Call for Abstracts .::. The abstract submission opens on 1st June The abstract submission format and guideline for the 14th ICC are reported in this template (click to download, please). You can use it without changing the form. The abstracts should be sent by e-mail to the following address before 31st December 2008: abstract@14icc.org. The reception will be notified to the author. The mode of presentation chosen (Oral or Poster) and preferred session should be indicated in the e-mail message with the abstract attached. The abstracts submitted will be reviewed by the members of the Scientific Committee or by international experts. The selection of the abstracts and their mode of presentation will be decided by the Scientific Committee on the basis of the review results. A notice of the abstract acceptance will be sent to the author by the end of March,2009. Click on the session you are interested in to read the Convenors’ presentation. BIO-CLAYS INTERFACE & LIFE'S ORIGIN BC1 • Clays & Biomolecules: From the Origin of Life to Medical Applications BC2 • Clays - Living organisms Interactions CERAMICS & ENGINEERING CE1 • Clays in Archaeology & Cultural Heritage CE3 • Clays in Traditional Ceramic Industry CE4 • Colloids & Rheology CE5 • Desiccation and Fracture in Clay CE6 • Hetero-Modulus Ceramics for Technical Application CE7 • Modified Clays & New Applications CE8 • Processing and Properties of Ceramic Materials GEOLOGY & GEOCHEMISTRY GG1 • Bentonite: Genesis, Properties and Uses GG2 • Clay Mineral Association of the Cretaceous - Paleogene and Paleogene - Eocene Boundary Events GG3 • Clay minerals and fluid flow through faults GG4 • Clay Minerals & Climate Change GG5 • Clays in Geological Processes HEALTH & ENVIRONMENT HE1 • Asbestos Monitoring & Analytical Methods HE2 • Clays and Natural Zeolites in Medical Applications HE3 • Clays as Friendly Environmental Materials HE4 • Health Effects of The Reactivity of Airborne Minerals HE5 • Moisture Transport Through Clay HE6 • Nanoporous Materials as Adsorbents for Hydrogen and Methane Storage HE7 • Speciation of Trace Elements in Soils and Sediments HE8 • Stability of Clay Minerals in Geological Radioactive Waste Disposals HE9 • The Interaction of CO2 with Clay Minerals HE10 • Interactions between Clays and Inorganic and Organic Pollutants MINERALOGY & CRYSTALLOGRAPHY MC1 • Clay Minerals in Extraterrestrial Environments MC2 • Clay Synthesis MC3 • Crystal Chemistry and Structure of Clays MC4 • Layered Double Hydroxides MC5 • Serpentines as hot clays MC6 • Simulation and Theory of Clay Minerals and Interfaces MC7 • Structural Characterization of Lamellar Compounds NANO & POROUS MATERIALS NM1 • Functional Hybrid Nanofilms NM2 • Industrial Applications of Nanoclays NM3 • Mesoporus Silica as Molecular Sieves NM4 • Metal Nanoparticles Catalyzed Organic Synthesis NM5 • Natural Zeolites: From Genesis To Applications NM6 • Polymer-Clay Nanocomposites: Advantages, Properties and Uses NM7 • Polymer-Clay Nanocomposites: Preparation Techniques and Theoretical Formulations NM8 • Self-Assembly from Clay Particles: from Nano to Macro SOILS & SEDIMENTS SS1 • Clays and soil forming processes: an evergreen SS2 • Contributions of soil mineralogy to solve agricultural, environmental, technological and other practical problems MISCELLANEOUS UM1 • Teaching Clay Science UM2 • Dynamics of Fluids in Nanoporous Regimes UM3 • General Topics
Call for Abstracts .::. The abstract submission opens on 1st June
The abstract submission format and guideline for the 14th ICC are reported in this template (click to download, please). You can use it without changing the form. The abstracts should be sent by e-mail to the following address before 31st December 2008: abstract@14icc.org. The reception will be notified to the author. The mode of presentation chosen (Oral or Poster) and preferred session should be indicated in the e-mail message with the abstract attached. The abstracts submitted will be reviewed by the members of the Scientific Committee or by international experts. The selection of the abstracts and their mode of presentation will be decided by the Scientific Committee on the basis of the review results. A notice of the abstract acceptance will be sent to the author by the end of March,2009.
Click on the session you are interested in to read the Convenors’ presentation.
BIO-CLAYS INTERFACE & LIFE'S ORIGIN
BC1 • Clays & Biomolecules: From the Origin of Life to Medical Applications BC2 • Clays - Living organisms Interactions
CERAMICS & ENGINEERING
CE1 • Clays in Archaeology & Cultural Heritage CE3 • Clays in Traditional Ceramic Industry CE4 • Colloids & Rheology CE5 • Desiccation and Fracture in Clay CE6 • Hetero-Modulus Ceramics for Technical Application CE7 • Modified Clays & New Applications CE8 • Processing and Properties of Ceramic Materials
GEOLOGY & GEOCHEMISTRY
GG1 • Bentonite: Genesis, Properties and Uses GG2 • Clay Mineral Association of the Cretaceous - Paleogene and Paleogene - Eocene Boundary Events GG3 • Clay minerals and fluid flow through faults GG4 • Clay Minerals & Climate Change GG5 • Clays in Geological Processes
HEALTH & ENVIRONMENT
HE1 • Asbestos Monitoring & Analytical Methods HE2 • Clays and Natural Zeolites in Medical Applications HE3 • Clays as Friendly Environmental Materials HE4 • Health Effects of The Reactivity of Airborne Minerals HE5 • Moisture Transport Through Clay HE6 • Nanoporous Materials as Adsorbents for Hydrogen and Methane Storage HE7 • Speciation of Trace Elements in Soils and Sediments HE8 • Stability of Clay Minerals in Geological Radioactive Waste Disposals HE9 • The Interaction of CO2 with Clay Minerals HE10 • Interactions between Clays and Inorganic and Organic Pollutants
MINERALOGY & CRYSTALLOGRAPHY
MC1 • Clay Minerals in Extraterrestrial Environments MC2 • Clay Synthesis MC3 • Crystal Chemistry and Structure of Clays MC4 • Layered Double Hydroxides MC5 • Serpentines as hot clays MC6 • Simulation and Theory of Clay Minerals and Interfaces MC7 • Structural Characterization of Lamellar Compounds
NANO & POROUS MATERIALS
NM1 • Functional Hybrid Nanofilms NM2 • Industrial Applications of Nanoclays NM3 • Mesoporus Silica as Molecular Sieves NM4 • Metal Nanoparticles Catalyzed Organic Synthesis NM5 • Natural Zeolites: From Genesis To Applications NM6 • Polymer-Clay Nanocomposites: Advantages, Properties and Uses NM7 • Polymer-Clay Nanocomposites: Preparation Techniques and Theoretical Formulations NM8 • Self-Assembly from Clay Particles: from Nano to Macro
SOILS & SEDIMENTS
SS1 • Clays and soil forming processes: an evergreen SS2 • Contributions of soil mineralogy to solve agricultural, environmental, technological and other practical problems
MISCELLANEOUS
UM1 • Teaching Clay Science UM2 • Dynamics of Fluids in Nanoporous Regimes UM3 • General Topics
Last update: June 30th, 2008