
|
LiFePO4 has first been introduced as a potential cathode
material for Lithium batteries by Dr John Goodenough and his team
at University of Texas in 1996. Under its pure form, the Olivine-structured
material showed specific capacities up to 110 mAh/g.

|
Heterosite
structure
FePO4
|
Olivine
structure
LiFePO4
|
Introducing
Nano-painting of LiFePO4 with a Carbon electronic conductor
developed by Université de Montreal, Phostech Lithium produced
cathode material with specific capacities as high as 165 mAh/g,
very close to the maximum theoretical capacity of 170 mAh/g.

|
|