Synthesis and characterization Al2O3-ZrO2 bio-nanostructures with sintering effect, residual and thermally stable analysis

The thermal stability of nano composite materials is the important aspect modern era. In advance devices, nanostructures and material are used for biological other applications. aluminum oxide most prominent oxides at scale that show different structures, electrical properties which make it useful in Sol-Gel technique was synthesis to grow these Al2O3-ZrO2. Thermal achieved thermo-gravimetric (TGA) graphical analysis synthesized performed. Size, phase structure validation about productive studied by X-Ray diffraction powder technique. Reaction completion idea annealing temperature had pointed out DSC-TGA (SDT) peaks. Effect temperatures with equal variation from 500 0C, 700 900 0C 1100 performed achieve target stability. also conducted ANSYS workbench visualize distributes like heat flux through material. Optical such as band gap were UV-vis analysis. Fourier transform infrared (FTIR) This work provides information related sintering effect, residual thermally stable