Transition-metal carbonyl complexes constitute one of the most prominent classes of
organometallic compounds, displaying a wealth of structural complexity and chemical …

Borylenes (BÀR) are highly reactive species that have only been observed at low
temperatures [1] or their presence inferred from the products of trapping reactions.[2] The …

Free borylenes are elusive, highly reactive species that are not accessible under ambient
conditions but can be generated and effectively stabilized in the coordination sphere of …

Walter Hieber s seminal work on metal carbonyl compounds not only established these
complexes as one of the most important classes of organometallics, but also disclosed …

In contrast to the rather well-developed chemistry of bridged borylene complexes LxMÀB (R)
ÀMLx[1] their terminal counterparts LxM¼BÀR are still exceptionally rare and restricted to …

Borylenes BÀR are of growing interest as ligands in organometallic chemistry because of
their close relationship to CO.[1] Since the first reported example of a transition-metal …

Figure 1. Structure of 2 in the crystal. Selected distances [ä] and angle [8]: Cr-B 1.996 (6), BN
1.353 (6); Cr-BN 177.4 (4). compound crystallizes in the space group P1≈, and the …

More and more metal complexes with terminal borylene ligands will be synthesized.
Although these ligands in metal complexes must be stabilized either by integration of the …

In the ten years since the first examples of terminal borylene complexes were reported, rapid
advances in the chemistry of this ligand class have been made, and parallels emerged with …

The study of transition-metal complexes of boron has become an area of widespread
interest over the past 15 years.[1] Boryl complexes [LxMÀBR2] are most prominent, and the …