The Effect of Temperature in the Application of Mesoporous Nanomaterials Based on Carbon in Drug Delivery System with Ibuprofen

In this research, we present synthesis of high porosity and surface areas of nanomaterials Based on mesoporous carbon (MNbC) with hard tempering route. Firstly, silica hard template route assembly was prepared by using tetraethoxysilane (TEOS) and triblock copolymer Pluronic F127 roomates is employed as directing templating agents under acidic conditions. By using powder silica template and sucrose catalyzed by H₂SO₄ in the synthesis mixture, MNbC were generated after calcination Followed by organic removal in the common washing process. Character of the MNbC was studied by scanning electron microscopy and surface analysis techniques. The result is the MNbC has structure like a wire, a large pore volume and pore diameter, is inert in an aqueous, acidic and alkaline environments. With such characteristics. Ibuprofen adsorption on MNbC run optimally when released at 45C and shows the relationship between temperature and adsorption in experiment.