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'''Michael Steiger<sup>1</sup>, Anke Zeunert<sup>1</sup>:''' <br><br> 1. Institut für Anorganische und Angewandte Chemie, Universität Hamburg, Germany


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'''Crystallization Properties of Salt Mixtures:''' '''Comparison of Experimental Results and Model Calculations. '''In: Josef Riederer (Hg.): 8th International Congress on Deterioration and Conservation of Stone, Berlin, 30. Sept. - 4. Oct. 1996, Volume 1, pp. 535 - 544.<br> <br>  
{{Literatur
|Autor=Michael Steiger<sup>1</sup>, Anke Zeunert<sup>1</sup>
|Jahr =1996
|Titel=Crystallization Properties of Salt Mixtures: Comparison of Experimental Results and Model Calculations.
|Bibtex=<bib id="Steiger.etal:1996"/>
|DOI=
|Link=Volltext:  [[Image:Steiger 1996 Berlin.pdf]]
|Bemerkungen =In: Josef Riederer (Hg.): 8th International Congress on Deterioration and Conservation of Stone, Berlin, 30. Sept. - 4. Oct. 1996, Volume 1, pp. 535 - 544.
}}
 
#Institut für Anorganische und Angewandte Chemie, Universität Hamburg, Germany<br><br>
 
'''Eintrag in der Bibliographie'''
 
<biblist/>


== Keywords  ==
== Keywords  ==
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A chemical model is used to examine the phase behaviour of salt mixtures. The principal types of phase changes including crystallization/dissolution, hydration/dehydration and the formation and decomposition of double salts are illustrated for simple mixtures of two salts. The model is successfully applied to predict the crystallization properties of a four-component system. It is shown how several possible sequences of salt deposition and phase transformations are induced by changes of the ambient relative humidity. In addition an X-ray diffraction technique is presented which can be used to study the phase behaviour of salts under controlled conditions of temperature and relative humidity.  
A chemical model is used to examine the phase behaviour of salt mixtures. The principal types of phase changes including crystallization/dissolution, hydration/dehydration and the formation and decomposition of double salts are illustrated for simple mixtures of two salts. The model is successfully applied to predict the crystallization properties of a four-component system. It is shown how several possible sequences of salt deposition and phase transformations are induced by changes of the ambient relative humidity. In addition an X-ray diffraction technique is presented which can be used to study the phase behaviour of salts under controlled conditions of temperature and relative humidity.  
== Volltext  ==
Die vollständige Publikation finden sie unter [[Image:Steiger 1996 Berlin.pdf]]


== Anlagen  ==
== Anlagen  ==

Aktuelle Version vom 19. März 2012, 14:22 Uhr


Autor Michael Steiger1, Anke Zeunert1
Jahr 1996
Titel Crystallization Properties of Salt Mixtures: Comparison of Experimental Results and Model Calculations.
Bibtex [Steiger.etal:1996]Titel: Crystallization properties of salt mixtures: comparison of experimental results and model calculations
Autor / Verfasser: Steiger, M.; Zeunert, A.
Link zu Google Scholar
DOI
Link Volltext: Datei:Steiger 1996 Berlin.pdf
Bemerkungen In: Josef Riederer (Hg.): 8th International Congress on Deterioration and Conservation of Stone, Berlin, 30. Sept. - 4. Oct. 1996, Volume 1, pp. 535 - 544.


  1. Institut für Anorganische und Angewandte Chemie, Universität Hamburg, Germany

Eintrag in der Bibliographie

[Steiger.etal:1996]Steiger, M.; Zeunert, A. (1996): Crystallization properties of salt mixtures: comparison of experimental results and model calculations. In: Riederer, J. (Hrsg.): Proceedings of the 8th International Congress on Deterioration and Conservation of Stone,Möller Druck 535-544.Link zu Google Scholar

Keywords[Bearbeiten]

Abstract[Bearbeiten]

A chemical model is used to examine the phase behaviour of salt mixtures. The principal types of phase changes including crystallization/dissolution, hydration/dehydration and the formation and decomposition of double salts are illustrated for simple mixtures of two salts. The model is successfully applied to predict the crystallization properties of a four-component system. It is shown how several possible sequences of salt deposition and phase transformations are induced by changes of the ambient relative humidity. In addition an X-ray diffraction technique is presented which can be used to study the phase behaviour of salts under controlled conditions of temperature and relative humidity.

Anlagen[Bearbeiten]

Zitierte Literatur[Bearbeiten]