Box CERM 15
Contains 49 Results:
Self-consistent Perturbation of Superconductors and Nuclear Rotational Spectra / Eugene R. Marshalek
Unpublished paper
Microscopic Particle-Vibrator Model / E. R. Marshalek
Unpublished paper
Nuclear Forces / E. Marshalek
Unpublished draft of paper
Elementary Scattering Theory and Nuclear Reactions
Unpublished draft of paper
Notes, 2 of 5
Unpublished notes
Notes, 3 of 5
Includes unpublished drafts of paper
Notes, 4 of 5
Lecture Notes for Quantum Mechanics II
Notes, 5 of 5
An application of Finite Group Theory - Normal Modes of Coupled Oscillators
Boson Models, 1980
Article
Includes handwritten paper
How Microscopic Boson Models Work, 1980
Notes
Nuclear Pairing Correlations
Physics 128 - Lecture Notes and Transparencies, 2003
Includes notes on Brief History of Western Astronomy, Fluid Dynamics, Hydrodynamics, Superposition of Two Harmonic Waves, Internal Energy, and "Billiard-Ball" Model of a Gas
Hunting of the Quark / T. Marshalek and E. R. Marshalek
A status report
Notes and calculations, 1 of 2
Notes and Calculations, 2 of 2
Includes Kryloff-Bogolyubov Method, Anharmonic Collective Vibrations- Method II and III, Outline of Talk on Nuclear Vibrations, and Introduction to Field Theory
Notes and Calculations, 3 of 2
Includes Surface Vibrations, Anharmonic Connections to Vibrations of Spherical Nuclei, and correspondence with A. Sobiczewski, Institute for Nuclear Research, Poland
Rotation and Vibration of Deformed Nuclei, 1964
Complex Function Theory
Includes Complex Variable Theory
Lawrence Radiation Laboratory, 1 of 3
Including Theory of Surface Vibrations of Even-even Deformed Nuclei, The "Pushing" Model, Contribution of Centrifugal Force, and Rare Earth
Lawrence Radiation Laboratory, 2 of 3
Solution of Vibrationial Equations and Form of Dispersion Relation
Lawrence Radiation Laboratory, 3 of 3
Includes Breakdown of Asymptotic Selection Rules
Perturbation of a Semiconductor, 1 of 3
Method II
Perturbation of a Semiconductor, 2 of 3
Includes Generalized Bogoyubov Transformation
Perturbation of a Semiconductor, 3 of 3
Microscopic Particle-Vibrator Model, A new fermion-boson expansion / E. R. Marshalek. Department of Physics, University of Notre Dame, pp. 1-61
Research supported by the National Science Foundation