The discovery comes of a team of Yale chemists World Health Organization found some way to mix atmospherical atomic number 7 with benzol to create a substance known as phenylamine, that could be a precursor to materials accustomed build an associate assortment of artificial product.

A study describing the method seems within the journal Nature. "In the long haul, we tend to hope to find out a way to use the overabundant atomic number 7 within the air as a resource for synthesizing the product required by society," same Yale chemistry prof Patrick Holland, senior author of the study.

Much attention has been targeted on "nitrogen fixation," a method by that atmospherical atomic number 7 is employed to form ammonia. however, as Holland and his colleagues denote, there area unit several different compounds, materials, and processes that might use atomic number 7 in different forms if researchers will notice ways that to create them with atmospherical atomic number 7.

Holland same previous tries by different researchers to mix atmospherical atomic numbers 7 and benzol unsuccessful. Those tries used extremely reactive derivatives of benzol that may degrade before they may manufacture a reaction with atomic number 7.

Holland associated his colleagues used an iron compound to interrupt down one in all the chemical bonds in benzol. They additionally treated atomic number 7 with an atomic number 14 compound that allowed atomic number 7 to mix with benzol.

"Fundamentally, we're showing a brand new method of wondering a way to encourage atomic number 7 to make new bonds that will be all-mains to creating a different product," Holland same.

Co-first authors of the study area unit Sean McWilliams, World Health Organization recently received a pH scale.D. from Yale and is currently doing postdoctoral work at the University of North Carolina, and Daniel Broere, a former postdoctoral gentleman in Holland's workplace World Health Organization is currently associate prof at city University.