Processes and Methods for the Preparation of Solid Nanomaterials [SCHIM124]

Learning outcomes

Knowledge on the most significative processes and methods for the preparation of solid nanomaterials.

Objectives

The ongoing development of modern society, nature conservation, the improvement in the quality of human life and progress in both industry and technology depend on new concepts, new designs and new materials. As materials science evolves, so does our lifestyle as it embraces the new technologies derived from the never-ending stream of commercially available nanomaterials. We are convinced that without materials there can be no progress. Nanomaterials are the driving force of the progress of our society. The aim of this lecture is to illustrate the most important processes and methods for the preparation of solid nanomaterials.

Content

Partie 1. Procédés et méthodes

Ch. 1.   Procédé Sol-Gel

Ch. 2.    Procédé hydro, alco et solvo thermal

Ch. 3.   Procédé aérosol

Ch. 4.  Procédé de (co)précipitation

Ch. 5.  Procédé de décomposition

Ch. 6.  Procédé « chemical vapor deposition »

Ch. 7.   Méthode de biominéralisation

Ch. 8.   Méthode « templating »

Ch. 9.    Méthode « patterning »

Ch. 10.   Méthode « imprinting »

Partie 2. Précurseurs et additifs

Ch. 11.   Sels inorganiques

Ch. 12.  Composés organiques (alkoxydes,…)

Ch. 13.   Composés organo-métalliques

Ch. 14.  Polymères

Ch. 15.  Suspensions colloïdales