The effect of increasing dosage of atmospheric dielectric barrier plasma discharge (DBD) on the surface chemistry and topography on electrically conductive electrospun PLCL/PANI biomaterials

Physics & Astronomy

• plasma jets 100%
• topography 98%
• chemistry 91%
• dosage 70%
• polymers 50%
• wettability 41%
• fibers 27%
• tissue engineering 25%
• melting 14%
• atomic force microscopy 14%
• scanning electron microscopy 12%
• thermal degradation 12%
• oxygenation 12%
• chloroform 12%
• hydrophobicity 11%
• meteorology 11%
• chemical analysis 11%
• matrices 10%
• cold plasmas 10%
• surface treatment 10%
• chemical properties 10%
• attachment 9%
• physical properties 7%
• damage 6%
• composite materials 5%
• augmentation 5%