applications, offering essential insights for students and researchers in inorganic and solid state chemistry.

Dive into the intricate world of inorganic reaction mechanisms and organometallic reaction mechanisms with Volume 3. This essential resource thoroughly explores the detailed chemical kinetics and diverse reaction pathways that govern transformations in these fields, offering critical insights for researchers and students focused on transition metal chemistry and beyond.

Delve into the fascinating chemistry of the first row transition metals, also known as 3d transition metals, spanning from Scandium to Zinc. This overview explores their distinctive characteristics, including their variable oxidation states, tendency to form colorful coordination compounds, and significant roles in catalysis and biological systems, offering a fundamental understanding of these crucial elements in inorganic chemistry.