Audio for NE 409 Fall 2002

Lecture 1 Introduction

Lecture 2 Vector Calculus In Nuclear Applications

Lecture 3 Electromagnetic Theory--Dr. Eric Steinfleds

Lecture 4 E&M and Nuclear Analogies

Lecture 5 E&M Completed and Relativity in Nuclear Engineering

Lecture 6 Relativity and the Energy-Mass Relationship

Lecture 7 Energy-Mass Relationship Examples--Dr. Eric Steinfelds

Lecture 8 Quantum Mechanics in Nuclear Engineering

Lecture 9 Wave Mechanics and Atomic Structure

Lecture 10 Tunneling and other quantum phenomena

Lecture 11 Quantum Numbers and 3-D Solutions

Lecture 12 Quantum Structure

Lecture 13 Quantum and Nuclear Structure

Lecture 14 Nuclear Structure note: problems with this file see Lecture 16 F01 and  Lecture 17 F01

Lecture 15 High Energy Nuclear Physics

Lecture 16 Grand Unification Theory--Dr. Eric Steinfelds

Lecture 17 Statistical Mechanics note: problems at end of file see Lecture 24 F01

Lecture 18 Statistical Mechanics, distribution functions and the Boltzmann's Equation

Lecture 19 Cross Sections, Reaction Rates and the Fluid Equations

Lecture 20 Classical Collisions

Lecture 21 Radioactive Decay Processes and Theory

Lecture 22 Decay processes and Batemann Eq.

Lecture 23 Charged Particle Collisions and Relaxation

Lecture 24 Log Energy Decrement (Tushar Ghosh--not recorded)

Lecture 25 Quantum Mechanical Scattering (Dr. Robert Tompson--not recorded)

Lecture 26 W values and Range-Energy Relationship