Materials Archives - Page 2 of 3 - Oxford University Innovation

Lightweight ultra and extreme high vacuum compatible composite material for high electromagnetic shielding

Novel design for lightweight composite material that is compatible with ultra and extreme high vacuums and provides high electromagnetic shielding.

Method for creating a nitric oxide generating coating for medical devices

A method for generation of therapeutic gas, nitric oxide (NO), from a coating of amine-functionalised graphene that can be used for medical devices, such as stents.

Block copolymer electrolytes for solid-state batteries

Novel block copolymers electrolytes with exceptional performance for solid state battery composite cathodes.

Radiofrequency cryogenic amplifier

First-stage cryogenic amplifier for radiofrequency (rf) signals in cryogenic environments and in presence of externally applied magnetic fields.

Methodology and software for electrode design and optimisation

Software electrode design enhances efficiency and performance in various electrochemical applications through optimisation and simulation.

An efficient method for upcycling waste plastics into energy

A method of upcycling waste plastics into valuable aromatics using a rapid microwave-initiated one-step catalytic reaction.

Eco-MOFs

Eco-friendly method to produce designer metal-organic frameworks for low-cost sensors.

Porous graphene-metal composites and graphene foams

A method to make a metal composite containing high-quality graphene (or other 2D-nanomaterial), using industry standard CVD processes. Further processing of the composite allows the production of graphene-only foam.

Rapid production of large graphene

A cheaper, faster CVD method for making large (mm-range) sheets of single crystal graphene and other 2D-materials using silicidated transition metals.

Vacuum-deposited modification of polymer surfaces

Enabling modification of film surface properties in high yield production techniques will deliver benefits in a range of applications including organic thin film transistor manufacture.

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