financially supported by NSFC(No.21571176,21611530688,21771171,21671077 and 21025104)
Constructing layered-spinel composites is important to improve the rate performance of lithium-rich layered oxides.However,up to now,the effect of microstructure of composites on the rate performance has not been well...
financially supported by NNSFC(No.21025104,21271171,and 91022018)
Hybrid materials are attracting intensive attention for their applications in electronics, photoelectronics, LEDs, field-effect transistors, etc. Engineering new hybrid materials and further exploiting their new funct...
financially supported by NNSFC(No.21025104 and 21271171)
Alloys based on non-noble metals could be the next generation of high-performance catalysts for many chemical reactions. However, precisely composition controlled synthesis of non-noble alloys remains a significant ch...
This work aims at mapping the compositions of zinc tantalate for optimum photocatalytic performance in degradation of organic pollutants. Three zinc tantalates, low-temperature form ZnTa2O6 (LT-ZnTa2O6), high-temper...
financially supported by the National Natural Science Foundation of China (21025104, 20831004 & 91022018);National Basic Research Program of China (2011CBA00501 & 2007CB613301)
This work presents a critical review on the studies of defect chemistry of oxide nanoparticles for creating new functionalities pertinent to energy applications including dilute-magnetic semiconductors,giant-dielectri...