Redox Reactions & Redox-active Materials

Redox reactions (also referred to as oxidation–reduction reactions) involve the transfer of electrons from one species to another – the oxidation number of an atom, ion or molecule changes by losing or gaining an electron. Such reactions always include an oxidizing & reducing agent who act as electron acceptors or electron donors.

In real life, this reaction is the governing principle behind several natural processes including cellular respiration, photosynthesis, rusting and decomposition. Redox reactions are also the cause for batteries being able to power appliances and powering the most advanced forms of transportation available today such as space shuttles.

This collection aims to collate research underpinned by the principle of redox reactions, both theoretical and applied. Submissions to this collection can be focused on but not limited to one of the following redox reaction types:

• Combination and decomposition reactions
• Single or double replacement reactions
• Disproportionation reactions
• Combustion reactions
• Redox-active materials for energy

Collection advisors: Manuel Souto (University of Aveiro, Portugal)