Surface Modification of Cellulose via Atmospheric Pressure Plasma Processing in Air and Ammonia-Nitrogen Gas

Engineering & Materials Science

• Plasma applications 100%
• Atmospheric pressure 70%
• Cellulose 69%
• Ammonia 67%
• Surface treatment 66%
• Nitrogen 58%
• Contact angle 55%
• Plasmas 46%
• X ray photoelectron spectroscopy 46%
• Gases 36%
• Air 34%
• Surface chemistry 33%
• Gas mixtures 28%
• Wetting 25%
• Surface relaxation 25%
• Surface properties 25%
• Surface roughness 20%
• Water 20%
• Amides 19%
• Cell adhesion 18%
• Hydrophilicity 18%
• Tissue engineering 15%
• Biomaterials 15%
• Amines 15%
• Relaxation 11%
• Oxygen 10%

Physics & Astronomy

• cellulose 71%
• ammonia 64%
• atmospheric pressure 56%
• nitrogen 46%
• air 37%
• gases 32%
• atomic force microscopy 28%
• wettability 27%
• surface properties 25%
• gas mixtures 23%
• chemistry 21%
• water 21%
• surface roughness 21%
• tissue engineering 16%
• amides 15%
• amines 14%
• plasma jets 11%
• adhesion 10%
• routes 10%
• cycles 8%
• causes 7%
• oxygen 7%

Chemistry

• Surface Modification 54%
• Plasma 39%
• Pressure 36%
• Gas 33%
• Surface Roughness 31%
• Surface Chemistry 28%
• Dielectric Material 27%
• Surface Relaxation 24%
• Nitrogen Group 23%
• Surface 15%
• Hydrophilicity 14%
• Mixture 13%
• Biomaterial 13%
• Ammonia 12%
• Amide 11%
• Amine 10%
• Nitrogen 9%
• Dioxygen 7%
• Reduction 7%