| Abstract Scope |
Traditional synthesis methods of transition metal carbides typically require extreme temperatures in excess of 1500°C which severely limits control over particle size and shape. In addition, forming metal carbide compounds with multiple metals and controllable composition becomes more challenging as the reaction temperatures and particle sizes decrease. Our lab specializes in unique synthesis methods that allow for the formation of metal carbide compounds with complex, controllable compositions, and particles sizes in the nanometer regime. Using a variety of carbon sources and metals, we have been able to synthesize carbides with control over their morphology including nanowires, plates, and small spheres. This presentation will focus on some of the mechanistic considerations necessary to synthesize metal carbide nanomaterials with tailored properties. |