166 results on '"Owen, Gareth R."'
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2. Recent developments in homogeneous catalysis for the functionalisation of CO2
3. Optimising the production of dsRNA biocontrols in microbial systems using multiple transcriptional terminators
4. Room Temperature Hydrogenation of CO2 Utilizing a Cooperative Phosphorus Pyridone‐Based Iridium Complex.
5. Transition metal complexes of borane and borohydride ligand architectures containing a single tethering supporting unit
6. Two synthetic routes to bis(1-methyl-imidazole-2-thione)methane and bis(1-benzyl-imidazole-2-thione)methane complexes including sulfur atom insertion into copper−NHC bonds
7. Synthesis and Structural Characterization of Copper Complexes Containing “R-Substituted” Bis-7-Azaindolyl Borate Ligands
8. Hydroxypyridine/Pyridone Interconversions within Ruthenium Complexes and Their Application in the Catalytic Hydrogenation of CO2
9. Oleophobic coated composite materials based on multi-layer graphitic scaffolding: applications within aircraft propellant tanks and oil-spill clean-up
10. Utilisation of Ammonium Carbonate in a Solid Oxide Cell
11. Hydroxypyridine/Pyridone Interconversions within Ruthenium Complexes and Their Application in the Catalytic Hydrogenation of CO2.
12. Recent developments on the transformation of CO2 utilising ligand cooperation and related strategies
13. Synthesis and structural characterisation of a novel polynuclear copper ribbon-like network. A study of its magnetic properties between 4 and 300 K
14. Recent developments on the transformation of CO2 utilising ligand cooperation and related strategies.
15. Synthesis, structural characterisation and catalytic application of dichloro(η 6-p-cymene){diphenyl(3-methyl-2-indolyl)phosphine}ruthenium(II) in the transfer hydrogenation of ketones
16. Crystal field arguments to explain the trans labilisation within transition metal–borane complexes
17. Examining slit pore widths within plasma-exfoliated graphitic material utilising Barrett–Joyner–Halenda analysis
18. Oleophobic composite films based on multi-layer graphitic scaffolding
19. sp Carbon chains surrounded by [sp.sup.3] carbon double helices: Coordination-driven self-assembly of wirelike Pt[(C[triple bond]C).sub.2]Pt moieties that are spanned by two P[(C[H.sub.2]).sub.m]P linkages
20. Palladium and Platinum Complexes Containing Diphenyl‐2‐(3‐methyl)indolylphosphine
21. Transformation of a Norbornadiene Unit to Ethylenylcyclopentene Requiring Cooperation between Boron and Rhodium Centers
22. Boronic acids for functionalisation of commercial multi-layer graphitic material as an alternative to diazonium salts
23. Palladium complexes containing ligands with hydrogen-bonding functionalities. Reactivity and catalytic studies with CO and olefins
24. Adding to the Family of Copper Complexes Featuring Borohydride Ligands Based on 2-Mercaptopyridyl Units
25. Stopping Hydrogen Migration in Its Tracks: The First Successful Synthesis of Group Ten Scorpionate Complexes Based on Azaindole Scaffolds
26. Stopping Hydrogen Migration in Its Tracks: The First Successful Synthesis of Group Ten Scorpionate Complexes Based on Azaindole Scaffolds
27. Preparation and reactivity of rhodium and iridium complexes containing a methylborohydride based unit supported by two 7-azaindolyl heterocycles
28. Sequential Migrations between Boron and Rhodium Centers: A Cooperative Process between Rhodium and a Monosubstituted Borohydride Unit
29. Stopping Hydrogen Migration in Its Tracks: The First Successful Synthesis of Group Ten Scorpionate Complexes Based on Azaindole Scaffolds.
30. ChemInform Abstract: Functional Group Migrations Between Boron and Metal Centres within Transition Metal-Borane and -Boryl Complexes and Cleavage of H-H, E-H and E-E′ Bonds
31. Functional group migrations between boron and metal centres within transition metal–borane and –boryl complexes and cleavage of H–H, E–H and E–E′ bonds
32. Synthesis and Characterization of Platinum and Palladium Complexes Featuring a Rare Secondary Borane Pincer Motif.
33. Sequential Migrations between Boron and Rhodium Centers: A Cooperative Process between Rhodium and a Monosubstituted Borohydride Unit.
34. A comparison of the coordination of two linkage isomers of bis(1-methylthioimidazolyl)methane to zinc salts
35. Insight into the Hydrogen Migration Processes Involved in the Formation of Metal–Borane Complexes: Importance of the Third Arm of the Scorpionate Ligand
36. Synthesis and Structural Characterization of Rhodium Complexes Featuring Ditopic N-Heterocyclic Carbene/Thione Donors
37. Copper and silver complexes bearing flexible hybrid scorpionate ligandmpBm
38. Utilizing the 8-Methoxycyclooct-4-en-1-ide Unit As a Hydrogen Atom Acceptor en Route to “Metal–Borane Pincers”
39. Silver and Palladium Complexes Containing Ditopic N-Heterocyclic Carbene–Thione Ligands
40. ChemInform Abstract: Hydrogen Atom Storage upon Z-Class Borane Ligand Functions: An Alternative Approach to Ligand Cooperation
41. Hydrogen atom storage upon Z-class borane ligand functions: an alternative approach to ligand cooperation
42. Correction to Scorpionate Ligands Based on 2-Mercaptopyridine: A Ligand with a Greater Propensity to Sting?
43. Important Steric Effects Resulting from the Additional Substituent at Boron within Scorpionate Complexes Containing κ 3 ‐ NNH Coordination Modes
44. Scorpionate Ligands Based on 2-Mercaptopyridine: A Ligand with a Greater Propensity To Sting?
45. New Mixed-Donor Bidentate Ligands Based on N-Heterocyclic Carbene and Thione Donors
46. Strong agostic-type interactions in ruthenium benzylidene complexes containing 7-azaindole based scorpionate ligands
47. Double addition of H2to transition metal–borane complexes: a ‘hydride shuttle’ process between boron and transition metal centres
48. Synthesis and characterisation of group nine transition metal complexes containing new mesityl and naphthyl based azaindole scorpionate ligands
49. Reversible dioxygen binding in solvent-free liquid myoglobin
50. Towards multistranded molecular wires: Syntheses, structures, and reactivities of tetraplatinum bis(polyynediyl) complexes with Pt-Cx-Pt-(P(CH2)3P)2-Pt-Cx-Pt-(P(CH2)3P)2 cores (x = 4, 6, 8)
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