Enlightening developments in 1,3-P,N-ligand-stabilized multinuclear complexes: A shift from catalysis to photoluminescence

Research output: Contribution to JournalReview articleAcademicpeer-review

Abstract

1,3-P,N-ligands provide the ideal spatial separation to facilitate homo and hetero metal-metal interactions to access multinuclear complexes. The rich chemistry of such complexes includes applications in coordination chemistry, metal-activation and (cooperative) catalysis. However, it has been especially the fruitful combination in photoluminescent P,N-coinage metal complexes which has renewed interest in these ligands. While the field classically focused on dinuclear species, now also coinage metal clusters have been studied for use in catalysis and photophysical applications. Reviewed are recent developments from 2009 to mid-2017.

Original languageEnglish
Pages (from-to)57-68
Number of pages12
JournalCoordination Chemistry Reviews
Volume382
Early online date27 Dec 2018
DOIs
Publication statusPublished - 1 Mar 2019

Fingerprint

Catalysis
catalysis
Photoluminescence
Coinage
Metals
Ligands
photoluminescence
ligands
shift
metals
chemistry
Coordination Complexes
metal clusters
Metal complexes
Chemical activation
activation
interactions

Keywords

  • Coinage metal clusters
  • Homogeneous catalysis
  • Metal-metal bonds
  • P,N-ligands
  • Photoluminescence
  • Transition metal complexes

Cite this

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title = "Enlightening developments in 1,3-P,N-ligand-stabilized multinuclear complexes: A shift from catalysis to photoluminescence",
abstract = "1,3-P,N-ligands provide the ideal spatial separation to facilitate homo and hetero metal-metal interactions to access multinuclear complexes. The rich chemistry of such complexes includes applications in coordination chemistry, metal-activation and (cooperative) catalysis. However, it has been especially the fruitful combination in photoluminescent P,N-coinage metal complexes which has renewed interest in these ligands. While the field classically focused on dinuclear species, now also coinage metal clusters have been studied for use in catalysis and photophysical applications. Reviewed are recent developments from 2009 to mid-2017.",
keywords = "Coinage metal clusters, Homogeneous catalysis, Metal-metal bonds, P,N-ligands, Photoluminescence, Transition metal complexes",
author = "Rong, {Mark K.} and Flip Holtrop and Slootweg, {J. Chris} and Koop Lammertsma",
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Enlightening developments in 1,3-P,N-ligand-stabilized multinuclear complexes : A shift from catalysis to photoluminescence. / Rong, Mark K.; Holtrop, Flip; Slootweg, J. Chris; Lammertsma, Koop.

In: Coordination Chemistry Reviews, Vol. 382, 01.03.2019, p. 57-68.

Research output: Contribution to JournalReview articleAcademicpeer-review

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T2 - A shift from catalysis to photoluminescence

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AU - Lammertsma, Koop

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AB - 1,3-P,N-ligands provide the ideal spatial separation to facilitate homo and hetero metal-metal interactions to access multinuclear complexes. The rich chemistry of such complexes includes applications in coordination chemistry, metal-activation and (cooperative) catalysis. However, it has been especially the fruitful combination in photoluminescent P,N-coinage metal complexes which has renewed interest in these ligands. While the field classically focused on dinuclear species, now also coinage metal clusters have been studied for use in catalysis and photophysical applications. Reviewed are recent developments from 2009 to mid-2017.

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