Paris, 3 - 7 July

ISMANAM 2005

RELEVANT TOPICS

 - Nanomaterials   

  - Computer simulation methods for the study of nano-scale structures and properties  

  - Structure of nanomaterials  

  - Formation of glasses through experimentation and computer simulation  

  - Nanoscale structure of glasses through experimentation and computer simulation  

  - Mechanisms of deformation in nanomaterials  

  - Mechanisms of deformation in metallic glasses  

  - Simulation of the deformation.   

  - Internal nano-interfaces  

  - Properties of nano materials (mechanical, magnetic, chemical, catalytic, optical and others)   

  - Properties of metallic glasses (mechanical, magnetic, chemical, catalytic, optical and others)   

  - Metallic glasses   

  - Nanoscale characterization techniques   

  - Synthesis, thermodynamics and stability of glasses and nanomaterials  

  - Glass Transition Tg  

  - Metastable crystalline materials   

  - Quasicrystalline materials  

  - Amorphous phases  

  - Materials containing some nano scale in their structures  

  - Bulk materials with nanometer scale grains  

  - Nanocomposites   

  - Nanopowders   

  - Thin films   

  - Nanosized particles   

  - Mechanosynthesis and Mechanical alloying   

  - Nanostructured hydrides and composites  

  - Nanoscale biomimetrics

Contributions are welcome on the following topics:

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