[Download] "Elementary Principles in Statistical Mechanics" by Josiah Willard Gibbs # Book PDF Kindle ePub Free
eBook details
- Title: Elementary Principles in Statistical Mechanics
- Author : Josiah Willard Gibbs
- Release Date : January 14, 2015
- Genre: History,Books,Science & Nature,
- Pages : * pages
- Size : 621 KB
Description
Elementary Principles in Statistical Mechanics
Josiah Willard Gibbs, American theoretical physicist, chemist, and mathematician (1839-1903)
This ebook presents «Elementary Principles in Statistical Mechanics», from Josiah Willard Gibbs. A dynamic table of contents enables to jump directly to the chapter selected.
Table of Contents
- About This Book
- Preface
- Chapter I. General Notions. The Principle Of Conservation Of Extension In Phase
- Elementary Principles In Statistical Mechanics
- General Notions. The Principle Of Conservation Of Extension-in-phase.
- Application Of The Principle Of Conservation Of Extension In Phase To The Theory Of Errors
- Application Of The Principle Of Conservation Of Extension-in-phase To The Theory Of Errors
- Application Of The Principle Of Conservation Of Extension-in-phase To The Integration Of The Differential Equations Of Motion
- On The Distribution In Phase Called Canonical, In Which The Index Of Probability Is A Linear Function Of The Energy
- On The Distribution-in-phase Called Canonical, In Which The Index Of Probability Is A Linear Function Of The Energy
- Average Values In A Canonical Ensemble Of Systems
- Extension In Configuration And Extension In Velocity
- Farther Discussion Of Averages In A Canonical Ensemble Of Systems
- On Certain Important Functions Of The Energies Of A System
- The Function Φ And The Canonical Distribution
- On A Distribution In Phase Called Microcanonical In Which All The Systems Have The Same Energy
- Maximum And Minimum Properties Of Various Distributions In Phase
- On The Motion Of Systems And Ensembles Of Systems Through Long Periods Of Time
- Effect Of Various Processes On An Ensemble Of Systems
- Discussion Of Thermodynamic Analogies
- Systems Composed Of Molecules