A Framework for Modeling Irreversible Processes Based on the Casimir Companion: Time-Optimal Equilibration of a Collection of Harmonic Oscillators: A Geometrical Approach Illustrating the Framework

Media type: E-Book

Title: A Framework for Modeling Irreversible Processes Based on the Casimir Companion : Time-Optimal Equilibration of a Collection of Harmonic Oscillators: A Geometrical Approach Illustrating the Framework

Contributor: Boldt, Frank [Author]; Hoffmann, Karl Heinz [Degree supervisor]; Hoffmann, Karl Heinz [Other]; Salamon, Peter [Other]

Published: Chemnitz: Universitätsbibliothek Chemnitz, 2014

Extent: Online-Ressource

Language: English

Identifier:

Keywords: Time ; Harmonic oscillators ; Irreversible processes ; Thermodynamik ; Quantenmechanik ; Kontrolltheorie ; Hamiltonsche Systeme ; Dynamische Algebra ; Thermodynamik endlicher Zeit ; irreversible Thermodynamik ; Quanten Thermodynamik ; Lie Algebra ; Lie Gruppen ; Casimir Invarianten ; zeitoptimale Steuerung ; Hamiltonian System ; Dynamical Algebra ; Finite-Time Thermodynamics ; Irreversible Thermodynamics ; Quantum Thermodynamics ; Lie algebra ; Lie group ; Control Theory ; Casimir Invariant ;

Origination:

University thesis: Dissertation, Chemnitz, Technische Universität Chemnitz, 2014

Footnote:

Access State: Open Access

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