Statistical Thermodynamics
Condition: SECONDHAND
This is a secondhand book. The jacket image is a photograph of the exact copy we have in stock. This image shows the condition of this book. Further condition remarks are below.
Condition remarks:
Book: Good
Jacket: No dust jacket
Pages: Good
Condition remarks: Condition as shown in image; faded and creased spine/
At the intersection of quantum mechanics and classical thermodynamics lies one of the most elegant disciplines in physical chemistry — and Donald A. McQuarrie's Statistical Thermodynamics stands as one of its most authoritative guides. The text presents the foundational principles of statistical mechanics with rigorous mathematical precision, systematically building from the basics of molecular energy distributions and partition functions to the thermodynamic properties of gases, solids, and chemical equilibria. McQuarrie instructs the reader through ensemble theory, Boltzmann statistics, and quantum statistical mechanics — Fermi-Dirac and Bose-Einstein distributions included — making abstract microscopic phenomena tangible through clear derivations and well-chosen examples. McQuarrie's hallmark style — terse, precise, and intellectually demanding — makes Statistical Thermodynamics a text that rewards the committed student with genuine physical insight rather than superficial familiarity. The work argues implicitly but powerfully that a deep understanding of macroscopic thermodynamic behavior is only achievable through the statistical treatment of molecular-level interactions. Widely adopted in graduate-level physical chemistry and chemical physics courses since its publication, this volume remains a cornerstone of the scientific canon, leaving the reader to wonder just how much of the physical world can be understood through the elegant machinery of probability and quantum theory.
Author: Donald A. Mcquarrie
Format: Paperback
Genre: Chemistry
Condition remarks:
Book: Good
Jacket: No dust jacket
Pages: Good
Condition remarks: Condition as shown in image; faded and creased spine/
At the intersection of quantum mechanics and classical thermodynamics lies one of the most elegant disciplines in physical chemistry — and Donald A. McQuarrie's Statistical Thermodynamics stands as one of its most authoritative guides. The text presents the foundational principles of statistical mechanics with rigorous mathematical precision, systematically building from the basics of molecular energy distributions and partition functions to the thermodynamic properties of gases, solids, and chemical equilibria. McQuarrie instructs the reader through ensemble theory, Boltzmann statistics, and quantum statistical mechanics — Fermi-Dirac and Bose-Einstein distributions included — making abstract microscopic phenomena tangible through clear derivations and well-chosen examples. McQuarrie's hallmark style — terse, precise, and intellectually demanding — makes Statistical Thermodynamics a text that rewards the committed student with genuine physical insight rather than superficial familiarity. The work argues implicitly but powerfully that a deep understanding of macroscopic thermodynamic behavior is only achievable through the statistical treatment of molecular-level interactions. Widely adopted in graduate-level physical chemistry and chemical physics courses since its publication, this volume remains a cornerstone of the scientific canon, leaving the reader to wonder just how much of the physical world can be understood through the elegant machinery of probability and quantum theory.