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Summary of the Research Progress Meeting of September 1, 1949
The absolute excitation functions for the production of fission by charged particle bombardment in several substances were investigated at both high and low energies. The low energy work was done at the 60-inch Crocker cyclotron with alpha particles and deuterons, while the high energy work was done at the 184-inch cyclotron with alpha particles, deuterons, and protons.
Date:
October 13, 1949
Creator:
Wakerling, R. K. (Raymond Kornelious), 1914-
System:
The UNT Digital Library
IV. Production and Heating
Calculations are developed which indicate the Pu production is an infinite lattice
Date:
February 13, 1951
Creator:
Brown, Harold
System:
The UNT Digital Library
RF Field Investigations on the 1/10 Scale Mark I Cavity
A complete investigation was made of the r-f field in the 1/10-scale Materials Testing Accelerator (Mark I) cavity
Date:
March 13, 1951
Creator:
Dazey, Mitchell; Nielsen, Dale; Robertson, Raymond & Sewell, Duane
System:
The UNT Digital Library
Chemistry Division Quarterly Report: December, 1952, January, February, 1953 - The Solubility of Hydrogen and Deuterium in Various Solvents
In the past year, exploratory data have been taken to determine the relative solubilities of hydrogen and deuterium in various solvents in the vicinity of room temperature and atmospheric pressure. This investigation is one phase of a program to determine the feasibility of separating deuterium from hydrogen by means of rectified absorption.
Date:
April 13, 1953
Creator:
Cook, M. & Hanson, D. N.
System:
The UNT Digital Library
Energy Response And Physical Properties Of NTA* Personnel Neutron Dosimeter Nuclear Track Film
This paper reports the chemical and physical properties of the NTA film packet. It correlates with these properties the response of this packet to neutrons of various energies. In this correlation the concept of the track unit is introduced as a basic unit for reporting film-packet response.
Date:
January 13, 1961
Creator:
Lehman, Richard L.
System:
The UNT Digital Library