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Design of production test IP-269-A-FP, evaluation of the stability of cores from extruded tubes
None
Date:
August 8, 1959
Creator:
unknown
System:
The UNT Digital Library
Chemical Processing Department Research and Engineering Operation Monthly Report, April 1959
This report discusses research and engineering work on the purex and redox processes at the Hanford Engineering Works in May, 1959. (JL)
Date:
May 8, 1959
Creator:
Hanford Atomic Products Operation. Chemical Processing Department.
System:
The UNT Digital Library
Production test IP-255-A-9-FP E-N demonstration test
The objectives of the test described in this report are to evaluate the integrity of I & E MINT fuel elements canned by the ``C`` process to determine the conversion ratio of I & E geometry E-N ``striped loadings,`` and to provide a demonstration loading for a full reactor loading incorporating a ``striped`` center loading and a fringe ``blanket`` loading. This test will involve two portions a 26 tube block loading of I & E enriched uranium and MINT fuel elements arranged in a striped array, and a 10 tube fringe blanket loading of MINT fuel elements supported by the required enriched uranium fuel columns, and accompanied by controls. Either portion may be charged independently.
Date:
May 8, 1959
Creator:
Hall, R. E. & Nechodom, W. S.
System:
The UNT Digital Library
Working Committee report from the General Electric Company-Hanford
This Hanford-General Electric Report to the Working Committee details activities in fuel element fabrication, canning, and testing during this reporting period.
Date:
April 8, 1959
Creator:
Stringer, J. T.
System:
The UNT Digital Library
Production test IP-226-A: Irradiation of enriched seven-rod cluster elements with twenty and thrity mil Zircaloy-2 jackets
Seven enriched seven-rod cluster elements, three with thirty mil Zircaloy-2 jackets and four with twenty mil Zircaloy-2 jackets, will be irradiated at high temperature to an exposure of 4500 MWD/T. Coolant temperatures in the internal and external flow channels will be measured during irradiation.
Date:
January 8, 1959
Creator:
Kratzer, W. K.
System:
The UNT Digital Library