High-energy mechanical milling

The results of high energy mechanical milling of PVC with zinc borate or zinc borate/ATH mixtures have been... 

Silicon-Based Nanocomposites Synthesized Using High-Energy Mechanical Milling... 

Kim, I.S., Blomgren, G.E., and Kumta, P.N., Si-SiC nanocomposite anodes synthesized using high-energy mechanical milling, J. Power Sources, 130, 275, 2004. 

Another strategy of high-energy mechanical milling has been also introduced to the fabrication of Si/PPy composites by Guo Z. P. et al [90]. 

A similar result was obtained by Liu et al. In this case, inclusion of a high-energy mechanical milling (HEMM) step between the two thermal pyrolysis reactions of PVDF resulted in a sihcon/disordered carbon composite, in which the active silicon cores were homogeneonsly distributed within the pyrolyzed carbonaceous matrix. The composite offered a reversible capacity of ca. 900 mA h g within 40 cycles and a relatively high conlombic efficiency of 80% over the initial cycle. 

Timmons A et al (2007) Studies of Si[sub 1 - x]C[sub x] electrode materials prepared by high-energy mechanical milling and combinatorial sputter deposition. J Electrochem Soc 154 A865-A874... 

An antimony containing intermetallic alloy compound consisting of molybdenum and antimony dispersed in an amorphous carbon matrix was developed using a high-energy mechanical milling technique (119). This material was used as the anode for a sodium-ion battery... 

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