Graphene spray gun (original) (raw)
Graphene spray guns are a kinetic spray system that deposits, through , a one atom thick sheet of pure carbon named graphene by means of a de Laval nozzle, which is a pinched tube with an hourglass type shape. The system deposits graphene flakes and a hexagonal graphene lattice is created upon impact of the desired surface. The graphene spray gun would be utilized onto large-scale applications such as circuits, radio transmitters, and optical electronics due to the its transparency and its high electrical conductivity. The supersonic spray system was first developed in May 2014 by University of Illinois professor Alexander Yarin, and Korea University professor Sam Yoon. Yarin went to Yoon when he learned about his work regarding kinetic spray deposition systems. Yarin believed that graphen
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| dbo:abstract | Graphene spray guns are a kinetic spray system that deposits, through , a one atom thick sheet of pure carbon named graphene by means of a de Laval nozzle, which is a pinched tube with an hourglass type shape. The system deposits graphene flakes and a hexagonal graphene lattice is created upon impact of the desired surface. The graphene spray gun would be utilized onto large-scale applications such as circuits, radio transmitters, and optical electronics due to the its transparency and its high electrical conductivity. The supersonic spray system was first developed in May 2014 by University of Illinois professor Alexander Yarin, and Korea University professor Sam Yoon. Yarin went to Yoon when he learned about his work regarding kinetic spray deposition systems. Yarin believed that graphene could be applied to the system in order to create a layer of the material. After conducting experiments with the newly created system, they concluded that the graphene spray system was a success. The spray gun is still in its early stages of development, but is considered by many scientists and researchers to be the solution of various predicaments that occur when applying graphene onto large-scale products. The most common problem that would transpire within the other methods is that the layer would be uneven and coated by aggregations. The energy delivered by the supersonic spraying stretches the graphene evenly upon impact, and is the main reason for the spray system’s lack of defects that are common within other graphene deposition methods. (en) |
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| dbo:wikiPageWikiLink | dbr:Sam_Yoon dbr:Electronic_circuit dbr:Energy_storage dbr:University_of_Illinois_Chicago dbr:De_Laval_nozzle dbr:Nanotechnology dbr:Particle_aggregation dbr:Transparency_and_translucency dbr:Alexander_Yarin dbr:Electrical_resistivity_and_conductivity dbr:Corrosion dbr:Optoelectronics dbr:Composite_material dbr:Plastic dbr:Substrate_(materials_science) dbr:Radio_transmitter_design dbr:Graphene dbr:Steel dbr:Redox dbr:Hydrophobe dbc:Aerosol_sprays dbc:Graphene dbr:Kinetic_energy dbr:Biological_engineering dbr:Hexagonal_lattice dbr:Solar_cell dbr:Touchscreen dbr:Evaporation dbr:Stone-Wales_defect dbr:Supersonic_speed. |
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| dct:subject | dbc:Aerosol_sprays dbc:Graphene |
| gold:hypernym | dbr:System |
| rdfs:comment | Graphene spray guns are a kinetic spray system that deposits, through , a one atom thick sheet of pure carbon named graphene by means of a de Laval nozzle, which is a pinched tube with an hourglass type shape. The system deposits graphene flakes and a hexagonal graphene lattice is created upon impact of the desired surface. The graphene spray gun would be utilized onto large-scale applications such as circuits, radio transmitters, and optical electronics due to the its transparency and its high electrical conductivity. The supersonic spray system was first developed in May 2014 by University of Illinois professor Alexander Yarin, and Korea University professor Sam Yoon. Yarin went to Yoon when he learned about his work regarding kinetic spray deposition systems. Yarin believed that graphen (en) |
| rdfs:label | Graphene spray gun (en) |
| owl:sameAs | freebase:Graphene spray gun yago-res:Graphene spray gun wikidata:Graphene spray gun https://global.dbpedia.org/id/uRK3 |
| prov:wasDerivedFrom | wikipedia-en:Graphene_spray_gun?oldid=1110414324&ns=0 |
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