In this thesis, based on the characteristics of oxide grapheme and sodium titanate, sodium titanate was prepared under different temperature with good adsorption capacity. Further, the sodium titanate/oxide grapheme/polyurethane composite was compounded. Different test technologies, such as XRD,TEM, SEM, were used to research their structure, composition and performance. The Sr2+adsorption thermodynamics and kinetics model of sodium titanate/oxide grapheme/polyurethane were studied to investigate its adsorption ability. Further, the sodium titanate material obtained early was processed by controlling the reaction conditions to form TiNTs, Bi-TiNTs and Bi-TiNTs (200℃). Different photocatalyst degradation efficiency and the stability of the catalysts were explored by photocatalytic degradation of rhodamine B. The results were shown as follow:... |