2017
DOI: 10.1134/s0036024417120238
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Oxidation of phosphine with quinone and quinoid redox polymers in alcohol solutions of copper

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Cited by 2 publications
(3 citation statements)
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“…49 Further study into the reaction, and inclusion of quinone as a reductant, has also been reported. 50 However, in general, secondary and primary species are observed as side products in many reactions. Given the challenges associated with purification of reactive phosphines, particularly those that are the product of hydrophosphination reactions (where the product is invariably an alkyl phosphine and thus more prone to oxidation), selective synthesis of a primary or secondary or tertiary phosphine is desirable.…”
Section: Reacting Ph 3 To Form P−c/p−oc Bondsmentioning
confidence: 99%
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“…49 Further study into the reaction, and inclusion of quinone as a reductant, has also been reported. 50 However, in general, secondary and primary species are observed as side products in many reactions. Given the challenges associated with purification of reactive phosphines, particularly those that are the product of hydrophosphination reactions (where the product is invariably an alkyl phosphine and thus more prone to oxidation), selective synthesis of a primary or secondary or tertiary phosphine is desirable.…”
Section: Reacting Ph 3 To Form P−c/p−oc Bondsmentioning
confidence: 99%
“…A change to stoichiometric CuCl 2 in CCl 4 gives selective formation of the dialkyl phosphite (HP­(O)­(O i Pr) 2 ) when isopropanol is employed (Scheme ). Further study into the reaction, and inclusion of quinone as a reductant, has also been reported …”
Section: Reacting Ph3 To Form P–c/p–oc Bondsmentioning
confidence: 99%
“…The proposed purification method for furnace gas allows producing the mineral fertilizers by the lowtemperature catalytic oxidation of P-and S-components and the purified carbon monoxide to generate hydrogen bythe WGSR.Synthesis gas resulted in mixing hydrogen formed with purified carbon monoxide may be used to produce the final commercial products -synthetic liquid hydrocarbonsby the Fischer-Tropsch reaction on the catalysts synthesized by the authors [17]. This methoddistinguished by simplicitycontributes to energy saving, utilization of technogenic waste, and the production of value-added products without changing the existing technology for producing yellow phosphorus.…”
mentioning
confidence: 99%