Effect of dopants and defect in graphene nanoribbons on dehydrogenation of MXH₄, where M=Na,Li and X=Al,B

Chemical Compounds

• Nanoribbon 84%
• Dehydrogenation 67%
• Doping Material 64%
• Graphene 51%
• Crystal Vacancy 20%
• Metal Hydride 17%
• Binding Energy 12%
• Charge Transfer 10%
• Surface 9%
• Length 8%
• Hydrogen 7%
• Energy 6%
• Carbon Atom 6%
• Catalyst 6%
• Molecule 5%

Physics & Astronomy

• dehydrogenation 94%
• graphene 59%
• defects 40%
• metal hydrides 19%
• catalysts 13%
• charge transfer 12%
• binding energy 12%
• carbon 9%
• hydrogen 8%
• molecules 7%
• atoms 7%
• performance 6%
• energy 4%

Medicine & Life Sciences

• Graphite 100%
• Carbon Nanotubes 99%
• Light Metals 27%
• Hydrogen 16%
• Carbon 14%