Nano graphene applications and
uses: Graphene mobile phone
the name of Graphene is from graphite + -
ene (the end of alkene), which is graphene name origin. Graphene is an
atomic-scale honeycomb lattice made of carbon atoms. nano graphene is undoubtedly
emerging as one of the most promising nanomaterial because of its unique
combination of superb properties, which opens a way for its exploitation in a
wide spectrum of applications ranging from electronics to optics, sensors, and
biodevices.
For instance, graphene-based nanomaterials
have many promising applications in energy-related areas. good electric
conductivity and light transmittance performance make nano graphene has very
good application prospect in transparent conductive electrode. Such as touch
screen, LCD display, organic photovoltaic cells, and organic light-emitting
diodes (leds). In particular, graphene compared the commonly used material
doped indium tin oxide has a very excellent mechanical strength and
flexibility.
Lower cost of display screens in mobile
devices. Graphene is a thin film of single atomic layer made of carbon atoms,
can be used as a core part of new type touch screen material--transparent
electrode.Compared with the existing mobile phone touch screen material,
graphene advantage is more, is considered to be the world's most thin, almost
entirely light transmittance, the largest intensity material.In addition,
graphene has good flexibility, to a certain extent, can be bent and folded, all
of these make graphene have extensive application in the electronic information
industry.
Benefit from the cost of the raw material
of Graphene films reduction, downstream products of graphene have better
development conditions, forthcoming graphene mobile phone is one of the
application. hwnanomaterial chief scientist said, graphene touch screen mobile
phone, lithium battery and thermal film will be using graphene as raw
materials, and also provide technical support for the entire product
development and application of the graphene mobile phone
Researchers have found that graphene can
replace indium-based electrodes in organic light emitting diodes (OLED). These
diodes are used in electronic device display screens which require low power
consumption. The use of nano graphene instead of indium not only reduces the cost
but eliminates the use of metals in the OLED, which may make devices easier to
recycle.
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