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Zeolite


 

Ca0.4Ba2.5K0.3 · Al6.2Si29.6O72 · 20H2O

Compound Descriptions:

Element System:Al-Ba-Ca-H-K-O-Si
Element Names:Hydrogen, Oxygen, Aluminium, Silicon, Potassium, Calcium, Barium
Name(s):Ca0.4Ba2.5K0.3 · Al6.2Si29.6O72 · 20H2O

European Regulations

2 matching entries in european regulations: Hazard, GHS

Landolt-Börnstein Citations:

Thermodynamic Properties

 HEU: Zeolite-Type Crystal Structures: 2 Compounds and crystal data (HEUlandite): Vol. IV/14C HEU, p.326IV/14C

References

IV/14C
Short: IV/14C
Title: Microporous and other Framework Materials with Zeolite-type Structures: Zeolite-Type Crystal Structures and their Chemistry. Framework Type Codes DAC to LOV
Author: Baur, W.H.; Fischer, R.X.
Editor: Baur, W.H.; Fischer, R.X.
Source: Landolt-Börnstein, New Series
Volume: IV/14C
Year: 2002
Keyword: catalytic properties; crystal structures; framework materials; framework topologies; ion exchange capabilities; microporous materials; zeolite; zeolite-type strutures
ISBN: 978-3-540-42933-3
Internet Resource: DOI:10.1007/b72482
RefComment: VIII, 459 p., 250 illus., Hardcover
RefComment: Written for: Chemistis, material scientists, physicists, geoscientists
Abstract: Zeolites and zeolite-like materials became important because of their ion exchange capacities and their outstanding catalytic properties. Millions of tons of zeolites have been produced in the past years for the oil refining industry alone and, in even greater quantities, as ion-exchanging softening agents for detergents. Numerous other applications, e.g., in environmental protection, farming, gas separation, medicine, and pharmacy, are known, making zeolites almost a necessity for daily life. Consequently, there are many research activities dealing with zeolite properties and characterization. However, a strictly systematic description of zeolite-type crystal structures was not available but is now presented in this series of volumes. It is designed as a reference work for zeolite chemists and materials scientists, but it also serves as a tool to interpret structural similarities and to derive new structures from known topologies.

  File created on 2009/18/08 by LCI Publisher GmbH (Gaja Peters, Inga Thede, Volkmar Vill, Ron Zenczykowski)
  © 2009   Landolt Börnstein,   Springer-Verlag Berlin Heidelberg