Role of milling parameters on the mechano-chemically synthesized mesoporous nanosilicon properties for Li-ion batteries anode - Dataset
Description
The uploaded data is associated with the article "Role of milling parameters on the mechano-chemically synthesized mesoporous nanosilicon properties for Li-ion batteries anode" with the DOI: https://doi.org/10.1016/j.jpcs.2019.109318 Briefly, in this dataset, you can find original figures and tables, images. Highlights: • Nanostructured silicon was achieved by HBEM of rice husk derived nano-silica and Mg and subsequent leaching of products. • The influence of milling energy as a rapid process on microstructural properties of synthesized Si has been investigated. • The raw materials are low-cost, and the HEBM process is facile and reproducible. • Si/C product exhibited a reversible specific capacity of 3113 mAh.g-1 (at CD=0.4 A/g). • Electrochemical characterizations and electrical resistivity of 1.823 Ω.cm2, reveals its potentiality as LIB anode. + Calculation of milling energy can be provided upon request. + Please contact us if you are interested.