Search Results - "Farmen, Christopher T."

Intrinsic reactivity of [OUCH]+: Apparent synthesis of [OUS]+ by reaction with CS2 by Metzler, Luke J., Farmen, Christopher T., Fry, Allison N., Seibert, Mark P., Massari, Kayla A., Corcovilos, Theodore A., Stipdonk, Michael J.

“…Rationale Building on our report that collision‐induced dissociation (CID) can be used to create the highly reactive U‐alkylidyne species [O=U≡CH]+, our goal…”
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Intrinsic reactivity of [OUCH] + : Apparent synthesis of [OUS] + by reaction with CS 2 by Metzler, Luke J, Farmen, Christopher T, Fry, Allison N, Seibert, Mark P, Massari, Kayla A, Corcovilos, Theodore A, van Stipdonk, Michael J

“…Building on our report that collision-induced dissociation (CID) can be used to create the highly reactive U-alkylidyne species [O=U≡CH] , our goal was to…”
Get full text