GSPI (patent), until now Graphene...problematic t
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Posted On: 02/08/2022 5:12:44 PM
GSPI (patent), until now Graphene...problematic to create
Kristy Hunt
@CEOGSPI
·
4 hours ago
https://en.wikipedia.org/wiki/Potential_appli...f_graphene
$ GSPI wants you to understand why Graphene is so important ... When we see the potential and how difficult it is to produce, you can see the value of our patent . The biggest issue of supply and demand can be made a distant memory .
Source: https://twitter.com/CEOGSPI/with_replies
Kristy Hunt
@CEOGSPI
·
4h
GSPI is getting a great response to our Graphene patent announcement . The value of our process, design and functional ability are unusual in this industry. While Graphene is the product that will change the future, it is problematic to create...until now!
Source:https://twitter.com/CEOGSPI/with_replies
Potential applications of graphene
From Wikipedia, the free encyclopedia
Jump to navigation
Jump to search
Ambox current red Americas.svg
This article needs to be updated. Please help update this article to reflect recent events or newly available information. (December 2013)
Potential graphene applications include lightweight, thin, and flexible electric/photonics circuits, solar cells, and various medical, chemical and industrial processes enhanced or enabled by the use of new graphene materials.[1]
In 2008, graphene produced by exfoliation was one of the most expensive materials on Earth, with a sample the area of a cross section of a human hair costing more than $1,000 as of April 2008 (about $100,000,000/cm2).[2] Since then, exfoliation procedures have been scaled up, and now companies sell graphene in large quantities.[3] The price of epitaxial graphene on silicon carbide is dominated by the substrate price, which was approximately $100/cm2 as of 2009. Hong and his team in South Korea pioneered the synthesis of large-scale graphene films using chemical vapour deposition (CVD) on thin nickel layers, which triggered research on practical applications,[4] with wafer sizes up to 760 millimetres (30 in) reported.[5] By 2017, graphene electronics were being manufactured in a commercial fab on a 200 mm line.[6]
In 2013, the European Union made a €1 billion grant to be used for research into potential graphene applications.[7] In 2013 the Graphene Flagship consortium formed, including Chalmers University of Technology and seven other European universities and research centers, along with Nokia.[8]
Contents
1 Medicine
1.1 Tissue engineering
1.2 Contrast agents, bioimaging
1.3 Polymerase chain reaction
1.4 Devices
1.5 Drug delivery
1.6 Biomicrorobotics
1.7 Testing
2 Electronics
2.1 Transistors
2.2 Transparent conducting electrodes
2.3 Frequency multiplier
2.4 Optoelectronics
2.5 Hall effect sensors
2.6 Quantum dots
2.7 Organic electronics
2.8 Spintronics
2.9 Conductive ink
3 Light processing
3.1 Optical modulator
3.2 Ultraviolet lens
3.3 Infrared light detection
3.4 Photodetector
4 Energy
4.1 Generation
4.2 Storage
4.3 Transmission
5 Sensors
5.1 Biosensors
5.2 Pressure sensors
5.3 NEMS
5.4 Molecular absorption
5.5 Piezoelectric effect
5.6 Body motion
5.7 Magnetic
6 Environmental
6.1 Contaminant removal
6.2 Water filtration
6.3 Permeation barrier
7 Other
7.1 Art preservation
7.2 Aviation
7.3 Catalyst
7.4 Coolant additive
7.5 Lubricant
7.6 Nanoantennas
7.7 Plasmonics and metamaterials
7.8 Radio wave absorption
7.9 Redox
7.10 Reference material
7.11 Soundproofing
7.12 Sound transducers
7.13 Structural material
7.14 Thermal management
7.15 Waterproof coating
8 See also
9 References...
Source: https://en.wikipedia.org/wiki/Potential_appli...f_graphene
Kristy Hunt
@CEOGSPI
·
4 hours ago
https://en.wikipedia.org/wiki/Potential_appli...f_graphene
$ GSPI wants you to understand why Graphene is so important ... When we see the potential and how difficult it is to produce, you can see the value of our patent . The biggest issue of supply and demand can be made a distant memory .
Source: https://twitter.com/CEOGSPI/with_replies
Kristy Hunt
@CEOGSPI
·
4h
GSPI is getting a great response to our Graphene patent announcement . The value of our process, design and functional ability are unusual in this industry. While Graphene is the product that will change the future, it is problematic to create...until now!
Source:https://twitter.com/CEOGSPI/with_replies
Potential applications of graphene
From Wikipedia, the free encyclopedia
Jump to navigation
Jump to search
Ambox current red Americas.svg
This article needs to be updated. Please help update this article to reflect recent events or newly available information. (December 2013)
Potential graphene applications include lightweight, thin, and flexible electric/photonics circuits, solar cells, and various medical, chemical and industrial processes enhanced or enabled by the use of new graphene materials.[1]
In 2008, graphene produced by exfoliation was one of the most expensive materials on Earth, with a sample the area of a cross section of a human hair costing more than $1,000 as of April 2008 (about $100,000,000/cm2).[2] Since then, exfoliation procedures have been scaled up, and now companies sell graphene in large quantities.[3] The price of epitaxial graphene on silicon carbide is dominated by the substrate price, which was approximately $100/cm2 as of 2009. Hong and his team in South Korea pioneered the synthesis of large-scale graphene films using chemical vapour deposition (CVD) on thin nickel layers, which triggered research on practical applications,[4] with wafer sizes up to 760 millimetres (30 in) reported.[5] By 2017, graphene electronics were being manufactured in a commercial fab on a 200 mm line.[6]
In 2013, the European Union made a €1 billion grant to be used for research into potential graphene applications.[7] In 2013 the Graphene Flagship consortium formed, including Chalmers University of Technology and seven other European universities and research centers, along with Nokia.[8]
Contents
1 Medicine
1.1 Tissue engineering
1.2 Contrast agents, bioimaging
1.3 Polymerase chain reaction
1.4 Devices
1.5 Drug delivery
1.6 Biomicrorobotics
1.7 Testing
2 Electronics
2.1 Transistors
2.2 Transparent conducting electrodes
2.3 Frequency multiplier
2.4 Optoelectronics
2.5 Hall effect sensors
2.6 Quantum dots
2.7 Organic electronics
2.8 Spintronics
2.9 Conductive ink
3 Light processing
3.1 Optical modulator
3.2 Ultraviolet lens
3.3 Infrared light detection
3.4 Photodetector
4 Energy
4.1 Generation
4.2 Storage
4.3 Transmission
5 Sensors
5.1 Biosensors
5.2 Pressure sensors
5.3 NEMS
5.4 Molecular absorption
5.5 Piezoelectric effect
5.6 Body motion
5.7 Magnetic
6 Environmental
6.1 Contaminant removal
6.2 Water filtration
6.3 Permeation barrier
7 Other
7.1 Art preservation
7.2 Aviation
7.3 Catalyst
7.4 Coolant additive
7.5 Lubricant
7.6 Nanoantennas
7.7 Plasmonics and metamaterials
7.8 Radio wave absorption
7.9 Redox
7.10 Reference material
7.11 Soundproofing
7.12 Sound transducers
7.13 Structural material
7.14 Thermal management
7.15 Waterproof coating
8 See also
9 References...
Source: https://en.wikipedia.org/wiki/Potential_appli...f_graphene
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