Abstract
This work demonstrates the physical properties for polymer nanocomposites of polycarbonate (PC) and functionalized-SWCNTs at different weight ratios. The results demonstrate that the thermal, rheological, electrical, and optical properties are significantly improved. The improvement over PC properties suggest that the functionalization of SWCNTs using UVO will improve their dispersion in the PC matrix and enhance their interaction with polymer matrix. The storage modulus value at RT is improved by 44 % as the weight fraction of SWCNTs increases up to 1 wt%. Electrical results show that the percolation threshold is around 0.4 % SWCNTs and incorporation of 1 % SWCNTs into PC will decrease PC resistivity up to six order of magnitudes. Incorporation of 1 % SWCNTs into PC will also enhance the UV/visible absorption and will decrease the optical energy gap of neat PC.