Ternary Liquid Mixtures and Acoustics - Syed Ibrahim, P. S.
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Ternary Liquid Mixtures and Acoustics" is a book written by P.S. SYED IBRAHIM that discusses the acoustical excess properties and theoretical studies of some ternary liquid mixtures at various temperatures by ultrasonic methods. The book focuses on the fundamental principles of the ultrasonic method and its applications in studying the properties of ternary liquid mixtures.Throughout the book, P.S. SYED IBRAHIM provides a comprehensive discussion of the theoretical background and experimental techniques used to study the properties of ternary liquid mixtures. The book also covers the various…mehr

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Produktbeschreibung
Ternary Liquid Mixtures and Acoustics" is a book written by P.S. SYED IBRAHIM that discusses the acoustical excess properties and theoretical studies of some ternary liquid mixtures at various temperatures by ultrasonic methods. The book focuses on the fundamental principles of the ultrasonic method and its applications in studying the properties of ternary liquid mixtures.Throughout the book, P.S. SYED IBRAHIM provides a comprehensive discussion of the theoretical background and experimental techniques used to study the properties of ternary liquid mixtures. The book also covers the various types of excess properties that can be measured using the ultrasonic method, including excess adiabatic compressibility, excess speed of sound, and excess volume.The book also explores the potential applications of these studies in various fields, including chemical engineering, materials science, and environmental science. It also provides a detailed analysis of the latest research on the subject, highlighting the current trends and future directions in this field.Overall, "Ternary Liquid Mixtures and Acoustics" is an excellent resource for researchers and students working in the field of acoustics, providing a comprehensive overview of the latest developments in the study of ternary liquid mixtures. The book offers valuable insights into the theoretical and practical aspects of this field, demonstrating the potential of ultrasonic methods for studying the properties of complex mixtures.