Items where Author is "Owen, Gareth R."
Number of items: 8.
TSOUREAS, Nikolaos, HAMILTON, Alexander, HADDOW, Mairi F., HARVEY, Jeremy N., ORPEN, A. Guy and OWEN, Gareth R.
(2013).
Insight into the hydrogen migration processes involved in the formation of metal–borane complexes : importance of the third arm of the scorpionate ligand.
Organometallics, 32 (9), 2840-2856.
[Article]
DYSON, Gavin, ZECH, Alexander, RAWE, Benjamin W., HADDOW, Mairi F., HAMILTON, Alexander and OWEN, Gareth R.
(2011).
Scorpionate ligands based on 2-Mercaptopyridine : a ligand with a greater propensity to sting?
Organometallics, 30 (21), 5844-5850.
[Article]
TSOUREAS, Nikolaos, NUNN, Joshua, BEVIS, Thomas, HADDOW, Mairi F., HAMILTON, Alex and OWEN, Gareth R.
(2011).
Strong agostic-type interactions in ruthenium benzylidene complexes containing 7-azaindole based scorpionate ligands.
Dalton Transactions, 40 (4), 951-958.
[Article]
OWEN, Gareth R., GOULD, P. Hugh, HAMILTON, Alexander and TSOUREAS, Nikolaos
(2010).
Unexpected pincer-type coordination (κ3-SBS) within a zerovalent platinum metallaboratrane complex.
Dalton Transactions, 39 (1), 49-52.
[Article]
OWEN, Gareth R., HUGH GOULD, P., CHARMANT, Jonathan P. H., HAMILTON, Alexander and SAITHONG, Saowanit
(2010).
A new hybrid scorpionate ligand : a study of the metal–boron bond within metallaboratrane complexes.
Dalton Transactions, 39 (2), 392-400.
[Article]
TSOUREAS, Nikolaos, BEVIS, Thomas, BUTTS, Craig P., HAMILTON, Alexander and OWEN, Gareth R.
(2009).
Further exploring the “Sting of the Scorpion” : hydride migration and subsequent rearrangement of Norbornadiene to Nortricyclyl on Rhodium(I).
Organometallics, 28 (17), 5222-5232.
[Article]
DYSON, Gavin, HAMILTON, Alexander, MITCHELL, Byron and OWEN, Gareth R.
(2009).
A new family of flexible scorpionate ligands based on 2-mercaptopyridine.
Dalton Transactions (31), p. 6120.
[Article]
TSOUREAS, Nikolaos, HADDOW, Mairi F., HAMILTON, Alexander and OWEN, Gareth R.
(2009).
A new family of metallaboratrane complexes based on 7-azaindole: B–H activation mediated by carbon monoxide.
Chemical Communications (18), 2538-2540.
[Article]