Statistical Physics For Electrical Engineering

Statistical Physics For Electrical Engineering

Statistical Physics For Electrical Engineering

content

  • Kinetic Theory And The Maxwell Distribution
  • The Statistical Nature Of The Ideal Gas
  • Collisions
  • Dynamical Aspects
  • Further reading recommended
  • references
  • Basic Statistical Physics
  • basic assumptions
  • stat teams
  • Microcanonical Team
  • Canonical team Grand Canon Ensemble
  • and Team Gibbs
  • Suggestions for further reading
  • bibliography
  • Quantum Statistics – Fermi-Dirac distribution
  • Statistical Physics for Electrical Engineering Free PDF
  • Combinatorial derivation of the Fd statistic Excellent stats Canon Team
  • Fd
  • Fermi energy
  • useful approximations of the Fermi integrals
  • Fd distribution app
  • electrons in a solid
  • Thermoelectric Emission
  • photoelectric emission
  • Suggestions for further reading
  • references
  • Quantum Statistics – Bose-Einstein Distribution
  • Combinatorial derivation of the Be statistic
  • Derivation using a grand canonical set
  • Bose-Einstein condensation
  • black body radiation
  • Suggestions for further reading
  • systems of interacting particles and phase transitions
  • Introduction – Sources of Interaction
  • models of interacting particles
  • A qualitative discussion of phase transitions
  • Statistical Physics for Electrical Engineering Free PDF
  • One-dimensional Ising model
  • Curie-Weiss model
  • rotating glasses
  • Suggestions for further reading
  • references
  • Vibrations in a solid: phonons and heat capacity
  • Entrance Form
  • Heat Capacity Analysis
  • Einstein’s theory
  • Debye theory
  • Further reading recommended
  • references
  • fluctuations, stochastic dynamics, and noise
  • Elements of the Theory of Fluctuation
  • Brownian motion and Langevin equation
  • Diffusion and Fokker-Planck equation
  • The theorem of fluctuation and diffusion
  • Johnson-Nyquist noise in the quantum mechanical domain
  • Statistical Physics for Electrical Engineering Free PDF
  • Other sources of noise
  • Further reading recommended
  • references
  • A brief overview of information theory
  • Introduction – What is Information Theory?
  • Entropy in information theory and statistical physics
  • Statistical Physics of Optimal Message Distribution
  • Suggestions for further reading

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