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Exceptional uranium(VI)-nitride triple bond covalency from 15N nuclear magnetic resonance spectroscopy and quantum chemical analysis

Nature communications, 2021-09, Vol.12 (1), p.5649-5649, Article 5649

2021

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Synthesis, Structure, and Reactivity of Low-Spin Cobalt(II) Imido Complexes [(Me3P)3Co(NAr)]

Inorganic chemistry, 2017-07, Vol.56 (14), p.8278-8286

2017

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Evidence for ligand- and solvent-induced disproportionation of uranium(IV)

Nature communications, 2021-08, Vol.12 (1), p.4832-4832, Article 4832

2021

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Thorium-nitrogen multiple bonds provide evidence for pushing-from-below for early actinides

Nature communications, 2019-09, Vol.10 (1), p.4203-13, Article 4203

2019

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Reactivity of a Two-Coordinate Cobalt(0) Cyclic (Alkyl)(amino)carbene Complex

Organometallics, 2020-03, Vol.39 (5), p.729-739

2020

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A Two-Coordinate Cobalt(II) Imido Complex with NHC Ligation: Synthesis, Structure, and Reactivity

Angewandte Chemie International Edition, 2015-10, Vol.54 (43), p.12640-12644

International ed. in English, 2015

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Direct recovery of scrapped LiFePO4 by a green and low-cost electrochemical re-lithiation method

Green chemistry : an international journal and green chemistry resource : GC, 2022, Vol.24 (16), p.6278-6286

2022

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f-Element Zintl Chemistry: Actinide-Mediated Dehydrocoupling of H2Sb1- Affords the Trithorium and Triuranium Undeca-Antimontriide Zintl Clusters {An(TrenTIPS)}3(μ3-Sb11) (An = Th, U; TrenTIPS = {N(CH2CH2NSiiPr3)3}3-)

Inorganic chemistry, 2024-10, Vol.63 (43), p.20153

2024

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Actinide Triamidoamine (TrenR) Chemistry: Uranium and Thorium Derivatives Supported by a Diphenyl‐tert‐Butyl‐Silyl‐Tren Ligand

European journal of inorganic chemistry, 2024-03, Vol.27 (9), p.n/a

2024

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Sustainable release of Mg(NO 3 ) 2 from a separator boosts the electrochemical performance of lithium metal as an anode for secondary batteries

Energy & environmental science, 2024-07, Vol.17 (15), p.5461-5467

2024

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31 P Nuclear Magnetic Resonance Spectroscopy as a Probe of Thorium–Phosphorus Bond Covalency: Correlating Phosphorus Chemical Shift to Metal–Phosphorus Bond Order

Journal of the American Chemical Society, 2023-10, Vol.145 (40), p.21766-21784

2023

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f-Element heavy pnictogen chemistry

Chemical science (Cambridge), 2023-12, Vol.15 (1), p.13-45

2023

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Thorium(iv)–antimony complexes exhibiting single, double, and triple polar covalent metal–metal bonds

Nature chemistry, 2024-05, Vol.16 (5), p.780-790

2024

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f-Element Zintl Chemistry: Actinide-Mediated Dehydrocoupling of H 2 Sb 1- Affords the Trithorium and Triuranium Undeca-Antimontriide Zintl Clusters [{An(Tren TIPS )} 3 (μ 3 -Sb 11 )] (An = Th, U; Tren TIPS = {N(CH 2 CH 2 NSi i Pr 3 ) 3 } 3- )

Inorganic chemistry, 2024-10, Vol.63 (43), p.20153-20160

2024

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Arene‑, Chlorido‑, and Imido-Uranium Bis- and Tris(boryloxide) Complexes

Inorganic chemistry, 2024-05, Vol.63 (21), p.9588-9601

2024

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The “Hidden” Reductive [2+2+1]‐Cycloaddition Chemistry of 2‐Phosphaethynolate Revealed by Reduction of a Th‐OCP Linkage

Angewandte Chemie International Edition, 2021-01, Vol.60 (3), p.1197-1202

International ed. in English, 2021

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f‑Element Zintl Chemistry: Actinide-Mediated Dehydrocoupling of H2Sb1– Affords the Trithorium and Triuranium Undeca-Antimontriide Zintl Clusters [{An(TrenTIPS)}3(μ3‑Sb11)] (An = Th, U; TrenTIPS = {N(CH2CH2NSiiPr3)3}3–)

Inorganic chemistry, 2024-05, Vol.63 (43), p.20153-20160

2024

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31P Nuclear Magnetic Resonance Spectroscopy as a Probe of Thorium–Phosphorus Bond Covalency: Correlating Phosphorus Chemical Shift to Metal–Phosphorus Bond Order

Journal of the American Chemical Society, 2023-10, Vol.145 (40), p.21766-21784

2023

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Direct recovery of scrapped LiFePO by a green and low-cost electrochemical re-lithiation method

Green chemistry : an international journal and green chemistry resource : GC, 2022-08, Vol.24 (16), p.6278-6286

2022

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Direct recovery of scrapped LiFePO 4 by a green and low-cost electrochemical re-lithiation method

Green chemistry : an international journal and green chemistry resource : GC, 2022-08, Vol.24 (16), p.6278-6286

2022

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Thorium- and uranium-azide reductions: a transient dithorium-nitride versus isolable diuranium-nitrides

Chemical science (Cambridge), 2019-04, Vol.10 (13), p.3738-3745

2019

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Correction: f-Element heavy pnictogen chemistry

Chemical science (Cambridge), 2024-03, Vol.15 (1), p.3767-3767

2024

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Dipnictogen f‑Element Chemistry: A Diphosphorus Uranium Complex

Journal of the American Chemical Society, 2021-04, Vol.143 (14), p.5343-5348

2021

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Actinide Pnictinidene Chemistry: A Terminal Thorium Parent‐Arsinidene Complex Stabilised by a Super‐Bulky Triamidoamine Ligand

Angewandte Chemie International Edition, 2022-12, Vol.61 (50), p.e202211627-n/a

International ed. in English, 2022

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A Solid-State Electrolyte Based on Electrochemical Active LiMn 2 O 4 for Lithium Metal Batteries

Journal of materials chemistry. A, Materials for energy and sustainability, 2024

2024

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Exceptional uranium(VI)-nitride triple bond covalency from 15N nuclear magnetic resonance spectroscopy and quantum chemical analysis

Synthesis, Structure, and Reactivity of Low-Spin Cobalt(II) Imido Complexes [(Me3P)3Co(NAr)]

Evidence for ligand- and solvent-induced disproportionation of uranium(IV)

Thorium-nitrogen multiple bonds provide evidence for pushing-from-below for early actinides

Reactivity of a Two-Coordinate Cobalt(0) Cyclic (Alkyl)(amino)carbene Complex

A Two-Coordinate Cobalt(II) Imido Complex with NHC Ligation: Synthesis, Structure, and Reactivity

Direct recovery of scrapped LiFePO4 by a green and low-cost electrochemical re-lithiation method

f-Element Zintl Chemistry: Actinide-Mediated Dehydrocoupling of H2Sb1- Affords the Trithorium and Triuranium Undeca-Antimontriide Zintl Clusters {An(TrenTIPS)}3(μ3-Sb11) (An = Th, U; TrenTIPS = {N(CH2CH2NSiiPr3)3}3-)

Actinide Triamidoamine (TrenR) Chemistry: Uranium and Thorium Derivatives Supported by a Diphenyl‐tert‐Butyl‐Silyl‐Tren Ligand

Sustainable release of Mg(NO 3 ) 2 from a separator boosts the electrochemical performance of lithium metal as an anode for secondary batteries

31 P Nuclear Magnetic Resonance Spectroscopy as a Probe of Thorium–Phosphorus Bond Covalency: Correlating Phosphorus Chemical Shift to Metal–Phosphorus Bond Order

f-Element heavy pnictogen chemistry

Thorium(iv)–antimony complexes exhibiting single, double, and triple polar covalent metal–metal bonds

f-Element Zintl Chemistry: Actinide-Mediated Dehydrocoupling of H 2 Sb 1- Affords the Trithorium and Triuranium Undeca-Antimontriide Zintl Clusters [{An(Tren TIPS )} 3 (μ 3 -Sb 11 )] (An = Th, U; Tren TIPS = {N(CH 2 CH 2 NSi i Pr 3 ) 3 } 3- )

Arene‑, Chlorido‑, and Imido-Uranium Bis- and Tris(boryloxide) Complexes

The “Hidden” Reductive [2+2+1]‐Cycloaddition Chemistry of 2‐Phosphaethynolate Revealed by Reduction of a Th‐OCP Linkage

f‑Element Zintl Chemistry: Actinide-Mediated Dehydrocoupling of H2Sb1– Affords the Trithorium and Triuranium Undeca-Antimontriide Zintl Clusters [{An(TrenTIPS)}3(μ3‑Sb11)] (An = Th, U; TrenTIPS = {N(CH2CH2NSiiPr3)3}3–)

31P Nuclear Magnetic Resonance Spectroscopy as a Probe of Thorium–Phosphorus Bond Covalency: Correlating Phosphorus Chemical Shift to Metal–Phosphorus Bond Order

Direct recovery of scrapped LiFePO by a green and low-cost electrochemical re-lithiation method

Direct recovery of scrapped LiFePO 4 by a green and low-cost electrochemical re-lithiation method

Thorium- and uranium-azide reductions: a transient dithorium-nitride versus isolable diuranium-nitrides

Correction: f-Element heavy pnictogen chemistry

Dipnictogen f‑Element Chemistry: A Diphosphorus Uranium Complex

Actinide Pnictinidene Chemistry: A Terminal Thorium Parent‐Arsinidene Complex Stabilised by a Super‐Bulky Triamidoamine Ligand

A Solid-State Electrolyte Based on Electrochemical Active LiMn 2 O 4 for Lithium Metal Batteries

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