Robert Valls is Professor at the University of Aix-Marseille in France lecturing on Solid Chemistry, Inorganic Chemistry, General Chemistry, Thermodynamics and Methodology. He is also a Researcher at the Institut Pythéas - Observatoire des Sciences de l'Univers, where his areas of interest include marine and terrestrial natural products and chemometrics.
Inorganic Chemistry. From Periodic Classification to Crystals
Par :Formats :
- Paiement en ligne :
- Livraison à domicile ou en point Mondial Relay estimée à partir du 23 septembreCet article sera commandé chez un fournisseur et vous sera envoyé 25 jours après la date de votre commande.
- Retrait Click and Collect en magasin gratuit
- Nombre de pages274
- FormatGrand Format
- PrésentationRelié
- Poids0.54 kg
- Dimensions16,5 cm × 24,4 cm × 2,1 cm
- ISBN978-1-78630-254-0
- EAN9781786302540
- Date de parution01/01/2017
- CollectionAnalytical and Inorganic
- ÉditeurISTE Ltd
Résumé
This work presents crystalline solids in an original way, based firstly on their classification through the characteristics of atoms and ions (electronegativity, ionization potential, etc.). The bases of the crystallography are then proposed from observations and empirical analyses of the structure of metals. Numerous original 3D illustrations with real dimensions allow visualization of these stacks.
Four types of binary diagrams are detailed and the structure of the solid in each zone is proposed. This book proposes the study of classic criteria (radius, coordination, ionicity, etc.) as well as more original analyses (steric criterion, spatial availability, formula stoichiometry, etc.) of binary crystals of type MX, MX2, M2X3 and MX3 (250 binaries) and of ternary crystals of type ABO3 or AB204 (50 ternaries).
The classical model of hard spheres is perfectly adapted but in some cases requires the calculation of a modified spatial availability to understand the different types of bonds in the solids.
Four types of binary diagrams are detailed and the structure of the solid in each zone is proposed. This book proposes the study of classic criteria (radius, coordination, ionicity, etc.) as well as more original analyses (steric criterion, spatial availability, formula stoichiometry, etc.) of binary crystals of type MX, MX2, M2X3 and MX3 (250 binaries) and of ternary crystals of type ABO3 or AB204 (50 ternaries).
The classical model of hard spheres is perfectly adapted but in some cases requires the calculation of a modified spatial availability to understand the different types of bonds in the solids.