#carbonyl — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #carbonyl, aggregated by home.social.
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@RL_Dane @pkw @sotolf @mirabilos
Also worth mentioning:
- #chawan (https://sr.ht/~bptato/chawan/)
- #carbonyl (https://github.com/fathyb/carbonyl)
- #elinks (http://elinks.or.cz/) -
"...Mg(OAc)2 outcompetes the interaction between Ag and the #aldehyde, thereby tuning the Ag surface for selective product formation. Data are consistent with an increased population of Mg-bound aldehyde facilitating the addition of a carbon-centred radical (product of Ag-electrocatalysed organic halide reduction) to the #carbonyl. #Electron transfer from Ag to the resultant alkoxy radical yields the desired alcohol."
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"...Mg(OAc)2 outcompetes the interaction between Ag and the #aldehyde, thereby tuning the Ag surface for selective product formation. Data are consistent with an increased population of Mg-bound aldehyde facilitating the addition of a carbon-centred radical (product of Ag-electrocatalysed organic halide reduction) to the #carbonyl. #Electron transfer from Ag to the resultant alkoxy radical yields the desired alcohol."
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"...Mg(OAc)2 outcompetes the interaction between Ag and the #aldehyde, thereby tuning the Ag surface for selective product formation. Data are consistent with an increased population of Mg-bound aldehyde facilitating the addition of a carbon-centred radical (product of Ag-electrocatalysed organic halide reduction) to the #carbonyl. #Electron transfer from Ag to the resultant alkoxy radical yields the desired alcohol."
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"...Mg(OAc)2 outcompetes the interaction between Ag and the #aldehyde, thereby tuning the Ag surface for selective product formation. Data are consistent with an increased population of Mg-bound aldehyde facilitating the addition of a carbon-centred radical (product of Ag-electrocatalysed organic halide reduction) to the #carbonyl. #Electron transfer from Ag to the resultant alkoxy radical yields the desired alcohol."
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"...Mg(OAc)2 outcompetes the interaction between Ag and the #aldehyde, thereby tuning the Ag surface for selective product formation. Data are consistent with an increased population of Mg-bound aldehyde facilitating the addition of a carbon-centred radical (product of Ag-electrocatalysed organic halide reduction) to the #carbonyl. #Electron transfer from Ag to the resultant alkoxy radical yields the desired alcohol."
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