Three-dimensional (3-D) insertion compounds for batteries : structure-electrochemistry relationships and shaping

Advantages and disadvantages of switching from 2-D to 3-D insertion materials, illustrated by spinel compounds _LiMn2O4 and its partially substituted derivatives (Ni for Mn)

Circular economy for batteries and recycling

_AMXO4 polyanionic insertion materials with the emergence of _LiFePO4 and its _{LiFe1-xMnxPO4} derivatives

Fluorinated materials as positive electrodes for Li- and Na-Ion

Other vanadium-based polyanionic phosphates or fluosulphates _LiVPO4Fand others

Polyanionics based on fluorosulphates _LiMSO4Fand sulphates _Li2M(_SO4)2

Materials for everyday optics

The chemistry of mixed anion compounds : towards new functional materials for energy

3-D insertion materials based on silicates (_SiO4^)4- and borates (_BO3^)3- polyanions

European battery champions : keys to success

Na-based 3-D insertion materials (polyanionics and Prussian blue)

Organic electrode materials : towards carbon-free electrochemical storage ?