General and Theoretical Topics
The Review and Future of the Atom
Simplified Nuclear Physics
Approach to the Study of Nuclear Physics
Elementary Particles—an Investigation of the Fundamental Components of Matter and Energy
Odd Nucleon Effect
A Study of Binding Energies and Nuclear Reactions
The Integrated Theory of Atomic Structure Through Inductive and Deductive Reasoning
Tools of Nuclear Physics
E = MC²—Energy Equals Mass Multiplied by the Speed of Light Squared
Downfall of Parity
How to Measure the Charge of the Electron
How Atoms Are Constructed
Formation of Heavy Nuclear Particles
Millikan Oil-Drop Experiment
Nuclear Magnetic Resonance
Third Electrons in Transition-Metal Complexes
Probability in Electron Position
Stability of Radioactive Equilibria
The Electron: Measurement of Its Charge and Mass
Experimental Study of Nuclear Structure
Fourth State of Matter
Project-Observation Satellite
Creation of Antimatter
Energy Loss of Beta Particles in Lead and Aluminum
Stochastic-Radioactive-Equilibria Models
Cosmology
Controlled Thermonuclear Reaction
Electron Chemistry
Plasma-Ion Engine
Plasma Production by Gaseous Ionization
Finite Calculus and Particle Physics
Two Applications of the Plasma Discharge
Increasing the Efficiency of a Plasma Jet Suitable for Space Propulsion
Prediction of Elements 99-118
Exact Evaluation of the Charge of the Electron
Three-Dimensional Periodic Chart of Atoms
Atom Mobiles
Weight of an Atom
Determination of the Charge of an Electron Using the Millikan-Stokes Effects
Atomic-Particles Detection and Analysis
Electron-Charge Determination by Oil-Drop Method
The Mineral That May Shape Our Destiny: Uranium
A Machine to Show Radioactive Materials
The Making of Active Metals
The Extraction of Uranium from Carnotite
The Chemistry of Thorium