Difference between revisions of "Solvated electrons"
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| − | '''Solvated electrons''' are free [[electron]]s which have been dissolved in a solution. Solvated electrons are easily identified by their deep blue colors, which turn almost coppery at higher concentrations. It is technically possible to produce them in all solvents that allow outer sphere electron transfer, but they are generally only produced in significant amounts in nitrogenous solvents, most commonly liquid [[ammonia]]. Sciencemadness user woelen has found an easy method of producing solvated electrons using [[ethylenediamine]] and [[lithium]] metal. | + | '''Solvated electrons''' are free [[electron]]s which have been dissolved in a solution. Solvated electrons are easily identified by their deep blue colors, which turn almost coppery at higher concentrations. It is technically possible to produce them in all solvents that allow outer sphere electron transfer, but they are generally only produced in significant amounts in anhydrous nitrogenous solvents, most commonly liquid [[ammonia]]. Sciencemadness user woelen has found an easy method of producing solvated electrons using [[ethylenediamine]] and [[lithium]] metal. |
==Properties== | ==Properties== | ||
| − | Solvated electrons are highly reactive reducing agents. They are able to convert oxygen into [[superoxide]] radicals. In the presence of [[nitrous oxide]], hydroxyl radicals are formed. | + | Solvated electrons are highly reactive reducing agents. They are able to convert oxygen into [[superoxide]] radicals. In the presence of [[nitrous oxide]], hydroxyl radicals are formed. Some electride salts may be isolable. |
==References== | ==References== | ||
Latest revision as of 13:32, 26 November 2022
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Solvated electrons are free electrons which have been dissolved in a solution. Solvated electrons are easily identified by their deep blue colors, which turn almost coppery at higher concentrations. It is technically possible to produce them in all solvents that allow outer sphere electron transfer, but they are generally only produced in significant amounts in anhydrous nitrogenous solvents, most commonly liquid ammonia. Sciencemadness user woelen has found an easy method of producing solvated electrons using ethylenediamine and lithium metal.
Properties
Solvated electrons are highly reactive reducing agents. They are able to convert oxygen into superoxide radicals. In the presence of nitrous oxide, hydroxyl radicals are formed. Some electride salts may be isolable.
