Active Material Electrodes TRIZ Cases

Partially stabilized zirconia solid electrolyte uses mixed phase particles to absorb volume changes and mitigate internal stress.

Multimodal particle size distribution achieves high packing density in lithium-ion cells, mitigating energy loss when reducing cell thickness.

Molybdenum dioxide nanoparticles immobilized on a substrate form an active anode that reduces auxiliary power unit weight and fuel consumption.

A portable battery device uses a segmented casing with perforated walls to expose elements for passive heat exchange.

A lithium-ion cathode active material with controlled crystallite size and unit lattice volume to suppress crack formation during cycling.

Bonding reduced graphene oxide to a functional polymer creates a dual-purpose binder that boosts electrode strength while maximizing active material volume.

ZraMbOxNy catalyst boosts power density while reducing reliance on expensive noble metals.

A cyclic ether compound modifies the electrode interface to boost initial discharge capacity in non-aqueous batteries.

A porous carbon mesh on polyanion particles enhances electrical conductivity and lithium ion diffusion within the electrode structure.

Composite electrode catalyst layer with polyazole compounds prevents fluorine ion elution under high temperature conditions.

A lithium composite positive active material with specific metal doping maintains high capacity and structural integrity during charge cycles.