| Conference organizing committees | |
| Preface | |
| Table of contents | |
| List of technical referees | |
| Special lecture and keynotes | |
| Clays in industry | |
| The Tandilia System, Province of Buenos Aires, Argentina: its sedimentary successions | |
| Technological and compositional requirements of clay materials for ceramic tiles | |
| Activation of clays for environmental uses - can we improve on nature, and can it pay? | |
| Clays in Geology. Na-bentonites and K-bentonites from Argentina: composition origin and age | |
| Clay mineralogy and construction problems in volcanic soils near Mount St. Helens: sediment retention structure, southwestern Washington, USA | |
| Neoformed mineral paragenesis in acid weathering systems: sedimentary vs. volcanic environments | |
| Geochemical study of clay materials in Fornos de Algodres Region (central Portugal) in an archaeometric view | |
| Fibrous clay minerals as lithostratigraphic markers in a tertiary continental deposit (Malpica do Tejo, Portugal) | |
| Cr-bearing chlorites in low-grade metapelites of the Puncoviscana Formation (Neoproterozoic), northwestern Argentina | |
| Two types of hydrothermal clay deposits in the south-east area of Tandilia, Buenos Aires Province, Argentina | |
| Occurrence of bentonites in southern South America | |
| Clay mineralogy, illite crystallinite and polytypes in the Campana Mahuida Porphyry Cu deposit, Neuqueacute;n, Argentina | |
| A neoformed kaolinitic mineral in the Upper Pleistocene of northeastern Argentina | |
| Surface microtopography of pyrophillite from different modes of occurrence | |
| Geochemistry of the hydrothermal kaolins in the SE area of Los Menucos. Prov. of Riacute;o Negro, Argentina | |
| Chlorite-smectite geothermometry of two wells from the Copahue Geothermal Field, Argentina | |
| Clay mineral diagenesis of a Pleistocene volcanogenic sequence, Mexican Basin | |
| Analysis of colour rhythmites in sensitive marine clays (Leda Clay) from eastern Canada | |
| Berthierine formation in spotted slates | |
| The application of clay mineralogical analysis to the reconstruction of a Greek Bronce age coastal environment | |
| Facies distribution and pedogenetic evolution of clayey deposits of Caxambu Hill, Quadrilaacute;tero Ferriacute;fero, Minas Gerais, Brazil | |
| The effect of deformation on illite crytallite sizes | |
| Soil Mineralogy. X-Ray analysis of clay and silt fractions of soils developed in allocthonous materials of Aeolian (loess) and alluvial origin in the southwestern Pampa, Argentina | |
| Coastal dune soils in Oregon, USA, forming allophane, imogolite and gibbsite | |
| Deep and actively forming illuvial clay in the regolith and on bedrock | |
| Pedogenic mineral formation as environmental indicator in a paleosol sequence from the Miocene to the Holocene at Mergelstetten, southwest-Germany | |
| Experiences with selective extraction procedures for iron oxides | |
| Neoformed halloysite in podzols developed on the Bauml;rhalde granite, southern Black Forest, Germany | |
| Applied Clay Science Ceramics, Petroleum and Waste Managements | |
| Clay mineralogy of ra | |
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