Abstract
In this work it is presented a review of the main results obtained during the electrochemical lithium insertion in the family of monophosphate tungsten bronzes (PO 2) 4(WO 3) 2 m (2 ≤ m ≤ 10). This family of oxides is a good system in order to study the relation among the electrochemical processes observed in the course of lithium insertion and the changes of bronzes structures. By means of X-ray diffraction experiments, the nature of Li x (PO 2) 4(WO 3) 2 m phases has been elucidated and a correlation with the reversible/irreversible processes observed during the electrochemical insertion has been established. The electrical properties of the inserted Li x (PO 2) 4(WO 3) 2 m phases were measured and a relation with the amount of lithium inserted and m was also found.
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