Separation of cyanide from an aqueous solution using armchair silicon carbide nanotubes: insights from molecular dynamics simulations

Abstract

Separation of cyanide, as a model contaminant, from aqueous solution was investigated using molecular dynamics simulations.

A novel fluorescent sensor based on 4-(diethylamino)-2-(hydroxy)-phenyl imine functionalized naphthalimide for highly selective and sensitive detection of CN– and Fe3+

“…5 Cyanide is widespread used in a number of industrial processes such as gold mining, electroplating, metallurgy and the synthesis of fibers and resins. [6][7][8] The accidental release of cyanide may result a fearful environmental disaster and severe health hazard for human and living beings. [9][10] However, CNexists widely in industrial waste water and some food such as germination potatoes, bitter almonds and cassava.…”