Carbon nanotube (CNT) was a choice of high performance electrode of supercapacitor operated at 3.5 V or above, due to their chemical stability, huge surface area, exohedral surface accessible to ions
It is wildly known that the texture of the catalyst strongly effect its catalytic performance in industrial heterogeneous catalytic processes and therefore the inherent characteristic of the catalyst
Lignocellulosic materials represent the most abundant organic biomass which has been considered as one of the most promising feedstock for sustainable productions of energy and chemicals.However, the
Lithium-sulfur battery system is one of the promising candidates for future power system in portable devices or electric vehicles.Li-S system exhibits theoretical capacity and energy density of 1672 m
A series of ordered mesoporous Ni-Ce-Al composite oxides with various cerium contents were synthesized via one-pot route-evaporation induced self-assembly (EISA) strategy and tested in methane dry ref
Supercapacitors (SC), clean electrochemical energy storage systems, have higher power density and excellent cycling stability, but relatively low energy density compared to Li-ion batteries.Increasing