Effect of surface structure and wettability of DLC and N-DLC thin films on adsorption of glycine

Engineering & Materials Science

• Carbon films 100%
• Surface structure 77%
• Amino acids 76%
• Wetting 65%
• Diamonds 63%
• Adsorption 62%
• Thin films 60%
• Carbon 48%
• Doping (additives) 35%
• Spectroscopic ellipsometry 29%
• Nitrogen 22%
• Infrared radiation 20%
• Proteins 14%
• Diamond like carbon films 12%
• Plasma enhanced chemical vapor deposition 11%
• Raman spectroscopy 10%
• Biocompatibility 9%
• Free energy 9%
• Contact angle 8%
• Adhesion 7%
• Silicon 6%
• Substrates 5%

Physics & Astronomy

• glycine 81%
• wettability 68%
• diamonds 50%
• adsorption 48%
• carbon 42%
• thin films 32%
• amino acids 16%
• nitrogen 15%
• ellipsometry 13%
• proteins 11%
• carboxyl group 10%
• biocompatibility 8%
• Raman spectroscopy 6%
• adhesion 6%
• free energy 5%
• vapor deposition 5%

Chemistry

• Surface Structure 62%
• Glycine 56%
• Adsorption 31%
• Carbon Atom 30%
• Infrared Band 16%
• Surface 15%
• Ellipsometry 15%
• Amino Groups 11%
• Nitrogen 8%
• Plasma Enhanced Chemical Vapour Deposition 8%
• Surface Free Energy 8%
• Raman Band 8%
• Doping Material 6%
• Raman Spectroscopy 5%