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Modern micro-analytical techniques for the elucidation of causes and mechanisms of material deterioration”. Van Grieken R, Dewolfs R, (1992)
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Sample preparation for XRF”. Injuk J, Van Grieken RE page 657 (1992).
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Quantification in XRF analysis of intermediate-thickness samples”. Markowicz AM, Van Grieken RE page 339 (1992).
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Characterization of individual environmental particles by beam techniques”. Xhoffer C, Wouters L, Artaxo P, van Put A, Van Grieken R page 107 (1992).
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The use of synchrotron micro-XRF for characterisation of the micro-heterogeneity of low-Z reference materials containing heavy metals”. Kempenaers L, Vincze L, Janssens K (1999).
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Feasibility of (trace-level) micro-XANES at Beamline L”. Janssens K, Vincze L, Wei F, Proost K, Vekemans B, Vittiglio G, Yan Y, Falkenberg G (1999).
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Trace-level micro-XANES by means of bending magnets radiation focused with a polycapillary lens”. Vincze L, Janssens K, Wei F, Proost K, Vekemans B, Vittiglio G, Yan Y, Falkenberg G (1999).
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Spectrum evaluation”. van Espen P, Janssens K (1992).
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Glass trade in Antwerp during the 15th through 17th century”. de Raedt I, Janssens K, Veeckman J, Adriaens A, Adams F page 38 (2000).
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Comparison with other microanalytical techniques”. Janssens K page 211 (2000).
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Evaluation and calibration of micro-XRF data”. Janssens K, Vincze L, Vekemans B page 155 (2000).
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Composition of facon-de-venise and Venetian glass from Antwerp and the Southern Netherlands”. de Raedt I, Janssens K, Veeckman J, Adams F page 346 (2000).
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Preliminary experiments on grazing-exit electron probe microanalysis (GE-EPMA)”. Tsuji K, Spolnik Z, Wagatsuma K, Nullens R, Van Grieken RE, , 119 (1999)
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Atmospheric aerosol and stone conservation”. Van Grieken R, Delalieux F, Cardell Fernandez C page 111 (1999).
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Current applications of XRF and micro-XRF techniques in environmental and industrial fields”. Van Grieken R, Injuk J page 29 (1999).
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Single particle analysis techniques”. de Bock LA, Van Grieken RE page 243 (1999).
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Risk analysis for the protection of cultural heritage from industrial pollution”. Moropoulou A, Bisbikou K, Torfs K, Van Grieken R page 475 (1999).
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Atmospheric aerosols in the Asian part of the former Soviet Union”. Van Grieken R, Jaenicke R, Koutsenogii KP, Khodzher TV, Kulipanov GN page 197 (1999).
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Determination of light elements in marine aerosols by grazing-emission X-ray fluorescence”. Schmeling M, Van Grieken R, (1999)
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Future of m-XRF”. Adams F, Janssens K page 370 (2000).
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Applications in art and archaeology”. Janssens K, Adams F page 290 (2000).
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Overview”. Janssens K, Adams F page 1 (2000).
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Janssens KHA, Adams FCV, Rindby A (2000) Microscopic X-ray fluorescence analysis. 419 p
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Monte Carlo simulation of X-ray fluorescence and scattering tomography experiments”. Vincze L, Janssens K, Vekemans B, Adams F page 328 (1999).
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X-ray fluorescence microtomography: experiment and reconstruction”. Simionovici AS, Chukalina M, Drakopoulos M, Snigireva I, Snigirev A, Schroer C, Lengeler B, Janssens K, Adams F page 304 (1999).
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Microanalysis of museum aerosols related to the conservation of works of art”. Gysels K, Van Grieken R, (1999)
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Recent developments of laboratory grazing emission X-ray fluorescence spectrometry”. Claes M, de Bokx P, Van Grieken R, , 103 (1999)
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Some new applications of auxiliary signals in X-ray fluorescence and electron microprobe analysis”. Kuczumow A, Vekemans B, Schalm O, Vincze L, Dorriné, W, Gysels K, Van Grieken R, , 197 (1999)
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Evaluation of polycapillary lenses as focussing elements in sub-mm XRF analysis of artistic objects”. Vekemans B, Janssens K, Adams F, Andong L, He Y, Yiming Y page 278 (1998).
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Morphology and fractal dimension of soot and carbon black aggregates determined by image analysis”. Smekens A, Vervoort M, Pauwels J, Berghmans P, van Espen P, Van Grieken R, (1998)
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