Citation: M. Robert et al., The cycle of clay formation in sediments and soils. New application of H.R.T.E.M., Mineralogica et petrographica acta , 33, 1990, pp. 135-136
Citation: Va. Drits et al., XRD MEASUREMENT OF MEAN THICKNESS, THICKNESS DISTRIBUTION AND STRAIN FOR ILLITE AND ILLITE-SMECTITE CRYSTALLITES BY THE BERTAUT-WARREN-AVERBACH TECHNIQUE, Clays and clay minerals, 46(1), 1998, pp. 38-50
Citation: Dd. Eberl et al., DEDUCING GROWTH MECHANISMS FOR MINERALS FROM THE SHAPES OF CRYSTAL SIZE DISTRIBUTIONS, American journal of science, 298(6), 1998, pp. 499-533
Citation: F. Elsass et al., ILLITE-SMECTITE ALTERATION AND ACCOMPANYING REACTIONS IN A PENNSYLVANIAN UNDERCLAY STUDIED BY TEM, Clays and clay minerals, 45(3), 1997, pp. 390-403
Citation: V. Drits et al., XRD MEASUREMENT OF MEAN CRYSTALLINE THICKNESS OF ILLITE AND ILLITE SMECTITE - REAPPRAISAL OF THE KUBLER INDEX AND THE SCHERRER EQUATION/, Clays and clay minerals, 45(3), 1997, pp. 461-475
Citation: V. Sucha et al., PARTICLE-SHAPE VERSUS COHERENT SCATTERING DOMAIN OF ILLITE SMECTITE -EVIDENCE FROM HRTEM OF DOLNA-VES CLAYS/, Clays and clay minerals, 44(5), 1996, pp. 665-671
Citation: J. Srodon et F. Elsass, EFFECT OF THE SHAPE OF FUNDAMENTAL PARTICLES ON XRD CHARACTERISTICS OF ILLITIC MINERALS, European journal of mineralogy, 6(1), 1994, pp. 113-122