Multi-electron reduction of sulfur and carbon disulfide using binuclear uranium(III) borohydride complexes
The first use of a dinuclear U-III/U-III complex in the activation of small molecules is reported. The octadentate Schiff-base pyrrole, anthracene-hinged 'Pacman' ligand L-A combines two strongly reducing U-III centres and three borohydride ligands in [M(THF)(4)][{U(BH4)}(2)(mu-BH4)(L-A)(T...
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Published in | Chemical science (Cambridge) Vol. 8; no. 5; pp. 3609 - 3617 |
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Main Authors | , , , , , , |
Format | Journal Article |
Language | English |
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Royal Soc Chemistry
01.05.2017
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Abstract | The first use of a dinuclear U-III/U-III complex in the activation of small molecules is reported. The octadentate Schiff-base pyrrole, anthracene-hinged 'Pacman' ligand L-A combines two strongly reducing U-III centres and three borohydride ligands in [M(THF)(4)][{U(BH4)}(2)(mu-BH4)(L-A)(THF)(2)] 1-M, (M = Li, Na, K). The two borohydride ligands bound to uranium outside the macrocyclic cleft are readily substituted by aryloxide ligands, resulting in a single, weakly-bound, encapsulated endo group 1 metal borohydride bridging the two U-III centres in [{U(OAr)}(2)(mu-MBH4)(L-A)(THF)(2)] 2-M (OAr = (OC6H2Bu3)-Bu-t-2,4,6, M = Na, K). X-ray crystallographic analysis shows that, for 2-K, in addition to the endo-BH4 ligand the potassium counter-cation is also incorporated into the cleft through eta(5)-interactions with the pyrrolides instead of extraneous donor solvent. As such, 2-K has a significantly higher solubility in non-polar solvents and a wider U-U separation compared to the 'ate' complex 1. The cooperative reducing capability of the two U-III centres now enforced by the large and relatively flexible macrocycle is compared for the two complexes, recognising that the borohydrides can provide additional reducing capability, and that the aryloxide-capped 2-K is constrained to reactions within the cleft. The reaction between 1-Na and S-8 affords an insoluble, presumably polymeric paramagnetic complex with bridging uranium sulfides, while that with CS2 results in oxidation of each U-III to the notably high U-V oxidation state, forming the unusual trithiocarbonate (CS3)(2-) as a ligand in [{U(CS3)}(2)(mu-kappa(2):kappa(2)-CS3)(L-A)](4). The reaction between 2-K and S8 results in quantitative substitution of the endo-KBH4 by a bridging persulfido (S-2)(2-) group and oxidation of each U-III to U-IV, yielding [{U(OAr)}(2)(mu-kappa(2):kappa(2)-S-2)(L-A)] (5). The reaction of 2-K with CS2 affords a thermally unstable adduct which is tentatively assigned as containing a carbon disulfido (CS2)(2-) ligand bridging the two U centres (6a), but only the mono-bridged sulfido (S)(2-) complex [{U(OAr)}(2)(mu-S)(L-A)] (6) is isolated. The persulfido complex (5) can also be synthesised from the mono-bridged sulfido complex (6) by the addition of another equivalent of sulfur. |
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AbstractList | The first use of a dinuclear UIII/UIII complex in the activation of small molecules is reported. The octadentate Schiff-base pyrrole, anthracene-hinged 'Pacman' ligand LA combines two strongly reducing UIII centres and three borohydride ligands in [M(THF)4][{U(BH4)}2(μ-BH4)(LA)(THF)2] 1-M, (M = Li, Na, K). The two borohydride ligands bound to uranium outside the macrocyclic cleft are readily substituted by aryloxide ligands, resulting in a single, weakly-bound, encapsulated endo group 1 metal borohydride bridging the two UIII centres in [{U(OAr)}2(μ-MBH4)(LA)(THF)2] 2-M (OAr = OC6H2t Bu3-2,4,6, M = Na, K). X-ray crystallographic analysis shows that, for 2-K, in addition to the endo-BH4 ligand the potassium counter-cation is also incorporated into the cleft through η5-interactions with the pyrrolides instead of extraneous donor solvent. As such, 2-K has a significantly higher solubility in non-polar solvents and a wider U-U separation compared to the 'ate' complex 1. The cooperative reducing capability of the two UIII centres now enforced by the large and relatively flexible macrocycle is compared for the two complexes, recognising that the borohydrides can provide additional reducing capability, and that the aryloxide-capped 2-K is constrained to reactions within the cleft. The reaction between 1-Na and S8 affords an insoluble, presumably polymeric paramagnetic complex with bridging uranium sulfides, while that with CS2 results in oxidation of each UIII to the notably high UV oxidation state, forming the unusual trithiocarbonate (CS3)2- as a ligand in [{U(CS3)}2(μ-κ2:κ2-CS3)(LA)] (4). The reaction between 2-K and S8 results in quantitative substitution of the endo-KBH4 by a bridging persulfido (S2)2- group and oxidation of each UIII to UIV, yielding [{U(OAr)}2(μ-κ2:κ2-S2)(LA)] (5). The reaction of 2-K with CS2 affords a thermally unstable adduct which is tentatively assigned as containing a carbon disulfido (CS2)2- ligand bridging the two U centres (6a), but only the mono-bridged sulfido (S)2- complex [{U(OAr)}2(μ-S)(LA)] (6) is isolated. The persulfido complex (5) can also be synthesised from the mono-bridged sulfido complex (6) by the addition of another equivalent of sulfur. The first use of a dinuclear UIII/UIII complex in the activation of small molecules is reported. The octadentate Schiff-base pyrrole, anthracene-hinged 'Pacman' ligand LA combines two strongly reducing UIII centres and three borohydride ligands in [M(THF)4][{U(BH4)}2( mu -BH4)(LA)(THF)2] 1-M, (M = Li, Na, K). The two borohydride ligands bound to uranium outside the macrocyclic cleft are readily substituted by aryloxide ligands, resulting in a single, weakly-bound, encapsulated endo group 1 metal borohydride bridging the two UIII centres in [{U(OAr)}2( mu -MBH4)(LA)(THF)2] 2-M (OAr = OC6H2tBu3-2,4,6, M = Na, K). X-ray crystallographic analysis shows that, for 2-K, in addition to the endo-BH4 ligand the potassium counter-cation is also incorporated into the cleft through eta 5-interactions with the pyrrolides instead of extraneous donor solvent. As such, 2-K has a significantly higher solubility in non-polar solvents and a wider U-U separation compared to the 'ate' complex 1. The cooperative reducing capability of the two UIII centres now enforced by the large and relatively flexible macrocycle is compared for the two complexes, recognising that the borohydrides can provide additional reducing capability, and that the aryloxide-capped 2-K is constrained to reactions within the cleft. The reaction between 1-Na and S8 affords an insoluble, presumably polymeric paramagnetic complex with bridging uranium sulfides, while that with CS2 results in oxidation of each UIII to the notably high UV oxidation state, forming the unusual trithiocarbonate (CS3)2- as a ligand in [{U(CS3)}2( mu - Kappa 2: Kappa 2-CS3)(LA)] (4). The reaction between 2-K and S8 results in quantitative substitution of the endo-KBH4 by a bridging persulfido (S2)2- group and oxidation of each UIII to UIV, yielding [{U(OAr)}2( mu - Kappa 2: Kappa 2-S2)(LA)] (5). The reaction of 2-K with CS2 affords a thermally unstable adduct which is tentatively assigned as containing a carbon disulfido (CS2)2- ligand bridging the two U centres (6a), but only the mono-bridged sulfido (S)2- complex [{U(OAr)}2( mu -S)(LA)] (6) is isolated. The persulfido complex (5) can also be synthesised from the mono-bridged sulfido complex (6) by the addition of another equivalent of sulfur. The first use of a dinuclear U III /U III complex in the activation of small molecules is reported. The octadentate Schiff-base pyrrole, anthracene-hinged ‘Pacman’ ligand L A combines two strongly reducing U III centres and three borohydride ligands in [M(THF) 4 ][{U(BH 4 )} 2 (μ-BH 4 )(L A )(THF) 2 ] 1-M , (M = Li, Na, K). The two borohydride ligands bound to uranium outside the macrocyclic cleft are readily substituted by aryloxide ligands, resulting in a single, weakly-bound, encapsulated endo group 1 metal borohydride bridging the two U III centres in [{U(OAr)} 2 (μ-MBH 4 )(L A )(THF) 2 ] 2-M (OAr = OC 6 H 2 t Bu 3 -2,4,6, M = Na, K). X-ray crystallographic analysis shows that, for 2-K , in addition to the endo -BH 4 ligand the potassium counter-cation is also incorporated into the cleft through η 5 -interactions with the pyrrolides instead of extraneous donor solvent. As such, 2-K has a significantly higher solubility in non-polar solvents and a wider U–U separation compared to the ‘ate’ complex 1 . The cooperative reducing capability of the two U III centres now enforced by the large and relatively flexible macrocycle is compared for the two complexes, recognising that the borohydrides can provide additional reducing capability, and that the aryloxide-capped 2-K is constrained to reactions within the cleft. The reaction between 1-Na and S 8 affords an insoluble, presumably polymeric paramagnetic complex with bridging uranium sulfides, while that with CS 2 results in oxidation of each U III to the notably high U V oxidation state, forming the unusual trithiocarbonate (CS 3 ) 2− as a ligand in [{U(CS 3 )} 2 (μ-κ 2 :κ 2 -CS 3 )(L A )] ( 4 ). The reaction between 2-K and S 8 results in quantitative substitution of the endo -KBH 4 by a bridging persulfido (S 2 ) 2− group and oxidation of each U III to U IV , yielding [{U(OAr)} 2 (μ-κ 2 :κ 2 -S 2 )(L A )] ( 5 ). The reaction of 2-K with CS 2 affords a thermally unstable adduct which is tentatively assigned as containing a carbon disulfido (CS 2 ) 2− ligand bridging the two U centres ( 6a ), but only the mono-bridged sulfido (S) 2− complex [{U(OAr)} 2 (μ-S)(L A )] ( 6 ) is isolated. The persulfido complex ( 5 ) can also be synthesised from the mono-bridged sulfido complex ( 6 ) by the addition of another equivalent of sulfur. The first use of a dinuclear U /U complex in the activation of small molecules is reported. The octadentate Schiff-base pyrrole, anthracene-hinged 'Pacman' ligand L combines two strongly reducing U centres and three borohydride ligands in [M(THF) ][{U(BH )} (μ-BH )(L )(THF) ] , (M = Li, Na, K). The two borohydride ligands bound to uranium outside the macrocyclic cleft are readily substituted by aryloxide ligands, resulting in a single, weakly-bound, encapsulated group 1 metal borohydride bridging the two U centres in [{U(OAr)} (μ-MBH )(L )(THF) ] (OAr = OC H Bu -2,4,6, M = Na, K). X-ray crystallographic analysis shows that, for , in addition to the -BH ligand the potassium counter-cation is also incorporated into the cleft through η -interactions with the pyrrolides instead of extraneous donor solvent. As such, has a significantly higher solubility in non-polar solvents and a wider U-U separation compared to the 'ate' complex . The cooperative reducing capability of the two U centres now enforced by the large and relatively flexible macrocycle is compared for the two complexes, recognising that the borohydrides can provide additional reducing capability, and that the aryloxide-capped is constrained to reactions within the cleft. The reaction between and S affords an insoluble, presumably polymeric paramagnetic complex with bridging uranium sulfides, while that with CS results in oxidation of each U to the notably high U oxidation state, forming the unusual trithiocarbonate (CS ) as a ligand in [{U(CS )} (μ-κ :κ -CS )(L )] ( ). The reaction between and S results in quantitative substitution of the -KBH by a bridging persulfido (S ) group and oxidation of each U to U , yielding [{U(OAr)} (μ-κ :κ -S )(L )] ( ). The reaction of with CS affords a thermally unstable adduct which is tentatively assigned as containing a carbon disulfido (CS ) ligand bridging the two U centres ( ), but only the mono-bridged sulfido (S) complex [{U(OAr)} (μ-S)(L )] ( ) is isolated. The persulfido complex ( ) can also be synthesised from the mono-bridged sulfido complex ( ) by the addition of another equivalent of sulfur. The first use of a dinuclear U-III/U-III complex in the activation of small molecules is reported. The octadentate Schiff-base pyrrole, anthracene-hinged 'Pacman' ligand L-A combines two strongly reducing U-III centres and three borohydride ligands in [M(THF)(4)][{U(BH4)}(2)(mu-BH4)(L-A)(THF)(2)] 1-M, (M = Li, Na, K). The two borohydride ligands bound to uranium outside the macrocyclic cleft are readily substituted by aryloxide ligands, resulting in a single, weakly-bound, encapsulated endo group 1 metal borohydride bridging the two U-III centres in [{U(OAr)}(2)(mu-MBH4)(L-A)(THF)(2)] 2-M (OAr = (OC6H2Bu3)-Bu-t-2,4,6, M = Na, K). X-ray crystallographic analysis shows that, for 2-K, in addition to the endo-BH4 ligand the potassium counter-cation is also incorporated into the cleft through eta(5)-interactions with the pyrrolides instead of extraneous donor solvent. As such, 2-K has a significantly higher solubility in non-polar solvents and a wider U-U separation compared to the 'ate' complex 1. The cooperative reducing capability of the two U-III centres now enforced by the large and relatively flexible macrocycle is compared for the two complexes, recognising that the borohydrides can provide additional reducing capability, and that the aryloxide-capped 2-K is constrained to reactions within the cleft. The reaction between 1-Na and S-8 affords an insoluble, presumably polymeric paramagnetic complex with bridging uranium sulfides, while that with CS2 results in oxidation of each U-III to the notably high U-V oxidation state, forming the unusual trithiocarbonate (CS3)(2-) as a ligand in [{U(CS3)}(2)(mu-kappa(2):kappa(2)-CS3)(L-A)](4). The reaction between 2-K and S8 results in quantitative substitution of the endo-KBH4 by a bridging persulfido (S-2)(2-) group and oxidation of each U-III to U-IV, yielding [{U(OAr)}(2)(mu-kappa(2):kappa(2)-S-2)(L-A)] (5). The reaction of 2-K with CS2 affords a thermally unstable adduct which is tentatively assigned as containing a carbon disulfido (CS2)(2-) ligand bridging the two U centres (6a), but only the mono-bridged sulfido (S)(2-) complex [{U(OAr)}(2)(mu-S)(L-A)] (6) is isolated. The persulfido complex (5) can also be synthesised from the mono-bridged sulfido complex (6) by the addition of another equivalent of sulfur. |
Author | Arnold, Polly L. Lord, Rianne M. Bell, Nicola L. Love, Jason B. Goldberg, Jonathan M. Stevens, Charlotte J. Nichol, Gary S. |
Author_xml | – sequence: 1 givenname: Polly L. orcidid: 0000-0001-6410-5838 surname: Arnold fullname: Arnold, Polly L. email: Polly.Arnold@ed.ac.uk organization: Univ Edinburgh, EaStCHEM Sch Chem, Kings Bldg, Edinburgh EH9 3JF, Midlothian, Scotland – sequence: 2 givenname: Charlotte J. surname: Stevens fullname: Stevens, Charlotte J. organization: Univ Edinburgh, EaStCHEM Sch Chem, Kings Bldg, Edinburgh EH9 3JF, Midlothian, Scotland – sequence: 3 givenname: Nicola L. orcidid: 0000-0002-7497-9667 surname: Bell fullname: Bell, Nicola L. organization: Univ Edinburgh, EaStCHEM Sch Chem, Kings Bldg, Edinburgh EH9 3JF, Midlothian, Scotland – sequence: 4 givenname: Rianne M. orcidid: 0000-0001-9981-129X surname: Lord fullname: Lord, Rianne M. organization: Univ Edinburgh, EaStCHEM Sch Chem, Kings Bldg, Edinburgh EH9 3JF, Midlothian, Scotland – sequence: 5 givenname: Jonathan M. surname: Goldberg fullname: Goldberg, Jonathan M. organization: Univ Washington, Dept Chem, Box 351700, Seattle, WA 98195 USA – sequence: 6 givenname: Gary S. surname: Nichol fullname: Nichol, Gary S. organization: Univ Edinburgh, EaStCHEM Sch Chem, Kings Bldg, Edinburgh EH9 3JF, Midlothian, Scotland – sequence: 7 givenname: Jason B. surname: Love fullname: Love, Jason B. email: Jason.Love@ed.ac.uk organization: Univ Edinburgh, EaStCHEM Sch Chem, Kings Bldg, Edinburgh EH9 3JF, Midlothian, Scotland |
BackLink | https://www.ncbi.nlm.nih.gov/pubmed/30155206$$D View this record in MEDLINE/PubMed |
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Snippet | The first use of a dinuclear U-III/U-III complex in the activation of small molecules is reported. The octadentate Schiff-base pyrrole, anthracene-hinged... The first use of a dinuclear U /U complex in the activation of small molecules is reported. The octadentate Schiff-base pyrrole, anthracene-hinged 'Pacman'... The first use of a dinuclear U III /U III complex in the activation of small molecules is reported. The octadentate Schiff-base pyrrole, anthracene-hinged... The first use of a dinuclear UIII/UIII complex in the activation of small molecules is reported. The octadentate Schiff-base pyrrole, anthracene-hinged... |
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SubjectTerms | Borohydrides Bridging Carbon Chemistry Chemistry, Multidisciplinary Ligands Oxidation Physical Sciences Science & Technology Solvents Sulfur Uranium |
Title | Multi-electron reduction of sulfur and carbon disulfide using binuclear uranium(III) borohydride complexes |
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