Bi4Ti3O12 Ferroelectric Nanomaterials on Volatile Substances of Acrylic Pigment Diluted Coatings

Bi4Ti3O12 ferroelectric nanomaterials are mainly used in the manufacture of biosensors, biomedical imaging reagents, or other applications. Due to different arrangements nanoparticles, complex nanofibers with specific geometries can be obtained. In this paper, were study volatilization state acrylic paint coating process. This article explains that some nanoparticles difficult dispersed spinning solution, which made preparation composite fibers difficult. Therefore, these issues need further research and resolution. work proposes selectively reduce use graphene oxide by using an environmentally friendly water solvent prepare water-reduced (rGO) then inject octadecylamine into reduced octadecylamine-grafted (rG-ODA). The experimental results paper showed through seeding reduction, functional groups such as carboxyl epoxy on surface disappeared, was well reduced. presence oxygen-containing increased distance between graphitic layers 0.713 nm. GS-EDA had a characteristic diffraction peak close 2θ = 24.3°, indicating GO effectively after inoculation reduction.