Difference between revisions of "Statistical Mechanics (WS 2007/2008)"

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| The Boltzmann Distribution, Partition function, and H-free energy  
 
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{{Download|Lecture3_Statmech.pdf|Lecture3.pdf}}.
 
   
 
   
 
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! 13.11.
| The ideal gas
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| Pressure, differential relations
  
 
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| The ideal gas
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| Thermal Radiation and Planck distribution
 
| Thermal Radiation and Planck distribution
  
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| Chemical Potential and Gibbs Distribution
 
  
 
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! 04.12.
| Chemical Reactions
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| Chemical Potential and Gibbs Distribution
 
 
 
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! 11.12.
| Bosons and Fermions
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| Chemical Reactions
  
 
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! 08.01.
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Revision as of 14:29, 6 November 2007

Inhalt / topics

  • Review of thermodynamics and elementary statistical mechanics
  • thermal radiation and Planck distribution
  • Gibbs free energy and chemical reactions
  • theory of phase transitions
  • Bosonic and Fermionic statistics
  • lattice gases
  • Van der Waals Gas, virial expansion
  • various statistical ensembles

Vorkenntnisse / previous knowledge

  • classical mechanics
  • thermodynamics

Studiennachweis / record of study

  • Regelmäßige Teilnahme an Übung, plus erledigen der Übungsaufgaben
  • regular participation during the exercise course, plus solving the exercises

Unterrichtssprache / language of instruction

Englisch / english

Zielgruppe / audience

  • Diese Vorlesung richtet sich an die Teilnehmer des Masterstudienganges "Computational Science", aber auch interessierte Studenten der angeschlossenen Fachbereiche in anderen MS Programmen.
  • The lecture is aimed at the participants of the master study course "computational science". Nevertheless students of other university departements are welcome too.

Angestrebte Zeiten / aimed appointment

  • Lecture: Tu: 10:45 - 12:15 FIAS building 101
  • Exercises: Tu: 12:30 - 14:00 FIAS building 200

Recommended literature

  • Thermal Physics, Charles Kittel/Herbert Kroemer, Freeman, NY

Lecture

Date Subject
16.10 The big picture and Intro to Probability application_pdf.pngProbability_notes (113 KB)Info circle.png.application_pdf.pngLecture0.pdf (548 KB)Info circle.png
23.10. Overview: States of a model system, law of large numbers application_pdf.pngLecture 1.pdf (3.93 MB)Info circle.png
30.10. Entropy, Temperature, the most probable state, fundamental laws of Thermodynamics. application_pdf.pngLecture2.pdf (3.19 MB)Info circle.png.
06.11. The Boltzmann Distribution, Partition function, and H-free energy

application_pdf.pngLecture3.pdf (1.01 MB)Info circle.png.

13.11. Pressure, differential relations
20.11. The ideal gas
27.11. Thermal Radiation and Planck distribution


04.12. Chemical Potential and Gibbs Distribution
11.12. Chemical Reactions
08.01. Bosons and Fermions


15.01.
22.01.
29.01.
05.02.

Tutorial

Date Subject
16.10 application_pdf.pngProblems sheet 1 (33 KB)Info circle.png
23.10. application_pdf.pngExercises in class 1 (50 KB)Info circle.png


30.10. application_pdf.pngProblems sheet 2 (52 KB)Info circle.png
06.11. application_pdf.pngProblems sheet 3 (52 KB)Info circle.png


13.11.
20.11.
27.11.
04.12.
11.12.
08.01.
15.01.
22.01.
29.01.
05.02.