Microwave N2 plasma nitridation of H-diamond (1 1 1) surface studied by ex situ XPS, HREELS, UPS, TPD, LEED and DFT

Engineering & Materials Science

• Electron energy loss spectroscopy 100%
• Nitridation 86%
• Temperature programmed desorption 84%
• Density functional theory 83%
• X ray photoelectron spectroscopy 67%
• Diamonds 55%
• Plasmas 51%
• Microwaves 49%
• Nitrogen 29%
• Nitrides 19%
• Low energy electron diffraction 17%
• Electron affinity 15%
• Spectroscopic analysis 12%
• Phonons 12%
• Photoelectrons 12%
• Monolayers 10%
• Desorption 9%
• Chemical properties 8%
• X rays 7%
• Hydrogen 6%

Physics & Astronomy

• energy dissipation 44%
• diamonds 44%
• density functional theory 42%
• electron energy 41%
• microwaves 37%
• high resolution 33%
• spectroscopy 29%
• nitrogen 23%
• nitrides 14%
• desorption 14%
• spectroscopic analysis 9%
• electron affinity 9%
• inserts 8%
• chemical properties 8%
• complement 8%
• vibration mode 7%
• photoelectrons 7%
• purity 6%
• electron diffraction 6%
• signatures 6%
• damage 5%
• phonons 5%
• hydrogen 4%
• x rays 3%
• simulation 3%
• temperature 2%
• energy 2%

Chemical Compounds

• High Resolution Electron Energy Loss Spectroscopy 76%
• Microwave 45%
• Density Functional Theory 34%
• Plasma 34%
• Diamond 30%
• Nitrogen 19%
• Surface 17%
• Nitride 15%
• Optical Phonon 12%
• Desorption 12%
• Low Energy Electron Diffraction 10%
• Work Function 9%
• Physico-Chemical Property 8%
• Photoelectron 8%
• Spectroscopic Analysis 7%
• Monolayer 5%
• Simulation 5%
• X-Ray 4%
• Hydrogen 4%
• Purity 4%