Effect of rare earth elements on plasma nitriding of 38CrMoAl steel

Engineering & Materials Science

• Rare earth elements 100%
• Nitriding 91%
• Plasmas 66%
• Abrasion 54%
• Rare earths 44%
• Steel 41%
• Wear resistance 33%
• Wheels 28%
• Energy dispersive X ray analysis 26%
• Borides 24%
• Defects 24%
• Vacancies 24%
• Electron microscopy 23%
• Sputtering 22%
• Optical microscopy 19%
• Atoms 18%
• Abrasives 18%
• Microhardness 17%
• X ray diffraction 17%
• Short circuit currents 17%
• Nitrogen 16%
• Iron 16%
• Characterization (materials science) 15%
• Fatigue of materials 12%
• Chemical analysis 11%
• Testing 9%

Physics & Astronomy

• nitriding 84%
• rare earth elements 61%
• abrasives 56%
• steels 52%
• wheels 27%
• wear resistance 25%
• surface layers 20%
• wear tests 16%
• borides 14%
• conjugation 14%
• short circuits 14%
• defects 13%
• microhardness 11%
• x rays 10%
• sectors 10%
• electron microscopy 10%
• sputtering 9%
• nitrogen 8%
• iron 8%
• characterization 6%
• configurations 6%
• diffraction 6%
• atoms 6%
• performance 5%
• energy 3%

Chemistry

• Abrasive 58%
• Lanthanoid Atom 54%
• Plasma 44%
• Wear 33%
• Fatigue Strength 19%
• Crystal Vacancy 16%
• Resistance 15%
• Sputtering 12%
• Microhardness 12%
• Short Circuit 12%
• Surface 11%
• Optical Microscopy 10%
• Electron Microscopy 10%
• Diffusion 7%
• Nitrogen 7%
• X-Ray Diffraction 5%
• Energy 5%
• Application 3%