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Pendon Grafeno

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J
Juanes Restrepo Giraldo

The document proposes using graphene-based conductive paint to replace electrical wiring in homes. This would improve safety by reducing fire risks from short circuits and increase energy efficiency by reducing losses. Through experiments mixing graphite, acetone, and bicarbonate, the researchers developed a conductive paint and determined it could replace copper wiring while maintaining conductivity and security.

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Our project proposes a new way of replacing the electrical distribution wiring tracks pain- ted by graphene-based paint that will revo- lutionize the way we drive energy in homes of the future; because besides being an in- novative process has added values such as safety and quality. -Fabricar Conductive paint graphene based energy. Optimise energy distribution in ho- mes using graphene tracks. -Remplazar Electrical wiring. Increase the safety by reducing fire for short circuits. -reduce stealing electrical wiring. ?How do from graphene could fabri- cate conductive paint able to replace the electrical wiring to the house of the future? Graphene is more efficient to reduce losses by Joule effect in our production process we found several particularities conuctora paint as paint- conductive graphene has pro- ved itself as the conductive compound is shown that des- pite having low resistance may regulate the electrical current so we'd circuits and safer homes with this pain- ting we are sure we're a step closer to replacing the wiring tracks paint. Through mixtures have determi- ned from graphite and acetone bicarbonate we produce the con- ductive paint was sought to ob- tain large-scale benefits in the use of this paint is its conductive ca- pacity which replaces what cop- per wiring and security reform. Based on a process of brainstor- ming started looking at our insti- tution the way to make conducti- ve paint and electricity started basically with the development of mixtures of material is as graphite, vinyl, printer ink, vi- negar, salt, acetone, bicarbonate, and others with whom we analyzed the potential conducti- vity and efficiency that each mix- ture had to manage to find the ink that meets the characteristics we were looking for. Google académico :Propiedades y aplicaciones del grafeno clamaría rodríguez Gonzales. Oxana vasilievna kharissova. http://www.abc.es/20120621/ciencia/abci-logran-fabricar-grafeno-material-201206211049.html. Conductive paint capable of replacing the wiring to the house of the future: paintgraf-energy Members -Jhoan Sebastián Soto Mesa -Juan Esteban Restrepo Giraldo -Nick Angello Gómez Rivera - Paula Katerine Quintero Marulanda Summary Objectives Methodology Problem Results Conclusions References Toda la información esta protegida por derechos de autor

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Pendon Grafeno

  • 1. Our project proposes a new way of replacing the electrical distribution wiring tracks pain- ted by graphene-based paint that will revo- lutionize the way we drive energy in homes of the future; because besides being an in- novative process has added values such as safety and quality. -Fabricar Conductive paint graphene based energy. Optimise energy distribution in ho- mes using graphene tracks. -Remplazar Electrical wiring. Increase the safety by reducing fire for short circuits. -reduce stealing electrical wiring. ?How do from graphene could fabri- cate conductive paint able to replace the electrical wiring to the house of the future? Graphene is more efficient to reduce losses by Joule effect in our production process we found several particularities conuctora paint as paint- conductive graphene has pro- ved itself as the conductive compound is shown that des- pite having low resistance may regulate the electrical current so we'd circuits and safer homes with this pain- ting we are sure we're a step closer to replacing the wiring tracks paint. Through mixtures have determi- ned from graphite and acetone bicarbonate we produce the con- ductive paint was sought to ob- tain large-scale benefits in the use of this paint is its conductive ca- pacity which replaces what cop- per wiring and security reform. Based on a process of brainstor- ming started looking at our insti- tution the way to make conducti- ve paint and electricity started basically with the development of mixtures of material is as graphite, vinyl, printer ink, vi- negar, salt, acetone, bicarbonate, and others with whom we analyzed the potential conducti- vity and efficiency that each mix- ture had to manage to find the ink that meets the characteristics we were looking for. Google académico :Propiedades y aplicaciones del grafeno clamaría rodríguez Gonzales. Oxana vasilievna kharissova. http://www.abc.es/20120621/ciencia/abci-logran-fabricar-grafeno-material-201206211049.html. Conductive paint capable of replacing the wiring to the house of the future: paintgraf-energy Members -Jhoan Sebastián Soto Mesa -Juan Esteban Restrepo Giraldo -Nick Angello Gómez Rivera - Paula Katerine Quintero Marulanda Summary Objectives Methodology Problem Results Conclusions References Toda la información esta protegida por derechos de autor