Box CERM 17
Contains 37 Results:
Mathematical Preliminaries / E. R. Marshalek
Electrostatics / E. R. Marshalek
Boundary-Value Problems / E. R. Marshalek
The Method of Image Charges and Green's Functions / E. R. Marshalek
Boundary Value Problems and Orthogonal Functions / E. R. Marshalek
Multipoles, Electrostatics of Macroscopic Media, Dielectrics / E. R. Marshalek
Magnetostatics / E. R. Marshalek
Time-Dependent Fields and Maxwell's Equations / E. R. Marshalek
Plane Electromagnetic Waves / E. R. Marshalek
Coulomb Energy of an Ellipsoid with Three Unequal Axes / E. R. Marshalek
Group Theory for Dilettantes / E. R. Marshalek.
Not to be confused with H. J. Lipkin's - "Group Theory for Pedestrians" - the present treatment may also be used by automobile drivers, pp. 1-139
Group Theory for Dilettantes / E. R. Marshalek. pp. 140-162
Deviations From the I(I+1) Rule In the Spectry of Atomic Nuclei in the Generalized Hartree-Fock Method / E. R. Marshalek, 1962-1963
E. R. Marshalek - Lawrence Radiation Laboratory, 1 of 3
Includes Nuclear Forces, Shell Model, Matrix Elements of One-and Two-Body Operators, Occupation-Number Formalism, and Coefficients of Fractional Parentage
E. R. Marshalek - Lawrence Radiation Laboratory, 2 of 3
Includes notes on Pairing Correlations, Pairing Vibrations, and Nuclear Collective Phenomena
E. R. Marshalek - Lawrence Radiation Laboratory, 3 of 3
Includes Nuclear Deformation and Rotation, Nilsson Model
Physics 202 - Lecture Notes and Problems II, 1 of 2, 1981-1983
Physics: includes course description, transparencies, outline, exams, solutions
Physics 202 - Lecture Notes and Problems II, 2 of 2, 1981-1983
Physics 202 - Lecture Notes and Problems I, 1 of 4, 1979-1984
Engineering Physics: includes course description, lecture outines, transparencies, drawings, homeworks, quizzes, exams, solutions, proctoring and grading
Physics 202 - Lecture Notes and Problems I, 2 of 4, 1979-1984
Physics 202 - Lecture Notes and Problems I, 3 of 4, 1979-1984
Physics 202 - Lecture Notes and Problems I, 4 of 4, 1979-1984
Advanced Quantum Mechanics of Atoms, Molecules, and Solids / Physics 223A - M. Tinkham...Berkeley, 1958-1959
Notes, Problem Sets
Advanced Quantum Mechanics of Atoms, Molecules, and Solids / Physics 223A - M. Tinkham...Berkeley, 1958
Physics 311 Lecture Notes, 1 of 2
Includes Antisymmetric Wave Functions, Model Independent Constants of the Motion, Time Reversal Invariance, Isobanic Spin, The Nucleon-nucleon Interaction and Symmetry, and The Nuclear Shell Model
Physics 311 Lecture Notes, 2 of 2
Includes The Extreme Single Particle Model and Nuclear Shell Model,
Nuclear Rotation and Boson Expansions - Drafts of Paper, 1 of 3
Nuclear Rotation and Boson Expansions - Drafts of Paper, 2 of 3
Nuclear Rotation and Boson Expansions - Drafts of Paper, 3 of 3
Includes Problem Sets, Classical Electrodynamics Exam, and Answers