碳功能材料及其在先進低碳能源中的應用

       2013海峽兩岸功能材料科技與產業峯會——Against the energy crisis around the whole world and the eagerness of seeking and researching the new -type sustainable energy, the energy system with zero emission or low carbon and low cost is of essential importance. However, all the high-efficiency green power energies require a plenty of expensive but noble metal catalyst, impeding the industrialization production seriously. The carbon material is featured with large reserves and cheap price. To this end, we have developed several functional carbon materials, such as carbon nanotube, grahene, electro -conductive polymer and others, by means of chemical synthesis, self -assembly, surface functionalization and molecular template strategies. The applications of those functionalized carbon materials have been demonstrated as high-efficiency catalyst carrier and as the high -performance catalyst in advanced sustainable high -efficiency low -carbon energies, such as lithium battery, fuel cell, solar cell, super capacitor and etc. In this report, the controllable synthesized new functional carbon material which is characterized with different composition, nano/micro structure, particle size, pore distribution and others will be introduced. Specifically, the functional carbon materials with hierarchical structures to improve the thermodynamic performance, overcome the limit of dynamics and uplift the performance of low-carbon energy will be highlighted.