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Geneva Conference on Peaceful Uses of Atomic Energy
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*** AUTHOR INDEX ***
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Record of Sessions 4,A-(5,6,7,9,10)
*** PAPER NUMBER INDEX ***
Record of Session 4
Record of Session A-5
Record of Session A-6
Record of Session A-7
Record of Session A-9
Record of Session A-10
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*** ALPHABETIC PAPER TITLE INDEX ***
A Partly Stabilized Dynamic Pinch
A Summary of the Berkeley and Livermore Pinch Programs
A Toroidal Stabilized Pinch
Absorption of High-frequency Electromagnetic Energy in a High-temperature Plasma
Acceleration of Plasma into Vacuum
All-Metal Discharge Tube Wall
Astron Thermonuclear Reactor
Collapse - The Shock Heating of a Plasma
Controlled Thermonuclear Research in the United Kingdom
Cusped Geometries
Cyclotron Radiation from a Magnetized Plasma
Development of a Powerful Discharge in Deuterium
Diagnostic Techniques used in Controlled Thermonuclear Research at Harwell
Diffusion of Arc Plasmas across a magnetic Field
Diffusion Processes in the Positive Column in a Longitudinal Magnetic Field
Dynamics of a Rarefied Plasma in a Magnetic Field
Effect of an Applied Pressure Gradient on a Magnetically Collimated Arc
Effect of Distant Collisions on Magnetic Autostriction in an Arc
Electrical Characteristics of High Density, High Purity Titanate Ceramics
Electron Cyclotron Resonance, Plasma Wave Guides and Plasmoids
Energy Balance in a Thermonuclear Reacting Plasma containing Deuterium, Tritium and Reaction Products
Engineering Aspects of a Thermonuclear Power Plant
Equilibrium of a Magnetically Confined Plasma in a Toroid
Experimental Pinch Stabilization with Large Axial Magnetic Field
Experimental Studies of the Pinch Phenomenon
Experiments on the Ohmic Heating and Confinement of Plasma in a Stellarator
Field Configurations and Stability in a Linear Discharge
Free Hydrogen Atom Collision Cross Sections of Interest in Controlled Thermonuclear Research
Fusion Chain Reaction
Generation and Thermalization of Plasma Waves
Heating of a Confined Plasma by Oscillating Electromagnetic Fields
High Intensity Discharges in Deuterium in a Metal Wall Torus
High-current Pulse Discharges
High-frequency Plasma Oscillations
High-temperature Pinches
Hydromagnetic Disturbances of Large Amplitude in a Plasma
Hydromagnetic Equilibria and Force-Free Fields
Hydromagnetic Instability in a Stellarator
Hydromagnetic Shock Waves in High-temperature Plasmas
Individual Particle Motion and the Effect of Scattering in an Axially Symmetric Magnetic Field
Injection into Thermonuclear Machines Using Beams of Neutral Deuterium Atoms in the Range 100 kev to 1 Mev
Intense Gaseous Discharges
Investigations of the Stability and Heating of Plasmas in Toroidal Chambers
Ion Cyclotron Oscillations and New Injection Methods
Ion Cyclotron Resonance
Joint General Atomic-TAERF Fusion Program
Liquid Conductor Model of Instabilities in a Pinched Discharge
Low Voltage-Gradient Pinches in Metal-Walled Systems
Magnetic Compression of Shock Preheated Deuterium
Magnetohydrodynamic Stability
Magnetohydrodynamics and the Thermonuclear Problem
Mechanization of Non-linear Calculations in Fusion Reactor Theory
Megatron Scheme for Producing Relativistic Plasmas
Microwave Studies of Gas Discharge Plasmas
Neutron Production in Columbus II
Neutrons from Plasma Compressed by an Axial Magnetic Field (Scylla)
On the Ionization and Ohmic Heating of a Helium Plasma
Operational Characteristics of the Stabilized Toroidal Pinch Machine, Perhapsatron S-4
Peaceful Uses of Fusion
Plasma Diagnostic Developments in the UCRL Pyrotron Program
Plasma Loop in a Transverse Magnetic Field
Plasma Motion in Powerful Discharges
Plasma Oscillations in a Stationary External Magnetic Field
Plasma Radiation in a Magnetic Field
Plasma Studies in a Low Pressure High Frequency Discharge
Possibilities of Achieving Fusion Reaction with a 4π Focusing System
Proposed Methods of Obtaining Stable Plasma
Propulsion of Plasma by Magnetic Means
Pyrotron High-energy Experiments
Pyrotron Plasma-Heating Experiments
Radiation Pressure Confinement, the Shock Pinch and Feasibility of Fusion Propulsion
Radio-frequency Thermonuclear Machines
Recent Work on Controlled Thermonuclear Fusion in Germany (Federal Republic)
Record of Sessions 4,A-(5,6,7,9,10)
Research on Controlled Thermonuclear Reactions in the USSR
Review of Controlled Thermonuclear Research at A.E.I. Research Laboratory
Review of Controlled Thermonuclear Research at Los Alamos for mid 1958
Runaway Electrons and Cooperative Phenomena in B-1 Stellarator Discharges
Sheet Pinch Devices
Simple Waves and Shock Waves in Magnetohydrodynamics
Slowing-down of Charged Particles in a Plasma
Some Stable Hydromagnetic Equilibria
Spectroscopic Study of High-Temperature Plasma
Stability and Heating in the Pinch Effect
Stability of a Linear Pinch
Stability of Plasma in Static Equilibrium
Stabilization of Plasma by Nonuniform Magnetic Fields
Stable Plasma Column in a Longitudinal Magnetic Field
Steadily Running Self-Focusing Streams
Studies of High-current Gas Discharges at High Rates of Build Up
Study and Use of Rotating Plasma
Summary of UCRL Pyrotron (Mirror Machine) Program
The Design and Performance of ZETA
The Dissociation of Diatomic Hydrogen Ions
The Divertor, a Device for Reducing the Impurity Level in a Stellarator
The Oak Ridge Thermonuclear Experiment
The Role of Materials in Controlled Thermonuclear Research
The Stability of a Constricted Gas Discharge
The Static Pinch
The Stellarator Concept
Theoretical and Experimental Discussion of Ixion, a Possible Thermonuclear Device
Theoretical Problems Suggested by ZETA
Theoretical Structure of Plasma Equations
Theory of Microwave Diagnostics of Hot Plasmas
Theory of Runaway Electrons
Theory of the Energy Development in a Thermonuclear Plasma of Deuterium and of Deuterium-Tritium
Thermal Insulation and Confinement of Plasma with a High-Frequency Electromagnetic Field
Thermodynamics of Deuterium-Tritium Mixtures
Thermonuclear Reaction Rate in a Discharge
Toroidal Discharges in Deuterium with External Magnetic Field
Transient Temperature Variations During the Self-heating of a Plasma by Thermonuclear Reactions
Tritium Production and Cycling in a Fusion Reactor with Lithium Blanket
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About Us | Contact Us | NAPC - Physics Section - Nuclear Fusion| ©2008 International Atomic Energy Agency (IAEA)