Molecular-based Magnets: Setting the Scene p-Nitrophenyl Nitronyl Nitroxide: The First Organic Ferromagnet Crystal Architectures of Organic Molecular-Based Magnets Unusual Crystal Structures and Properties of Nitronylnitroxide Radicals. Possible RVB States in Molecule-Based Magnets Muon-spin-rotation Studies of Organic Magnets High-spin Polymeric Arylamines Room-temperature Molecule-based Magnets Design of Novel Magnets Using Prussian Blue Analogues Magnetic Anisotropy in Molecule-Based Magnets Multifunctional Coordination Compounds: Design and Properties Ferrimagnetic and Metamagnetic Layered Cobalt(II)-hydroxides: First Observation of a Coercive Field Greater than 5 T Towards Magnetic Liquid Crystals Quantum Size Effects in Molecular Magnets Large Metal Clusters and Lattices with Analogues to Biology New High-spin Clusters featuring Transition Metals From Ferromagnets to High-spin Molecules: The Role of the Organic Ligands Molecular-based Magnets: An Epilogue The Bakerian Lecture 1999: The Molecular Chemistry of Magnets and Superconductors.
Molecular-based Magnets: Setting the Scene p-Nitrophenyl Nitronyl Nitroxide: The First Organic Ferromagnet Crystal Architectures of Organic Molecular-Based Magnets Unusual Crystal Structures and Properties of Nitronylnitroxide Radicals. Possible RVB States in Molecule-Based Magnets Muon-spin-rotation Studies of Organic Magnets High-spin Polymeric Arylamines Room-temperature Molecule-based Magnets Design of Novel Magnets Using Prussian Blue Analogues Magnetic Anisotropy in Molecule-Based Magnets Multifunctional Coordination Compounds: Design and Properties Ferrimagnetic and Metamagnetic Layered Cobalt(II)-hydroxides: First Observation of a Coercive Field Greater than 5 T Towards Magnetic Liquid Crystals Quantum Size Effects in Molecular Magnets Large Metal Clusters and Lattices with Analogues to Biology New High-spin Clusters featuring Transition Metals From Ferromagnets to High-spin Molecules: The Role of the Organic Ligands Molecular-based Magnets: An Epilogue The Bakerian Lecture 1999: The Molecular Chemistry of Magnets and Superconductors.
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