دانلود کتاب آلوتروپ کربن مواد ضد خوردگی نانوساختار

Corrosion is a high-cost and potentially hazardous issue in numerous industries. The potential use of diverse carbon nanoallotropes in corrosion protection, prevention, and control is a subject of rising attention. The corrosion, protection, and control using carbon nanoallotropes is a precious reference tool for researchers and engineers employed with nanostructure materials in various industries such as automotive, aerospace, petroleum, oil and gas, and chemical engineering, along with academics learning the exclusive protection and control offered via carbon nanoallotropes against corrosion. The nanostructure materials-based protective approaches can suggest numerous advantages over their traditional complements; for example, protection for primary phase, improved corrosion control, and higher corrosion resistance (due to high surface area and high degree of hydrophobicity). However, inorganic, organic, and mixed material inhibitors were used for a long period to combat corrosion. The usage of carbon nanoallotropes as inhibitors has expanded its importance because of its improved corrosion efficiency owing to the enlarged surface-to-volume ratio. The carbon nanoallotropes are good corrosion inhibitor because it has numerous advantages; for example, low cost, low toxicity, easy production, and high protection efficiency. Nanostructures and nanostructure materials can assist as outstanding carriers for corrosion inhibitors. The nanostructure materials advantages are controlled and activated release of corrosion inhibitors to protect corrosion.