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Results: 1-10 |
Results: 10
Temperature dependence of superparamagnetic resonance of iron oxide nanoparticles
Authors: Berger, R Bissey, JC Kliava, J Daubric, H Estournes, C
Citation: R. Berger et al., Temperature dependence of superparamagnetic resonance of iron oxide nanoparticles, J MAGN MAGN, 234(3), 2001, pp. 535-544
Lineshapes in magnetic resonance spectra
Authors: Berger, R Bissey, JC Kliava, J
Citation: R. Berger et al., Lineshapes in magnetic resonance spectra, J PHYS-COND, 12(44), 2000, pp. 9347-9360
Spin transition in [Fe(PM-BiA)(2)(NCS)(2)] studied by the electron paramagnetic resonance of the Mn2+ ion
Authors: Daubric, H Kliava, J Guionneau, P Chasseau, D Letard, JF Kahn, O
Citation: H. Daubric et al., Spin transition in [Fe(PM-BiA)(2)(NCS)(2)] studied by the electron paramagnetic resonance of the Mn2+ ion, J PHYS-COND, 12(25), 2000, pp. 5481-5494
Magnetic resonance of superparamagnetic iron-containing nanoparticles in annealed glass
Authors: Berger, R Kliava, J Bissey, JC Baietto, V
Citation: R. Berger et al., Magnetic resonance of superparamagnetic iron-containing nanoparticles in annealed glass, J APPL PHYS, 87(10), 2000, pp. 7389-7396
A linear, four-spin Mn(II)-nitronyl-nitroxide-substituted phosphine oxide system exhibiting both antiferro- and ferromagnetic interactions
Authors: Rancurel, C Leznoff, DB Sutter, JP Guionneau, P Chasseau, D Kliava, J Kahn, O
Citation: C. Rancurel et al., A linear, four-spin Mn(II)-nitronyl-nitroxide-substituted phosphine oxide system exhibiting both antiferro- and ferromagnetic interactions, INORG CHEM, 39(7), 2000, pp. 1602
Cooperativity in a spin transition ferrous polymer: Interacting domain model, thermodynamic, optical and EPR study
Authors: Cantin, C Kliava, J Marbeuf, A Mikailitchenko, D
Citation: C. Cantin et al., Cooperativity in a spin transition ferrous polymer: Interacting domain model, thermodynamic, optical and EPR study, EUR PHY J B, 12(4), 1999, pp. 525-540
Electron paramagnetic resonance and LIESST effect in spin-crossover cis-bis(thiocyanato)bis[N-(2-pyridyl-methylene)aminobiphenyl]iron(II) compound
Authors: Letard, JF Daubric, H Cantin, C Kliava, J Bouhedja, YA Nguyen, O Kahn, O
Citation: Jf. Letard et al., Electron paramagnetic resonance and LIESST effect in spin-crossover cis-bis(thiocyanato)bis[N-(2-pyridyl-methylene)aminobiphenyl]iron(II) compound, MOL CRYST A, 334, 1999, pp. 1207-1221
Size and shape distribution of magnetic nanoparticles in disordered systems: computer simulations of superparamagnetic resonance spectra
Authors: Kliava, J Berger, R
Citation: J. Kliava et R. Berger, Size and shape distribution of magnetic nanoparticles in disordered systems: computer simulations of superparamagnetic resonance spectra, J MAGN MAGN, 205(2-3), 1999, pp. 328-342
Spin transition with a very large thermal hysteresis in a molecular crystal: an EPR study of Fe(PM-PEA)(2)(NCS)(2)
Authors: Daubric, H Cantin, C Thomas, C Kliava, J Letard, JF Kahn, O
Citation: H. Daubric et al., Spin transition with a very large thermal hysteresis in a molecular crystal: an EPR study of Fe(PM-PEA)(2)(NCS)(2), CHEM PHYS, 244(1), 1999, pp. 75-88
Synthesis, structure, and magnetism of mono- and binuclear manganese(II) compounds of nitronyl nitroxide substituted phosphine oxides
Authors: Rancurel, C Leznoff, DB Sutter, JP Golhen, S Ouahab, L Kliava, J Kahn, O
Citation: C. Rancurel et al., Synthesis, structure, and magnetism of mono- and binuclear manganese(II) compounds of nitronyl nitroxide substituted phosphine oxides, INORG CHEM, 38(21), 1999, pp. 4753-4758
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