Transient Triplet Metallopnictinidenes M–Pn (M = Pd<sup>II</sup>, Pt<sup>II</sup>; Pn = P, As, Sb): Characterization and Dimerization

Nitrenes (R–N) have been subject to a large body of experimental and theoretical studies. The fundamental reactivity of this important class of transient intermediates has been attributed to their electronic structures, particularly the accessibility of triplet vs singlet states. In contrast, electr...

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Bibliographic Details
Main Author:	Marc C. Neben (20629212) (author)
Other Authors:	Nils Wegerich (20634615) (author), Tarek A. Al Said (20634618) (author), Richard R. Thompson (2185918) (author), Serhiy Demeshko (1311273) (author), Kevin Dollberg (18584494) (author), Igor Tkach (2341900) (author), Gerard P. Van Trieste (9634459) (author), Hendrik Verplancke (19531314) (author), Carsten von Hänisch (7571639) (author), Max C. Holthausen (1470409) (author), David C. Powers (1345497) (author), Alexander Schnegg (1427203) (author), Sven Schneider (1366548) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Cell Biology Biotechnology Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified triplet magnetic microstates singlet excited states heavier pnictinidene analogues r – n transient metallopnictinidene intermediates transient triplet metallopnictinidenes r – pn sb ): characterization p – bi transient intermediates – pn – p theoretical studies large body important class fundamental reactivity electronic structures dimerization nitrenes
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Transient Triplet Metallopnictinidenes M–Pn (M = Pd<sup>II</sup>, Pt<sup>II</sup>; Pn = P, As, Sb): Characterization and Dimerization

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