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Recently, Professor Xia Hui's team from the School of Materials Science/Granite Institute of Nanjing University of Science and Technology has made a new breakthrough
in the research of energy storage materials - supercapacitor iron oxide electrode materials.
The research results were published online in Advanced Materials, a leading journal in the field of materials science
, in February 2018.
As the key to high-efficiency energy storage devices, energy storage materials are an indispensable part
of the vigorous development of clean energy.
Based on the efficient use of clean energy, Professor Xia Hui's team has carried out research on key materials for a variety of energy storage systems, and has made a series of progress
in the research direction of lithium-ion batteries and sodium-ion batteries in the past year.
Recently, Professor Xia Hui's team from the School of Materials Science/Granite Institute of Nanjing University of Science and Technology has made a new breakthrough
in the research of energy storage materials - supercapacitor iron oxide electrode materials.
The research results were published online in Advanced Materials, a leading journal in the field of materials science
, in February 2018.
As the key to high-efficiency energy storage devices, energy storage materials are an indispensable part
of the vigorous development of clean energy.
Based on the efficient use of clean energy, Professor Xia Hui's team has carried out research on key materials for a variety of energy storage systems, and has made a series of progress
in the research direction of lithium-ion batteries and sodium-ion batteries in the past year.
