The catalytic effect of Ni(CO)4 on the microstructure, dynamics and thermodynamics on Mg-based hydrogen storage materials containing C/Pr2O3 catalytic material

Key Points

• Improved thermodynamics and microstructure are observed with the application of Ni(CO)4, enhancing storage efficiency.
• Dynamic evaluations indicate significant changes in material properties with the catalytic effect, optimizing performance for hydrogen storage.
• Analysis of Mg-based hydrogen storage materials utilized a combination of C/Pr2O3 as catalytic materials, achieving noteworthy results in material enhancement.
• Findings imply that Ni(CO)4 catalysis may lead to more viable and efficient systems for hydrogen energy storage applications, emphasizing its potential.