Filling a true gap: This needed textbook about zeolites is a must-have not only for every graduate student, but also for practioners in the field. All important aspects are presented, "Problems & Solutions" and further reading suggestions are included, too.
Table of Contents
INTRODUCTIONDefinitions/Classification and Borderlines
Inorganic Preparation Principles and Preparation Concepts of Porous Materials
Reaction Principles and Technical Processes
Crystallization Techniques and Description of Hydrothermal Crystallization
In-situ Monitoring of the Synthesis
CHARACTERIZATION OF POROUS SOLIDS
Structure, Adsorption Properties, Spectroscopy, Mechanical and Chemical Stability
ZEOLITES AND RELATED POROUS SOLIDS: PRINCIPLES, SYNTHESIS AND CHARACTERISTICS
Amorphous Silica and Porous Glasses
Zeolites: Classical High-Alumina and High Silica Zeolites
Aluminophosphates (AlPOs): Materials with Interesting Pore Structures and Applications
Mesoporous Materials -
Products with Pore Sizes in New Dimensions
Layered Silicates: Basis for 3-D Network Materials
Hybrid Materials: MOFs
COF´s and Porous Organic Polymers
Porous Carbons
Hierarchical Zeolites
APPLICATION ASPECTS AND POST-SYNTHETIC METHODS
Designing Material Properties by Special Crystallization Techniques
Supported Crystallization
Post Synthesis Methods (Tuning of Properties)
Shaping - an Important Part of the Process before the Application of the Product
Technical Synthesis
APPLICATION OF ZEOLITES: FROM THE IDEA TO THE PROCESS
Ion Exchange Based processes
Adsorptions Processes
Catalytic Processes (Introduction with Principles and Description of well Selected Processes)
Environmental Processes
Membranes, Separation
Miscellaneous (e.g. Sensors)
LITERATURE /
FURTHER READING
SOLUTIONS OF PROBLEMS INTRODUCED IN EACH CHAPTER
