
The Purpose Fo This Book Is To Present A Comprehensive Account Of The Physical Concepts And Theoretical Approaches Developed For The Study Of The Dynamical Properties Of Liquids (or More Generally, Of High-density Fluids) At A Microscopic Level. After A Discussion Of The Basic Dynamical Phenomena To Be Interupted, As Well As Of The Various Experimental Probes, The Book Gradually Exposes The Reader To The Sophisticated Theoretical Techniques Needed For A Satisfactory Account Of Both Single Particle And Coleective Motions. The Complications Are Faced In A Stepwise Fashion, With Special Attention To The Physical Content Of The Results. As A Result Of The Progress Achieved In The Last Decade, In The End A Satisfactory Understanding Of Most Of The Phenomena Characterizing This Fascinating Field Emerges.
This text investigates the core question of how microscopic physical concepts and theoretical frameworks explain the dynamical properties of liquids and high-density fluids. Authors Marco Zoppi and Umberto Balucani, both established researchers in condensed matter physics, utilize a systematic approach to bridge the gap between basic experimental observations and advanced theoretical modeling of molecular motion.
What You Will Find
Scope Limits
Experts and researchers in the field of condensed matter physics recognize this work as a rigorous technical resource for understanding the microscopic behavior of dense fluids. Readers frequently note the high level of mathematical density and the specialized nature of the prose, making it most suitable for graduate-level students and professional physicists.
Page Count:
357
Publication Date:
1995-01-01
Publisher:
Clarendon Press
ISBN-10:
0191591211
ISBN-13:
9780191591211
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