Influence of interaction energy between Si-doped diamond-like carbon films and bacteria on bacterial adhesion under flow conditions

Keyphrases

• Bacterial Adhesion 100%
• Diamond-like 100%
• Flow Condition 100%
• Interaction Energy 100%
• Carbon Film 100%
• Si-doped 100%
• Surface Energy 28%
• Adhesion Mechanism 28%
• Stainless Steel 316L 14%
• Contact Angle 14%
• Extended DLVO Theory 14%
• Surface Free Energy 14%
• Ethylene Glycol 14%
• Water-glycol 14%
• Diiodomethane 14%
• Biomaterials 14%
• Biofilm 14%
• Pseudomonas 14%
• Medical Devices 14%
• Electron Donor 14%
• Apolar 14%
• Silicon Content 14%
• Polar Fluids 14%
• Flow Chamber 14%
• Laminar Flow Conditions 14%
• Doped Elements 14%
• Device Infection 14%
• Free Energy Calculations 14%
• Distilled Water 14%

Engineering

• Diamond-Like Carbon 100%
• Flow Condition 100%
• Interaction Energy 100%
• Interfacial Energy 28%
• Experimental Result 14%
• Surface Free Energy 14%
• Stainless Steel 14%
• Electron Donor 14%
• Silicon Content 14%
• Laminar Flow Condition 14%

Material Science

• Diamond Like Carbon Films 100%
• Surface Energy 28%
• Medical Device 28%
• Stainless Steel 14%
• Contact Angle 14%
• Biofilms 14%
• Silicon 14%
• Biomaterial 14%
• Laminar Flows 14%