Organic material/nanosilica interaction: spectroscopy adn modeling combined approach - Polymorphism and adsorption of glycine on an amorphous silica surface

Frederik Tielens; C. Gervais; D. Costa; I. Lopez; J.-F. Lambert; L. Stievano; Mauro Fantinel; Florence Babonneau

Organic material/nanosilica interaction: spectroscopy adn modeling combined approach - Polymorphism and adsorption of glycine on an amorphous silica surface

Frederik Tielens, C. Gervais, D. Costa, I. Lopez, J.-F. Lambert, L. Stievano, Mauro Fantinel, Florence Babonneau

Chemistry

Research output: Unpublished contribution to conference › Poster

Original language	English
Publication status	Published - 2009

Cite this

@conference{9eef4efbe1354cf6913e059fd26ed305,

title = "Organic material/nanosilica interaction: spectroscopy adn modeling combined approach - Polymorphism and adsorption of glycine on an amorphous silica surface",

author = "Frederik Tielens and C. Gervais and D. Costa and I. Lopez and J.-F. Lambert and L. Stievano and Mauro Fantinel and Florence Babonneau",

year = "2009",

language = "English",

}