It represents the oxidized form of graphene: therefore enriched with oxygen functional groups.
Graphene oxide is a single atomic layer material.
Unlike graphene, which is hydrophobic, graphene oxide owns a hydrophilic nature, which allows it to disperse in aqueous solutions.
This property, combined with the tunable size of the flakes, ranging from a few nanometers to millimeters, make graphene oxide as a transformative material in various fields of science and technology.
Graphene oxide stands out with its high surface area, making it a candidate for diverse applications, especially where interaction is critical.
The presence of oxygen functional groups not only lends it dispersibility in water but also makes it fluorescent, providing utility in specific biosensing and biomedical applications.
Graphene Oxide is a versatile material pivotal in electronics, energy storage, and biosensing due to its unique properties.
Its roles wide range from enhancing sensors and batteries to facilitating precision in DNA detection and promising drug delivery methods.
Additionally, its protective coatings extend product lifespans, and when integrated with polymers, it augments composite capabilities.
Its structure also offers promise in advanced filtration and hydrogen storage, highlighting its potential in future technological applications.
