Nuclear-Change Topics
Demonstration of Chain Reaction
A Study of Chain Reactions
The Theory and Construction of an Inexpensive Neutron Source of Moderate Strength
A Study of the Reaction ₅B¹⁰(n,a)₃Li⁷ with the Aid of Nuclear Research Plates
How Fission and Fusion Take Place
Uranium Fission and Isotope Production
From Uranium to Energy
Atomic Transmutation
Atomic Disintegration
Conversion of Atomic Power to Electric Power
Interactions Between Subatomic Particles
A General Study of Atomic Energy: Its Fundamentals and Its Uses
Atomic Power Plant
Construction of an Atomic Reactor
Atomic Power for Space Travel
Atomic Weapons
Model of Atomic Power Plant
Bikini Bomb-Explosion Model
Destruction by the Atom Bomb
Demonstrated Principles of Nuclear Physics
The Sun—Our Chief Source of Energy
Uranium—Radioactivity and Fission
Atomic Power—The Servant of Man
Power from the Sun
The Process of Nuclear Fission
Fusion—Source of Solar Energy
Electricity from Atomic Power
Effects of Thermal Neutrons on Mammalian Systems
Fusion
Nuclear-Powered Electric Generator
Particle Characteristics and Reactions
Fusion Theory of the Universe
Project Fusion
The Magnetic-Mirror Machine
Plasmatron
The Heating and Confinement of a Thermodynamically Stable Plasma
Controlled Thermonuclear Reaction
The Stability of Radioactive Equilibria
Determination of the Half-life of ⁶⁰Zn
Subatomic Particle Research
Nuclear Disintegration and Density
The Theory of the Plasma Torch
APPENDIX II
NUCLEAR ENERGY-RELATED INVESTIGATIONS AND APPLICATIONS
Listed below are a number of areas in which nuclear knowledge or atomic energy products may be used to achieve investigative, developmental, or engineering data and results which would have been unattainable a few years ago. Science fair exhibits may be based on projects in which these nuclear “tools” are employed to help solve problems of a non-nuclear nature. Such exhibits receive consideration for AEC Special Awards at the National Science Fair-International.