Dimensionality selection in a molecule-based magnet. by Goddard, P, Manson, J, Singleton, J, Franke, I, Lancaster, T, Steele, A, Blundell, S, Baines, C, Pratt, F, McDonald, R, Ayala-Valenzuela, O, Corbey, J, Southerland, H, Sengupta, P, Schlueter, J

Controlling Magnetic Order and Quantum Disorder in Molecule-Based Magnets by Lancaster, T, Goddard, P, Blundell, S, Foronda, F, Ghannadzadeh, S, Moeller, J, Baker, P, Pratt, F, Baines, C, Huang, L, Wosnitza, J, McDonald, R, Modic, K, Singleton, J, Topping, C, Beale, T, Xiao, F, Schlueter, J, Barton, A, Cabrera, R, Carreiro, K, Tran, H, Manson, J

“…We investigate the structural and magnetic properties of two molecule-based magnets synthesized from the same starting components. …”

Brief encounter at the molecular level: what muons tell us about molecule-based magnets by Blundell, S, Lancaster, T, Brooks, M, Pratt, F, Coronado, E, Galan-Mascaros, JR, Manson, J, Cadiou, C, Winpenny, R

Another dimension: investigations of molecular magnetism using muon-spin relaxation by Lancaster, T, Blundell, S, Pratt, F

“…We review examples of muon-spin relaxation measurements on molecule-based magnetic coordination polymers, classified by their magnetic dimensionality. …”

Organic and molecular magnets by Blundell, S, Pratt, F

“…It is also possible to prepare molecule based magnets in which transition metal ions are used to provide the magnetic moment, but organic groups mediate the interactions. …”

Molecular magnetism by Blundell, S

“…It is also possible to prepare molecule-based magnets in which transition-metal ions are used to provide the magnetic moment, but organic groups mediate the interactions. …”

Magnetic ground state of the one-dimensional ferromagnetic chain compounds M(NCS)(2)(thiourea)(2) (M = Ni, Co) by Curley, SPM, Scatena, R, Williams, RC, Goddard, PA, Macchi, P, Hicken, TJ, Lancaster, T, Xiao, F, Blundell, SJ, Zapf, V, Eckert, JC, Krenkel, EH, Villa, JA, Rhodehouse, ML, Manson, JL

“…The magnetic properties of the two isostructural molecule-based magnets - Ni(NCS)2(thiourea)2, S=1 [thiourea=SC(NH2)2] and Co(NCS)2(thiourea)2, S=3/2 - are characterized using several techniques in order to rationalize their relationship with structural parameters and to ascertain magnetic changes caused by substitution of the spin. …”