Search for Electromagnetic Production of Fractionally Charged Particles at NAL (open access)

Search for Electromagnetic Production of Fractionally Charged Particles at NAL

One of the most important investigations to be conducted during the early operation of NAL is the search for quarks. Several experiments have been proposed which will investigate quark production via the strong interaction. As we discuss below, however, there are serious arguments to suggest that the mass limits obtained will not be significantly higher than the current limits of 4 to 5 GeV. To circumvent these objections we propose a simple experiment based on e1ectromagnetic production of quarks. It would run inside the main ring with photons produced in the rotating c-o target. No presently approved quark experiment is sensitive to such production without modification of its proposed set-up.
Date: April 13, 1972
Creator: McFarland, A.; Osuch, J.; Pilcher, J.; Rubbia, C.; Sulak, L.; Verhey, L. et al.
System: The UNT Digital Library
Strength of underground cavities (open access)

Strength of underground cavities

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Date: March 13, 1972
Creator: Blake, A.
System: The UNT Digital Library
Octal debugging program (ODT) for MCS-8 computer (open access)

Octal debugging program (ODT) for MCS-8 computer

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Date: November 13, 1972
Creator: Fisher, E. & English, J.
System: The UNT Digital Library
Strength of Underground Cavities (open access)

Strength of Underground Cavities

None
Date: March 13, 1972
Creator: Blake, Alex
System: The UNT Digital Library
DOSE TO MAN VIA FOOD-CHAIN TRANSFER RESULTING FROM EXPOSURE TO TRITIATED WATER VAPOR. (open access)

DOSE TO MAN VIA FOOD-CHAIN TRANSFER RESULTING FROM EXPOSURE TO TRITIATED WATER VAPOR.

None
Date: July 13, 1972
Creator: Anspaugh, L. R.; Koranda, J. J.; Robison, W. L. & Martin, J. R.
System: The UNT Digital Library
Measurement of Photoproduction of Mesons in Hydrogen (open access)

Measurement of Photoproduction of Mesons in Hydrogen

None
Date: September 13, 1972
Creator: Gladding, Gary E.; Russell, John J.; Tannenbaum, Michael J. & Weiss, Jeffrey M.
System: The UNT Digital Library