Formaldehyde trapping by radical initiated reaction on hydrogenated boron nitride

Engineering & Materials Science

• Boron nitride 100%
• Formaldehyde 88%
• Molecules 69%
• Atoms 49%
• Substrates 33%
• Boron 26%
• Hydrogen 18%
• Dangling bonds 14%
• Electronegativity 13%
• Indoor air pollution 12%
• Nanosheets 11%
• Density functional theory 11%
• Air pollution control 11%
• Vacancies 10%
• Adsorption 7%
• Nitrogen 7%
• Oxygen 6%
• Carbon 5%

Physics & Astronomy

• formaldehyde 87%
• boron nitrides 75%
• trapping 54%
• molecules 37%
• boron 20%
• indoor air pollution 16%
• hydrogen atoms 14%
• pollution control 12%
• atoms 11%
• energy 9%
• oxygen atoms 8%
• breakdown 6%
• density functional theory 6%
• adsorption 6%
• nitrogen 5%
• carbon 5%
• hydrogen 4%
• interactions 3%

Chemical Compounds

• Boron Nitride 80%
• Formaldehyde 61%
• Molecule 24%
• Boron Atom 20%
• Indoor Air Pollution 14%
• Hydrogen Atom 13%
• Energy 11%
• Dangling Bond 10%
• Electronegativity 8%
• Adsorption Energy 8%
• Chain Reaction 7%
• Nanosheet 6%
• Oxygen Atom 6%
• Double Bond 6%
• Surface 5%
• Density Functional Theory 4%
• Nitrogen 4%
• Hydrogen 3%
• Carbon Atom 3%
• Amount 3%