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High-Energy Peripheral Injection into Mirror Machines
The following report proposes various methods in injecting and heating in mirror machines, using high-energy ion beams.
Date:
September 22, 1955
Creator:
Linlor, William I., 1915-
System:
The UNT Digital Library
Adiabatic Injection
From introduction comments: The present analysis is intended to examine the relations for "adiabatic" injection in general from a different point of view.
Date:
September 22, 1955
Creator:
Linlor, William I., 1915-
System:
The UNT Digital Library
THE EFFECT OF HEPARIN ON THE CONCENTRATIONS OF TRIGLYCERIIDES AND FREE FATTY ACIDS IN LYMPH
None
Date:
September 22, 1955
Creator:
Young, W. & Freeman, N.K.
System:
The UNT Digital Library
ORACLE CODE FOR A GENERAL TWO-REGION, TWO-GROUP SPHERICAL HOMOGENEOUS REACTOR CALCULATION
None
Date:
September 22, 1955
Creator:
Fowler, T B
System:
The UNT Digital Library
STUDIES OF CORE FLOW BY ELECTROLYTE INJECTION AND BY DYE INJECTION
None
Date:
September 22, 1955
Creator:
Trummel, J M & Lindly, E C
System:
The UNT Digital Library
A STATE-OF-THE-ART SURVEY ON ENGINEERING CALCULATIONS FOR SLURRY SYSTEMS
None
Date:
September 22, 1955
Creator:
Lawson, C G
System:
The UNT Digital Library
The Influence of End Mirrors, High Density and Long Tube Length on Radial Diffusion
Diffusion in an arc plasma across a magnetic field is investigated. The geometry is similar to that reported in ORNL-1890 but with the addition of magnetic mirrors on the ends of the arc chamber. It is shown that mirrors do not eliminate the "short circuit" effect. Comparison of the e-folding length, rₒ, of the radial ion density with and without mirrors, affords a direct measurement of ℓ/λ where ℓ is the arc length and λ the mean-free-path. In addition rₒ is independent of gas pressure with mirrors and varies as √p without mirrors. The condition for the elimination of the "short circuit" effect is discussed, as well as the case in which the "short circuit" is still present but the ions diffuse (rather than stream) to the end walls. In this case rₒ is directly proportional to the gas pressure. These effects are compared to some experimental results of Neidigh
Date:
September 22, 1955
Creator:
Simon, Albert
System:
The UNT Digital Library
Electrical Precipitator for Aerosol Collection on Electron Microscope Screens
In order to utilize the advantages of the electron microscope for the study of respirable particles, it is desirable to have an instrument capable of sampling from atmospheres having very sparse dispersions of particles at a rate sufficiently high to result in precipitation densities of approximately one particle per 10/u² of microscope screen for a 10 minute sampling period. In order to avoid qualitative or quantitative alteration of the aerosol, it was desired that the instrument collect the sample directly on an electron microscope screen rather than on a filter material for subsequent transfer to the screen. This paper summarizes work aimed at the development of such an instrument.
Date:
September 22, 1955
Creator:
Baum, J. W.
System:
The UNT Digital Library