Research library
Read across the scales.
Start with a scientific question. Follow a collection from the underlying mechanism to the electrode, cell and application.
The olivine electrode
Follow the relationship between crystal structure, lithium motion and the electronic network.
Composition and performance
Compare what changes when manganese enters an iron-phosphate cathode, and separate material properties from cell-level results.
The complete cell
Study the interfaces and operating conditions that influence usable capacity, resistance and service life.
Beyond lithium iron phosphate
Explore sodium storage, application requirements and the conference history behind this publication’s subject matter.
Topic references
Go to the bibliography ↗Olivine cathodes
Structure, transport and electrode design
Lithium iron phosphate
The chemistry and engineering of LFP
Lithium manganese iron phosphate
Voltage, composition and reaction kinetics
Lithium-ion batteries
How materials work together in a cell
Sodium-ion batteries
Sodium storage and phosphate frameworks
Solid-state batteries
Electrolytes, contact and interfaces
Battery degradation
Mechanisms behind capacity and power loss
Energy storage
From cell performance to system requirements