Special Apparatus Topics
Construction and Operations of Wilson Cloud Chamber
Geiger-Müller Counter: Theory and Construction
Experiments with a Homemade Geiger Counter
An Experimental High-Voltage Geiger Counter
Design and Construction of a Scintillation Counter
The Construction and Theory of Radiation Detectors for Radioactive Experiments
The Underlying Principles of Accelerators for Positively Charged Particles
Electronic-Equipment Construction and Applications to Nuclear Theory and Techniques
A Germanium Linear Accelerator
Proton Accelerator
Construction of a One-Half Million Electron-Volt Proton Cyclotron
Construction of Apparatus for Accelerating and Detecting High-Energy Beta Radiation
Betatron
A Continuous Cloud Chamber
Van de Graaff Generator
The Mass-Energy Problem of Particle Accelerators
Mass Spectrograph for Determining the Mass of Atoms
A Liquid-Scintillation Spectrometer for Counting Natural Carbon-14 Samples
Proton Linear Accelerator
Magnetic Thermonuclear Chamber
Atom Smasher and Ionic-Drive Reaction Motor
Expansion Cloud Chamber for Observation of Tracks of Alpha Particles
Nuclear-Magnetic Resonance Spectrometer
High-Voltage Particle Acceleration
Linear Accelerator
Van de Graaff Generator Designed for an Accelerating Tube
Wilson Cloud Chamber
Low Energy Linear Accelerator
Nuclear-Magnetic Resonance and Spectrometry
Millikan’s Oil-Drop Experiment
Theory, Design, and Construction of a 10½-inch Cyclotron
Carbon-14 Counter
Proton-Free Precession Magnetometry
The Bubble Chamber
Electron Accelerator
Nuclear-Magnetic Resonance
Beta Synchrotron
Electrostatic Particle Accelerator with Van de Graaff Generator Power Supply
The Cyclotron
Linear Alpha-Particle Accelerator
The Plasma Jet
Beta-Ray Spectrometer
Freon-13 B1 Bubble Chamber
Wilson Liquid-Piston Cloud Chamber
Expansion-Type Cloud Chamber
Nuclear-Magnetic Resonance Spectrometer
Linear-Subatomic-Particle Accelerator
Experimental Linear Accelerator
New Design in Microwave Techniques Used in Electron Acceleration
Application of Relativity to the Phenomena of a Diffusion Cloud Chamber
0.5-Mev Electron Accelerator
Radio-Frequency Plasma Torch
Design, Construction, and Operation of a 3-inch Freon Bubble Chamber
Experiments in Plasma Physics
Studies with a 500,000-volt Electron Accelerator
An Experimental Plasma Generator
The Plasma Torch
Using Nuclear Emulsions to Track Ionizing Particles
Experimental Study of Nuclear Structure
Emission Studies of a Nitrogen Plasma
A Combination 3-Mev Neutron Source and Medium-energy X-ray Source
Van de Graaff Electron Accelerator
Cosmic Rays Studied with a Counter-controlled Cloud Chamber
Radio-Frequency Plasma Generator
Plasma Acceleration
Investigation of High-Temperature Plasma Techniques Necessary for a Controlled Thermonuclear Reaction
Atom Smasher—An Electrostatic Particle Accelerator
Design, Construction, and Use of a 0.5-Mev Linear Particle Accelerator in Study of Short DeBroglie Wavelengths by Crystal-Diffraction Method
Production of Plasma by a High-Frequency Magnetic Field