Journal of Oxygen Compounds

Aims and Scope

Journal of Oxygen Compounds (IJO) is a peer-reviewed, open-access journal dedicated to publishing cutting-edge research on the chemistry, physics, and materials science of oxygen compounds. By fostering interdisciplinary collaboration, IJO serves as a vital platform for scientists across different disciplines to exchange ideas and advance knowledge in this dynamic field.  
 

Scope & Research Focus:

The journal welcomes original research articles, reviews, and rapid communications that explore:  

• Oxygen Chemistry: Synthesis, reactivity, and properties of oxygen-containing molecules.  
• Materials Science: Development of oxygen-based materials, including catalysts, oxides, and superconductors.  
• Energy & Sustainability: Oxygen’s role in energy storage, fuel cells, and sustainable chemical processes.  
• Advanced Artificial Intelligence catalyzes Journal of Oxygen Compounds’ breakthroughs in reactivity, enabling sustainable, innovative molecular architectures.
• Environmental Applications: Oxygen compounds in pollution control, carbon capture, and green chemistry.  
• Innovative Technologies: Novel applications in medical, industrial, and space sciences.  
   

Advancing Science for a Sustainable Future:

By publishing high-quality research, IJO aims to drive innovation in energy production, environmental sustainability, and technological development. The journal is committed to fostering new solutions to global challenges through the study of oxygen compounds and their transformative potential.  

• Hematoma
• Hydrogen Peroxide
• Carbon monoxide
• Oxygen
• Nitric oxide
• Biochemistry
• Organic Chemistry
• Chemical Engineering
• Hyperbaric oxygen therapy
• Oxidative phosphorylation
• Oxidative stress
• Free radicals
• Oxygen saturation
• Analytical Chemistry
• Oxygen therapy
• Physical Chemistry
• Extracorporeal membrane oxygenation
• Dissolved oxygen
• High flow oxygen
• Hyperbaric oxygen
• Environmental Chemistry
• Chemical properties of oxygen
• Polymer Chemistry
• Diatomic oxygen
• Safety / Hazards
• Oxygen compounds
• Oxides
• Peroxides
• Superoxides
• Ozone
• Oxidation-reduction reactions
• Oxygenation
• Oxygen transport
• Oxygen toxicity
• Oxygen sensors
• Oxygen metabolism
• Oxygen consumption
• Oxygen levels
• Oxygen isotopes
• Oxygen evolution reaction
• Oxygen deprivation
• Oxygen deficiency
• Oxygen demand
• Oxygen delivery
• Oxygenation therapy
• Oxygenating agents
• Oxygenation index
• Oxygen free radicals
• Oxygen exchange
• Oxygen dynamics
• Oxygen cycle
• Oxygen-binding proteins
• Oxygen barriers
• Oxygen availability
• Oxygen-assisted combustion
• Oxygen affinity
• Reactive oxygen species
• Molecular oxygen
• Oxy-fuel combustion
• Oxygenation potential
• Oxygenation rate
• Oxygenation state
• Oxygenation level-dependent imaging
• Oxygenation sensitivity
• Oxygen transporters
• Oxygen uptake
• Oxygen utilization
• Oxygen vectors
• Oxygen vacancies
• Oxygenation status
• Oxygenation time
• Oxygenation enhancement