This Reference CD consists of 6 documents of training material, 863 pages in all, on the subject of classical and advanced physics.
These documents are extremely rich in theoretical and practical information, sample drawings, many examples, and more.
This Reference CD would is a fantastic source of information for anyone studying or working in the field of physics-related activities, or for anyone just plain interested in the science of physics. These manuals really are exceptional in their content and detail.
The images below show pages taken from these documents.
This Reference CD also includes Adobe PDF Reader for Windows 95, 98, 98SE, 2000, and XP to ensure you will be able to view the documents.
|
|
DOE FUNDAMENTALS HANDBOOK - CLASSICAL PHYSICS
(142 pages)
June 1992
Department of Energy
Module 1 - Unit Systems
Fundamental Dimensions
Unit Conversions
Module 2 - Vectors
Scalar and Vector Quantities
Vector Identification
Vectors: Resultants and Components
Graphic Method of Vector Addition
Module 3 - Force and Motion
Newton's Laws of Motion
Momentum Principles
Module 4 - Application of Newton's Laws
Force and Weight
Free-Body Diagrams
Force Equilibrium
Types of Force
Module 5 - Energy, Work and Power
Energy and Work
Law of Conservation of Energy
Power
DOE FUNDAMENTALS HANDBOOK
NUCLEUR PHYSICS AND REACTOR THEORY - VOLUME I
(142 Pages)
January 1993
Department of Energy
Module 1 - Atomic and Nucleur Physics
Atomic Nature of Matter
Chart of the Nuclides
Mass Defect and Binding Energy
Modes of Radioactive Decay
Radioactivity
Neutron Interactions
Nucleur Fission
Energy Release from Fission
Interaction of Radiation with Matter
Module 2 - Reactor Theory (Neutron Characteristics)
Neutron Sources
Neurton Cross Sections and Neutron Flux
Reaction Rates
Neutron Moderation
Prompt and Delayed Neutrons
Neutron Flux Spectrum
DOE FUNDAMENTALS HANDBOOK
NUCLEUR PHYSICS AND REACTOR THEORY - VOLUME II
(128 Pages)
January 1993
Department of Energy
Module 3 - Reactor Theory (Nucleur Parameters)
Neutron Life Cycle
Reactivity
Reactivity Coefficients
Neutron Poisons
Xenon
Samarium and Other Fission Product Poisons
Control Rods
Module 4 - Reactor Theory (Reactor Operations)
Subcritical Multiplication
Reactor Kinetics
Reactor Operation
THE AGE OF EINSTEIN
(79 Pages)
Yale University, 2003
Understanding the Physical Universe
Describing Everyday Motion
Einstein’s Theory of Special Relativity
Newton’s Dynamics
Equivalence of Mass and Energy: E = mc2
An Introduction to Einstein’s General Relativity
Appendix: a Mathematical Approach to Special Relativity
ESSENTIAL PHYSICS
RELATIVITY, PARTICLE DYNAMICS, GRAVITATION AND WAVE MOTION
(210 Pages)
Yale University, 2000
Mathematical Preliminaries
Kinematics: the Geometry of Motion
Classical and Special Relativity
Newtonian Dynamics
Invariance Principles and Conservation Laws
Einsteinian Dynamics
Newtonian Gravitation
Einsteinian Gravitation: an Introduction to General Relativity
An Introduction to the Calculus of Variations
Conservation Laws, Again
Chaos
Wave Motion
Orthogonal Functions and Fourier Series
Solving Ordinary Differential Equations
INTRODUCTION TO GROUPS, INVARIANTS AND PARTICLES
(162 Pages)
Yale University, 2000
Galois Groups
Some Algebraic Invariants
Some Invariants of Physics
Groups - Concrete and Abstract
Lie’s Differential Equation, Infinitesimal Rotations,and Angular Momentum Operators
Lie’s Continuous Transformation Groups
Properties of n-Variable, r-Parameter Lie Groups
Matrix Representations of Groups
Some Lie Groups of Transformations
The Group Structure of Lorentz Transformations
Isospin
Groups and the Structure of Matter
Lie Groups and the Conservation Laws of the Physical Universe
THESE DOCUMENTS ARE IN ELECTRONIC ADOBE PDF FORMAT
|
|
