Adsorption on new and modified inorganic sorbents /

There has been a lack of authoritative, current information on the structure, investigation and preparation of inorganic sorbents, their numerous applications as well as the adsorption from gaseous and liquid phases on new and chemically modified inorganic solids. This volume deals with the above-me...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Otros Autores: D�abrowski, A., Tertykh, V. A.
Formato: Electrónico eBook
Idioma:Inglés
Publicado: Amsterdam ; New York : Elsevier, 1996.
Colección:Studies in surface science and catalysis ; 99.
Temas:
Adsorption.
Inorganic compounds.
Adsorption
Inorganic Chemicals
Compos�es inorganiques.
adsorption.
TECHNOLOGY & ENGINEERING > Chemical & Biochemical.
Absorbants et adsorbants.
Acceso en línea:Texto completo
Texto completo
Tabla de Contenidos:
  • Cover
  • Contents
  • Preface
  • Author Index
  • Section 1: Preparation, Structure and Properties of New and Modified Inorganic Sorbents
  • Chapter 1.1 Computational studies on the design of synthetic sorbents for selective adsorption of molecules
  • Chapter 1.2 Controlled porosity glasses (CPGs) as adsorbents, molecular sieves, ion-exchangers and support materials
  • Chapter 1.3 Influence of pH of precipitation of hydroxides on the structure of co-precipitated adsorbents
  • Chapter 1.4 Colloidal silicas.
  • Chapter 1.5 Complex carbon-mineral adsorbents: preparation, surface properties and their modification
  • Chapter 1.6 Solid-phase hydrosilylation reactions with participation of modified silica surface
  • Chapter 1.7 Structure and molecular organization of bonded layers of chemically modified silicas
  • Chapter 1.8 The chemical basis of surface modification technology of silica and alumina by molecular layering method
  • Chapter 1.9 Kinetics of organic compounds chemisorption from the gas phase on oxides surface.
  • Chapter 1.10 Functionalized polysiloxane sorbents: preparation, structure, properties and use
  • Chapter 1.11 Surface structure and molecular adsorption of apatites
  • Chapter 1.12 Surface chemistry and adsorption properties of Al13 colloids
  • Section 2: Adsorption from Gaseous Phase
  • Chapter 2.1 Computer simulation of adsorption on amorphous oxide surface
  • Chapter 2.2 On the nature of the energetic heterogeneity of water/oxide interface in adsorption phenomena occurring at oxide surfaces.
  • Chapter 2.3 Energetic heterogeneity of porous inorganic oxides: Adsorption and chromatographic studies
  • Chapter 2.4 Adsorption kinetics on real surfaces
  • Chapter 2.5 Inverse gas chromatography in the examination of acid-base and some other properties of solid materials
  • Chapter 2.6 Chemical and morphological characteristics of inorganic sorbents with respect to gas adsorption
  • Chapter 2.7 Structure and properties of the films formed by organic substances on silica gel surface. Investigations by inverse gas chromatography (IGC).
  • Chapter 2.8 The use of gas chromatography to study the adsorption from gaseous phase at the infinite dilution
  • Chapter 2.9 Molecular statistic and gas chromatographic study of hydrocarbons adsorption on the modified layer silicates and silica in the Henry region
  • Chapter 2.10 Micropore filling mechanism in inorganic sorbents
  • Chapter 2.11 Phase transitions in adsorbed layers
  • Chapter 2.12 Drying of gases and liquids by activated alumina
  • Section 3: Adsorption from Solution
  • Chapter 3.1 Characterization of inorganic sorbents by means of adsorption at the liquid
  • solid interface.

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