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Surface Charging and Points of Zero Charge





ISBN 9780367577346
Published June 30, 2020 by CRC Press
1092 Pages

 
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Book Description

The Most Detailed Resource Available on Points of Zero Charge



With their work growing in complexity, chemists involved with surface phenomena-related projects have outgrown the common resources available to them on points of zero charge (PZC) of oxides. Reporting on a limited number of materials in a limited number of scenarios, these resources often leave scientists wondering if the variances reported in the results they depend upon are due to actual differences in properties among particular samples or due to differences between isoelectric points (IEP) and points of zero charges obtained by titration.





Taking on the monumental task of building a complete reference, Marek Kosmulski, a leading authority in the field of surface chemistry (Hirsch index of 22), takes a new approach to provide chemists with the most detailed resource on the points of zero charge of oxides available to date.



Surface Charging and Points of Zero Charge presents PZC data on well-defined specimens of materials sorted by trademark, manufacturer (commercial materials), location (natural materials), and specific recipe (synthetic materials). The text emphasizes the comparison between particular results obtained for different portions of the same or very similar material.





Synthesizing information published in research reports over the past few decades, this invaluable reference:









  • Characterizes materials in terms of thermochemical data, chemical composition (level of impurities), crystallographic structure, specific surface area (various methods), particular size, and morphology






  • Provides additional references to more detailed sample characterization (SEM and TEM images, XRD patterns, and particle size distributions)






  • Reviews the PZC and IEP--with all possible details regarding the method, type of instrument, and experimental conditions






  • Pays special attention to correlations of the PZC and IEP with other physical quantities and properties, surface charging in mixed and nonaqueous solvents, surface charging at high ionic strengths, and ion-specificity in 1-1 electrolytes






All available sources were used to obtain the data in this reference making it the definitive resource on PZC/IEP. Destined to become a classic, Surface Charging and Points of Zero Charge points the way for further research with tried and true methods that help researchers avoid the doubt that can lead to countless hours of unnecessary research.





Erratum for this volume can be found on the author's website.

Table of Contents

Introduction.Nomenclature. The scope. Inert electrolytes. The significance of Parks' review. Structure of the adsorbents. Solubility. Solid phase transformation at room temperature in contact with solution. Solid phase transformation on heating. Kinetics. Solution chemistry – pH scale. Very dilute solutions. Speciation in solution. Methods. Experimental setup in electrokinetic measurements. Experimental conditions in electrokinetic measurements. CO2 and silica problem. Experimental results - Electrokinetic potential. Experimental conditions – titration. Results – titration. Interrelation of results obtained by means of different methods. Other methods. Adsorption models. Compilation of PZC/IEP. Simple oxides. Aluminosilicates, phyllosilicates, clays and clay minerals. Mixed oxides. Salts. Glasses. Carbon and carbon-rich materials. Other inorganic materials. Coatings. Well-defined low-molecular organic compounds. Polymers (macroscopic specimens). Latexes. Natural high-molecular organic substances. Microorganisms. Metals. Literature intentionally ignored. Temperature effect. Pressure effect. Compilations of PZC of various materials. Correlations. Mixed water-organic solvents. Nonaqueous solvents. Conclusion. Ion specificity. Affinity series. Uptake of 1-1 electrolyte ions at or near PZC. High ionic strength. Appendix. Literature.





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Author(s)

Biography

Marek Kosmulski