A Kinetic of Macroscopic Particles in Heterogenous Systems
File : 649 KB, 102 pages
Introductory footnote
Chapter 0 Heuristic Starter
0.1 Two questions
0.2 How to do what’s needed
0.3 Purposes: What should be done?
Chapter 1 Description
1.1 Fundamental concepts
1.2 Some primary and secondary concepts 1
1.3 Some primary and secondary concepts 2
1.4 System and subsystem
1.5 Content
1.6 Summary of Chapter 1
Chapter 2 Motion
2.1 On the notion of stationarity
2.2 Postulate I
2.3 Postulates II and III
2.4 The motion and initial condition
2.5 Postulate IV
2.6 A matter of notation
Chapter 3 The Open System
3.1 Mean sojourn time
3.2 The open and closed system
3.3 Preliminary derivation of the mass-time equivalence
3.4 On the derivation of the mass-time equivalence
3.5 On asymptotic distributions
Chapter 4 Two Applications
4.1 A particular bioaccumulation
4.2 Turnover factors and the correspondence principle
App 1 On the difference between Sojourn-Time and Transit-Time
App 2 Equilibrium
App 3 On Ergodicity
A3.1 On the ergodicity concept
A3.2 Ergodicity of open
A3.3 Another ergodic principle
App 4 The Mean-Value Theorems
App 5 The Discrete Model
A5.1 The description
A5.2 The model of motion
App 6 On the Stability of Stochastic Processes
A6.1 A background
A6.2 The Faraday rule
App 7 Qualitative Analysis
App 8 The correspondence principle
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