Exploring the potential of transition metal tungstates for photoelectrochemical water oxidation: A combined experimental and computational approach

Key Points

• To investigate the effectiveness of transition metal tungstates for photoelectrochemical water oxidation using both experimental and computational frameworks.
• Utilized a combination of experimental techniques and computational analyses
• Searched for new materials with potential for water oxidation
• Rationalized performance and limitations of the identified materials
• Identified promising transition metal tungstates suitable for photoelectrochemical applications
• Confirmed the capability of the materials in enhancing water oxidation efficiency
• Demonstrated the effectiveness of combining computational and experimental methods in material discovery