Cationic phosphorus-carbon-pnictogen cages isolobal to [C5R5] von Fish, Cheryl, Green, Michael, Jeffery, John C, Kilby, Richard J, Lynam, Jason M, McGrady, John E, Pantazis, Dimitrios A, Russell, Christopher A, Willans, Charlotte E

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Evidence for a SN2-Type Pathway for Phosphine Exchange in Phosphine-Phosphenium Cations, [R2PPR′3] von Slattery, John M., Fish, Cheryl, Green, Michael, Hooper, Thomas N., Jeffery, John C., Kilby, Richard J., Lynam, Jason M., McGrady, John E., Pantazis, Dimitrios A., Russell, Christopher A., Willans, Charlotte E.

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A Main-Group Analogue of Housene: The Subtle Influence of the Inert-Pair Effect in Group 15 Clusters von Fish, Cheryl, Green, Michael, Jeffery, John C., Kilby, Richard J., Lynam, Jason M., McGrady, John E., Pantazis, Dimitrios A., Russell, Christopher A., Willans, Charlotte E.

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A Selective Synthesis of the 1,3,4-Triphospholide Anion von Fish, Cheryl, Green, Michael, Jeffery, John C, Kilby, Richard J, Lynam, Jason M, Russell, Christopher A, Willans, Charlotte E

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Promotion of phosphaalkyne cyclooligomerisation by a Sb(v) to Sb(iii) redox process von Fish, Cheryl, Green, Michael, Kilby, Richard J, McGrady, John E, Pantazis, Dimitrios A, Russell, Christopher A

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Nucleophilic substitution reactions of the tricyclic triphosphorus cage P3(CBu(t))2: a novel route to polyphosphorus phosphenium complexes von Willans, Charlotte E, Fish, Cheryl, Green, Michael, Kilby, Richard J, Lynam, Jason M, Russell, Christopher A, Whitwood, Adrian C

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A new reaction pathway in organophosphorus chemistry: competing S(N)2 and AE' pathways for nucleophilic attack at a phosphorus-carbon cage compound von Fish, Cheryl, Green, Michael, Kilby, Richard J, Lynam, Jason M, McGrady, John E, Pantazis, Dimitrios A, Russell, Christopher A, Whitwood, Adrian C, Willans, Charlotte E

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1,2-Diphosphinobenzene as a synthon for the 1,2,3-triphospha- and 2-arsa-1,3-diphosphaindenyl anions and a stable organo derivative of the P8 unit of Hittorf's phosphorus von Butts, Craig P, Green, Michael, Hooper, Thomas N, Kilby, Richard J, McGrady, John E, Pantazis, Dimitrios A, Russell, Christopher A

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Facile preparation of trimethylsilylphosphaalkyne and its conversion to polyphospholide anions von Mansell, Stephen M., Green, Michael, Kilby, Richard J., Murray, Martin, Russell, Christopher A.

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Multiple bonding versus cage formation in organophosphorus compounds: the gas-phase structures of tricyclo-P3(CBut)2Cl and PC–But determined by electron diffraction and computatio... von Wann, Derek A., Masters, Sarah L., Robertson, Heather E., Green, Michael, Kilby, Richard J., Russell, Christopher A., Jones, Cameron, Rankin, David W. H.

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Facile preparation of trimethylsilylphosphaalkyne and its conversion to polyphospholide anions: Un panorama des recherches actuelles en chimie du phosphore : Un hommage à la mémoir... von MANSELL, Stephen M, GREEN, Michael, KILBY, Richard J, MURRAY, Martin, RUSSELL, Christopher A

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A Proton‐Triggered Cascade Reaction Involving a Heavy p‐Block Multiple Bond: Transformation of the Diphosphene C 5 Me 5 P=PC 5 Me 5 into the Cationic Cage [C 10 Me 10 P 2 H] von Presly, Oliver C., Davin, Thomas J., Green, Michael, Kilby, Richard J., Mansell, Stephen M., McGrady, John E., Russell, Christopher A.

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Ortho-metallation of a phenyl ring with antimony(V) von Dinsdale, Nicola, Jeffery, John C., Kilby, Richard J., Mansell, Stephen M., Presly, Oliver C., Russell, Christopher A.

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Evidence for a S N 2‐Type Pathway for Phosphine Exchange in Phosphine–Phosphenium Cations, [R 2 PPR′ 3 ] von Slattery, John M., Fish, Cheryl, Green, Michael, Hooper, Thomas N., Jeffery, John C., Kilby, Richard J., Lynam, Jason M., McGrady, John E., Pantazis, Dimitrios A., Russell, Christopher A., Willans, Charlotte E.

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A New Reaction Pathway in Organophosphorus Chemistry: Competing SN2 and AE′ Pathways for Nucleophilic Attack at a Phosphorus-Carbon Cage Compound von Fish, Cheryl, Green, Michael, Kilby, Richard J., Lynam, Jason M., McGrady, John E., Pantazis, Dimitrios A., Russell, Christopher A., Whitwood, Adrian C., Willans, Charlotte E.

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A New Reaction Pathway in Organophosphorus Chemistry: Competing S N 2 and AE′ Pathways for Nucleophilic Attack at a Phosphorus–Carbon Cage Compound von Fish, Cheryl, Green, Michael, Kilby, Richard J., Lynam, Jason M., McGrady, John E., Pantazis, Dimitrios A., Russell, Christopher A., Whitwood, Adrian C., Willans, Charlotte E.

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Multiple bonding versus cage formation in organophosphorus compounds: the gas-phase structures of tricyclo-P3(CBu(t))2Cl and P≡C-Bu(t) determined by electron diffraction and comput... von Wann, Derek A, Masters, Sarah L, Robertson, Heather E, Green, Michael, Kilby, Richard J, Russell, Christopher A, Jones, Cameron, Rankin, David W H

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A Main-Group Analogue of Housene: The Subtle Influence of the Inert-Pair Effect in Group 15 Clusters von Fish, Cheryl, Green, Michael, Jeffery, John C., Kilby, Richard J., Lynam, Jason M., McGrady, John E., Pantazis, Dimitrios A., Russell, Christopher A., Willans, Charlotte E.

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A New Reaction Pathway in Organophosphorus Chemistry: Competing S N 2 and AE′ Pathways for Nucleophilic Attack at a Phosphorus–Carbon Cage Compound von Fish, Cheryl, Green, Michael, Kilby, Richard J., Lynam, Jason M., McGrady, John E., Pantazis, Dimitrios A., Russell, Christopher A., Whitwood, Adrian C., Willans, Charlotte E.

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A New Reaction Pathway in Organophosphorus Chemistry: Competing SN2 and AE′ Pathways for Nucleophilic Attack at a Phosphorus-Carbon Cage Compound von Fish, Cheryl, Green, Michael, Kilby, Richard J., Lynam, Jason M., McGrady, John E., Pantazis, Dimitrios A., Russell, Christopher A., Whitwood, Adrian C., Willans, Charlotte E.

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