Development of Gold Phosphorus Supported Carbon Nanocomposites

Abstract

Metal-containing carbon nanocomposites have shown significance promise in the area of energy storage, heterogeneous catalysis and material science because of their morphology and combined properties. Phosphorus-doped carbon nanocomposites with gold nanoparticles were developed by applying a simple impregnation method and metal deposition technique. Gold-phosphorus supported carbon nanocomposites with two sized (25 and 170 nm) were prepared from economical petroleum pitch residue as the carbon source using an advanced silica template method. These nanocomposites will lead to the novel applications in the field of material science with the combined properties of gold, phosphorus and carbon. The newly prepared gold phosphorus supported carbon nanocomposites were fully characterized using a range of different physicochemical techniques.

Sustainable Organo-Inorganic Metal Composites for Catalytic Degradation of Industrial Persistent Toxic Substances and Energy Storage

“…All eleven synthesized metal carbon nanocomposites, Au@NCC [26,27], Cu@NCC, Ni@NCC, K-Mn@NCC [18,27], P@NCC, Au-P@NCC [28], Mo-V@NCC [3], Pd@NCC, Au-Pd@NCC [29,30], W@NCC [14], and Au-Salen@NCC [1], displays not Materials Research Foundations 102 (2021) 106-127 https://doi.org/10.21741/9781644901397-4 112 only the singular physico-chemical essence of involved metal and nanoporous carbon cage (NCC) but also the collective characteristics of the paired composite and the occurrence of new qualities able of promoting brand-new operations (Fig. 4).…”