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See detailFDG-PET and lung cancer: evaluation of solitary pulmonary nodule and mediastinal staging.
PAULUS, P.; HUSTINX, Roland ULg; BURY, Thierry ULg et al

in Proceedings of the VIIth International PET Conference, Institute for Clinical PET (1996)

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See detailFDG-PET for the routine follow-up in NHL: First prospective evaluation
Jerusalem, Guy ULg; Silvestre, R.; Beguin, Yves ULg et al

in Journal of Clinical Oncology (2006, June 20), 24(18, Part 1 Suppl. S), 439

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See detailFDG-PET imaging for assessing pleural malignancy : a semi-quantitative analysis.
LAROCK, Marie-Paule ULg; DUYSINX, Bernard ULg; NGUYEN, D. et al

in Journal of Nuclear Medicine (The) (2005), 46(SUPPL), 426

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See detailFDG-PET imaging for diagnosing bone infection.
LETESSON, G.; FOIDART-WILLEMS, Jacqueline ULg; HUSTINX, Roland ULg

in Journal of Nuclear Medicine (The) (2005), 46(SUPPL), 323

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See detailFDG-PET imaging for monitoring rheumatoid arthritis treated by infliximab injections.
BECKERS, Catherine ULg; RIBBENS, Clio ULg; ANDRE, Béatrice ULg et al

in Journal of Nuclear Medicine (The) (2002), 43

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See detailFe and Mg Isotope Fractionation in Olivine from the NWA 1068 Shergottite
Collinet, Max ULg; Charlier, Bernard ULg; Namur, Olivier et al

Conference (2014, June 09)

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See detailFE modelling of anorthosite diapirism: the Egersund-Ogna massif, South Norway
Hoffer, B.; Barnichon, J.-D.; Charlier, Robert ULg et al

in Proc. of the Int. Meeting on Deformation Mechanisms in nature and experiments (1997, March)

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See detailFe(II)2.67Fe(III)4(PO4)5.35(HPO4)0.65 and Fe(II)2.23Fe(III)4(PO4)4.45(HPO4)1.55, two new mixed-valence iron phosphates.
Dal Bo, Fabrice ULg; Hatert, Frédéric ULg

in Acta Crystallographica Section C-Crystal Structure Communications (2012), C68

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See detailFe-2(II)(PO4)(OH), a synthetic analogue of wolfeite
Hatert, Frédéric ULg

in Acta Crystallographica Section C-Crystal Structure Communications (2007), 63(Part 12), 119-121

This paper reports the hydrothermal synthesis and crystal structure refinement of diiron(II) phosphate hydroxide, Fe-2(II)(PO4)(OH), obtained at 1063 K and 2.5 GPa. This phosphate is the synthetic ... [more ▼]

This paper reports the hydrothermal synthesis and crystal structure refinement of diiron(II) phosphate hydroxide, Fe-2(II)(PO4)(OH), obtained at 1063 K and 2.5 GPa. This phosphate is the synthetic analogue of the mineral wolfeite, and has a crystal structure topologically identical to those of minerals of the triplite-triploidite group. The complex framework contains edge-and corner-sharing FeO4(OH) and FeO4(OH)(2) polyhedra, linked via corner-sharing to the PO4 tetrahedra (average P-O distances are between 1.537 and 1.544 angstrom). Four five-coordinated Fe sites are at the centers of distorted trigonal bipyramids (average Fe-O distances are between 2.070 and 2.105 angstrom), whereas the coordination environments of the remaining Fe sites are distorted octahedra (average Fe-O distances are between 2.146 and 2.180 angstrom). The Fe-O distances are similar to those observed in natural Mg-rich wolfeite, except for two Fe-O bond distances, which are significantly longer in synthetic Fe-2(2+) (PO4)(OH). [less ▲]

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See detailFe-57 Mossbauer spectral and muon spin relaxation study of the magnetodynamics of monodispersed gamma-Fe2O3 nanoparticles
Rebbouh, Leila; Hermann, Raphaël ULg; Grandjean, Fernande ULg et al

in Physical Review b (2007), 76(17),

The Mossbauer spectra of monodispersed iron oxide nanoparticles with diameters of 4, 7, 9, and 11 nm have been measured between 4.2 and 315 K and fitted within the formalism for stochastic fluctuations of ... [more ▼]

The Mossbauer spectra of monodispersed iron oxide nanoparticles with diameters of 4, 7, 9, and 11 nm have been measured between 4.2 and 315 K and fitted within the formalism for stochastic fluctuations of the hyperfine Hamiltonian. In this model, the hyperfine field is assumed to relax between the six +/- x, +/- y, and +/- z directions in space with a distribution of relaxation rates that is temperature dependent. Muon spin relaxation measurements have been carried out on the 9 nm particles between 4.2 and 295 K. Both techniques reveal three regimes in the magnetic dynamics of these nanoparticles. In the low-temperature regime, between 4.2 and similar to 30 K, the nanoparticle magnetic moments are blocked and a spin-glass-like state is observed with nearly static hyperfine fields, as is indicated by the well resolved magnetic Mossbauer spectra and the slow exponential decay of the muon asymmetry functions. In the high-temperature regime, above similar to 125 K, the nanoparticle magnetic moments and, hence, the hyperfine fields, relax rapidly and a typical thermally activated superparamagnetic behavior is observed, as is indicated by the Mossbauer doublet line shape and the muon asymmetry functions that are unquestionably characteristic of monodispersed nanoparticles. In the intermediate regime between similar to 30 and 125 K, the Mossbauer spectra are the superposition of broad sextets and doublets and the muon asymmetry functions have been fitted with a sum of two terms, one relaxing term similar to that observed at and above 125 K and one term characteristic of static local fields. Hence, in this intermediate regime, the sample is magnetically inhomogeneous and composed of nanoparticles rapidly and slowly relaxing as a result of interparticle interactions. The magnetic anisotropy constants determined from both the Mossbauer spectral and magnetic susceptibility results decrease by a factor similar to 4 with increasing diameter from 4 to 22 nm and increase linearly with the percentage of iron(III) ions present at the surface of the nanoparticles. The interparticle interaction energy is estimated to be between 89 and 212 K from the temperature dependence of the magnetic hyperfine field measured on the 9 nm nanoparticles. [less ▲]

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See detailFe-Ti oxide minerals in the Bjerkrem-Sogndal massif (Norway)
Duchesne, Jean-Clair ULg

in Journal of Petrology (1972), 13

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See detailFe/SiO2 sol-gel catalysts synthesised from various iron complexes for N2O decomposition and C3H6 oxidation by N2O
Heinrichs, Benoît ULg; Maxim, Nicolae; Abbenhuis, Hendrikus C L et al

Poster (2003)

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See detailFear of failure, private self-consciousness, and predictive metacomprehension
Broonen, Jean-Paul ULg

in Ahern, D. (Ed.) Proceedings from the Fifth European Congress of Psychology (1997)

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See detailFear reactions of domestic sheep confronted with either a human or a human-like model
Bouissou, Marie-France; Vandenheede, Marc ULg

in Behavioural Processes (1995), 34

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See detailFear reactions of ewes to photographic images
Vandenheede, Marc ULg; Bouissou, Marie-France

in Behavioural Processes (1994), 32

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See detailfear(s) + complement clauses
Brems, Lieselotte ULg

Conference (2013, November)

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