academic article

• Paterson BMWhite KFWhite JMAbrahams BFDonnelly PS. Guest-induced assembly of Bis(thiosemicarbazonato) Zinc(II) coordination nanotubes.  Angewandte Chemie International Edition.  56:8370-8374. 2017
• Auckett JEDharma ADCagnes MPDarwish TAAbrahams BFBabarao RHudson TARobson RWhite KFPeterson VK. Lattice response of the porous coordination framework Zn(hba) to guest adsorption.  Powder Diffraction.  32:S49-S53. 2017
• Kingsbury CJAbrahams BFD’Alessandro DMHudson TAMurase RRobson RWhite KF. Role of NEt 4 + in Orienting and Locking Together [M 2 lig 3 ] 2– (6,3) Sheets (H 2 lig = Chloranilic or Fluoranilic Acid) to Generate Spacious Channels Perpendicular to the Sheets.  Crystal Growth and Design.  17:1465-1470. 2017
• Preston DWhite KFLewis JEMVasdev RASAbrahams BFCrowley JD. Solid-State Gas Adsorption Studies with Discrete Palladium(II) [Pd 2 (L) 4 ] 4+ Cages.  Chemistry: A European Journal.  23:10559-10567. 2017
• Abrahams BFDharma ADDonnelly PSHudson TAKepert CJRobson RSouthon PDWhite KF. Tunable Porous Coordination Polymers for the Capture, Recovery and Storage of Inhalation Anesthetics.  Chemistry: A European Journal.  23:7871-7875. 2017
• Abrahams BFDharma ADDyett BHudson TAMaynard-Casely HKingsbury CJMcCormick LJRobson RSutton ALWhite KF. An indirect generation of 1D M II -2,5-dihydroxybenzoquinone coordination polymers, their structural rearrangements and generation of materials with a high affinity for H 2 , CO 2 and CH 4.  Dalton Transactions: an international journal of inorganic chemistry.  45:1339-1344. 2016
• White KFAbrahams BFHudson TARobson R. Lightweight Ionic Networks Composed of Li + or Mg 2+ Centres Linked Together by Dicarboxylate Ligands.  ChemPlusChem.  81:877-884. 2016
• Hawes CSKnowles GPChaffee ALWhite KFAbrahams BFBatten SRTurner DR. Porous Polyrotaxane Coordination Networks Containing Two Distinct Conformers of a Discontinuously Flexible Ligand.  Inorganic Chemistry: including bioinorganic chemistry.  55:10467-10474. 2016
• White KFAbrahams BFBabarao RDharma ADHudson TAMaynard-Casely HERobson R. A new structural family of gas-sorbing coordination polymers derived from phenolic carboxylic acids.  Chemistry: A European Journal.  21:18057-18061. 2015
• Hawes CSWhite KFAbrahams BFKnowles GPChaffee ALBatten SRTurner DR. Structural chemistry and selective CO 2 uptake of a piperazine-derived porous coordination polymer.  CrystEngComm.  17:2196-2203. 2015
• Abrahams BFDharma ADGrannas MJHudson TAMaynard-Casely HEOliver GRRobson RWhite KF. Isomeric ionic lithium isonicotinate three-dimensional networks and single-crystal-to-single-crystal rearrangements generating microporous materials.  Inorganic Chemistry: including bioinorganic chemistry.  53:4956-4969. 2014
• White KFAbrahams BFMaynard-Casely HRobson R. Li + and Ca 2+ derivatives of the isonicotinate- N -oxide Ion including single crystal-to-single crystal transformations.  Crystal Growth and Design.  14:4602-4609. 2014
• Abrahams BFMaynard-Casely HERobson RWhite KF. Copper(ii) Coordination Polymers of Imdc− (H2imdc+ = the 1,3-Bis(carboxymethyl)imidazolium cation): Unusual Sheet Interpenetration and an Unexpected Single Crystal-to-Single Crystal Transformation.  CrystEngComm.  15:9729-9737. 2013
• Gotthardt JMWhite KFAbrahams BFRitchie CBoskovic C. Fluorite Topology in Lanthanoid Coordination Polymers with Di- and Trimetallic Building Blocks.  Crystal Growth and Design.  12:4425-4430. 2012
• Hawes CSBabarao RHill MRWhite KFAbrahams BFKruger PE. Hysteretic Carbon Dioxide Sorption in a Novel Copper(ii)-Indazole-Carboxylate Porous Coordination Polymer.  Chemical Communications.  48:11558-11560. 2012
• Latham KWhite KFSzpakolski KBRix CJWhite JM. Synthesis, crystal structure and luminescent behaviour of coordination complexes of copper with bi- and tridentate amines and phosphonic acids.  Inorganica Chimica Acta.  362:1872-1886. 2009