Magnetization effect of Mn-embedded in C₂N on hydrogen adsorption and gas-sensing properties: Ab-initio analysis

Engineering & Materials Science

• Adsorption 82%
• Atoms 87%
• Catalysts 71%
• Chemical sensors 15%
• Chemisorption 64%
• Density functional theory 21%
• Dimerization 23%
• Dimers 63%
• DOS 19%
• Electronic properties 21%
• Electronic structure 20%
• Fermi level 24%
• Gases 48%
• Hydrogen 67%
• Magnetic moments 21%
• Magnetic properties 17%
• Magnetic sensors 18%
• Magnetization 100%
• Molecules 13%
• Recovery 19%
• Sensors 7%

Physics & Astronomy

• adsorption 64%
• atoms 42%
• catalysts 78%
• chemisorption 46%
• configurations 7%
• density functional theory 10%
• dimerization 17%
• dimers 38%
• dissociation 11%
• electronic structure 10%
• electronics 7%
• gases 43%
• hydrogen 51%
• magnetic moments 11%
• magnetic properties 9%
• magnetization 55%
• molecules 7%
• recovery 22%
• selectivity 13%
• sensitivity 8%
• sensors 17%

Chemical Compounds

• Adsorption 41%
• Catalyst 35%
• Chemisorption 38%
• Density Functional Theory 8%
• Dimerization 12%
• Dissociation 10%
• Electronic Property 11%
• Electronic State 10%
• Fermi Level 16%
• Gas Sensor 14%
• Hydrogen 42%
• Magnetic Moment 14%
• Magnetic Property 11%
• Magnetization 78%
• Molecule 4%
• Time 10%