Characterization of iron-carbonyl-protected gold clusters
Characterization of iron-carbonyl-protected gold clusters
Ligand-stabilized nanometer-sized gold particles are interesting building blocks for molecular electronics, precursors for catalysts, optical labels for biomolecules and diagnosis, and potential nontoxic carriers for therapeutics. In this work we characterize for the first time, by means of near-infrared and Raman spectroscopy and time-dependent density functional calculations, gold clusters protected with iron-carbonyl ligands, such as {Au22[Fe(CO)4]12}6- shown in the figure. Surprisingly, our results show that these novel compounds bear many analogues to another, well-studied, class of gold clusters, namely those of thiolate-monolayer-protected gold clusters. Our work adds a new dimension to the rich chemistry of gold-based clusters that can be characterized as “molecular metals”
iron, carbonyl, gold, cluster
12573-12575
Lopez-Acevedo, Olga
63dd2ce0-7927-4c54-8675-77d2a4bde39b
Rintala, Jyri
85003abe-f6b4-451c-ba7a-b449ddf7da1d
Virtanen, Suvi
5f98459d-e6b8-45d4-bdf8-85d264b3f43a
Femoni, Cristina
cd51e40d-fa1e-4538-aee9-366d1a633d92
Tiozzo, Cristina
728a6af2-f299-49a6-acbb-a4811b75eff3
Grönbeck, Henrik
5fedf278-fd4e-4328-a139-e2a0b1f9a22a
Pettersson, Mika
80530078-e16c-49df-96bd-d17990e0e38d
Häkkinen, Hannu
8fc355ae-0ce7-4ec4-939e-6f08d8bf894f
August 2009
Lopez-Acevedo, Olga
63dd2ce0-7927-4c54-8675-77d2a4bde39b
Rintala, Jyri
85003abe-f6b4-451c-ba7a-b449ddf7da1d
Virtanen, Suvi
5f98459d-e6b8-45d4-bdf8-85d264b3f43a
Femoni, Cristina
cd51e40d-fa1e-4538-aee9-366d1a633d92
Tiozzo, Cristina
728a6af2-f299-49a6-acbb-a4811b75eff3
Grönbeck, Henrik
5fedf278-fd4e-4328-a139-e2a0b1f9a22a
Pettersson, Mika
80530078-e16c-49df-96bd-d17990e0e38d
Häkkinen, Hannu
8fc355ae-0ce7-4ec4-939e-6f08d8bf894f
Lopez-Acevedo, Olga, Rintala, Jyri, Virtanen, Suvi, Femoni, Cristina, Tiozzo, Cristina, Grönbeck, Henrik, Pettersson, Mika and Häkkinen, Hannu
(2009)
Characterization of iron-carbonyl-protected gold clusters.
Journal of the American Chemical Society, 131 (35), .
(doi:10.1021/ja905182g).
(PMID:19681617)
Abstract
Ligand-stabilized nanometer-sized gold particles are interesting building blocks for molecular electronics, precursors for catalysts, optical labels for biomolecules and diagnosis, and potential nontoxic carriers for therapeutics. In this work we characterize for the first time, by means of near-infrared and Raman spectroscopy and time-dependent density functional calculations, gold clusters protected with iron-carbonyl ligands, such as {Au22[Fe(CO)4]12}6- shown in the figure. Surprisingly, our results show that these novel compounds bear many analogues to another, well-studied, class of gold clusters, namely those of thiolate-monolayer-protected gold clusters. Our work adds a new dimension to the rich chemistry of gold-based clusters that can be characterized as “molecular metals”
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Published date: August 2009
Keywords:
iron, carbonyl, gold, cluster
Organisations:
EEE
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Local EPrints ID: 370306
URI: http://eprints.soton.ac.uk/id/eprint/370306
ISSN: 0002-7863
PURE UUID: c813dc29-6c10-435e-96e1-7620b4965010
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Date deposited: 27 Oct 2014 14:46
Last modified: 14 Mar 2024 18:15
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Author:
Olga Lopez-Acevedo
Author:
Jyri Rintala
Author:
Suvi Virtanen
Author:
Cristina Femoni
Author:
Cristina Tiozzo
Author:
Henrik Grönbeck
Author:
Mika Pettersson
Author:
Hannu Häkkinen
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