Ultrasonic Spectroscopy
From Fundamentals to Applications
Published on 18. September 2024
Book
Hardback
280 pages
978-3-527-34770-4 (ISBN)
More details
Language
English
Place of publication
Berlin
Germany
Publishing group
Wiley-VCH Verlag GmbH
Target group
Professional and scholarly
Dimensions
Height: 244 mm
Width: 170 mm
ISBN-13
978-3-527-34770-4 (9783527347704)
Copyright in bibliographic data is held by Nielsen Book Services Limited or its licensors: all rights reserved.
Schweitzer Classification
Person
Vitaly Buckin is the Associate Professor at the University college, Dublin and is the Head of Laboratory of Physical Chemistry of Bio colloids. He obtained his PhD in Biological Physics from the Russian Academy of sciences, his research interests lie in High-Resolution Ultrasonic Spectroscopy and its applications in Chemistry, Biomolecular Science, Medicine, Food, Biotechnology, Pharmaceutical and other industrial sectors. Physical Chemistry of Bio colloids. In 2002 he was awarded the Top 100 Award in Technology for High-Resolution Ultrasonic Spectroscopy in USA. He also served as the Chairman of the International Conference on High Resolution Ultrasonic Spectroscopy 2018 at Brno, Czech Republic. He has more than 100 publications and 10 patents (EU, USA, and Japan) in the field of 'Ultrasonic Spectroscopy'
Content
Preface
Introduction
Acknowledgements
List of abbreviations
HIGH-RESOLUTION ULTRASONIC SPECTROSOPY. MEASURING PARAMETERS AND THEIR KEY ATTRIBUTES
MIXTURES AND THEIR COMPONENTS
Definitions. Liquids, Dispersions, and Gels
Characterization of Components of Mixtures. Solutes, Solute Particles and their Apparent and Partial Properties
Effect of Oscillating Pressure and Temperature on Apparent and Partial Properties
Structures of Mixtures and their Compressibilty
ULTRASONIC PROPERTIES OF FLUIDS
Ultrasonic Waves
Adiabatic Conditions for Compressions in Ultrasonic Wave in Liquids. Effect of Frequency
Intertial Effects in Liquid Dispersions
Calculation of Adiabatic Compressibility of Liquid Mixtures from their Ultrasonic Characteristics. Applicability of Newton-Laplace Equation
Fundamental Relationships between Ultrasonic Parameters of Mixtures and the Characteristics of Solvent and Solute Particles
ULTRASONIC CHARACTERIZATION OF SOLUTES AND SOLUTE PARTICLES IN MIXTURES
Concentration Increments of Ultrasonic Velocity and Attenuation of Solutes and Solute Particles
Measurements of Apparent Compressibility of Solutes and Compressibility of Solute Particles
Microstructural and Molecular Interpretation of Apparent Compressibility of Solutes and Compressibility of Solute Particles
ULTRASONIC CHARACTERIZATION OF MOLECULAR AND MICROSTRUCTURAL PROCESSES
Chemical Reactions
Particle Sizing and Structural Rearrangements
Molecular Binding. Titrations
Formation of Gels
Stability of Emulsions and Suspensions
Microemulsions and their Phase Diagrams
Thermal Transitions on Polymers
Supersaturation and Nanobubbles in Liquds
Conclusions
Bibliography
Appendices
Introduction
Acknowledgements
List of abbreviations
HIGH-RESOLUTION ULTRASONIC SPECTROSOPY. MEASURING PARAMETERS AND THEIR KEY ATTRIBUTES
MIXTURES AND THEIR COMPONENTS
Definitions. Liquids, Dispersions, and Gels
Characterization of Components of Mixtures. Solutes, Solute Particles and their Apparent and Partial Properties
Effect of Oscillating Pressure and Temperature on Apparent and Partial Properties
Structures of Mixtures and their Compressibilty
ULTRASONIC PROPERTIES OF FLUIDS
Ultrasonic Waves
Adiabatic Conditions for Compressions in Ultrasonic Wave in Liquids. Effect of Frequency
Intertial Effects in Liquid Dispersions
Calculation of Adiabatic Compressibility of Liquid Mixtures from their Ultrasonic Characteristics. Applicability of Newton-Laplace Equation
Fundamental Relationships between Ultrasonic Parameters of Mixtures and the Characteristics of Solvent and Solute Particles
ULTRASONIC CHARACTERIZATION OF SOLUTES AND SOLUTE PARTICLES IN MIXTURES
Concentration Increments of Ultrasonic Velocity and Attenuation of Solutes and Solute Particles
Measurements of Apparent Compressibility of Solutes and Compressibility of Solute Particles
Microstructural and Molecular Interpretation of Apparent Compressibility of Solutes and Compressibility of Solute Particles
ULTRASONIC CHARACTERIZATION OF MOLECULAR AND MICROSTRUCTURAL PROCESSES
Chemical Reactions
Particle Sizing and Structural Rearrangements
Molecular Binding. Titrations
Formation of Gels
Stability of Emulsions and Suspensions
Microemulsions and their Phase Diagrams
Thermal Transitions on Polymers
Supersaturation and Nanobubbles in Liquds
Conclusions
Bibliography
Appendices