Career records & work history
Medicine Doctors
John Ralph Iacovino
Specialties:
Internal Medicine
Education:
Tufts University
John R Iacovino Deceased114 Lincoln Rd, Floreffe, PA 15025
John Iacovino Phones & Addresses
114 Lincoln Rd, Clairton, PA 15025
Jefferson Hills, PA
41 Cust St, Pittsburgh, PA 15207
Mentions for John R Iacovino
John Iacovino resumes & CV records
Resumes
John Iacovino
Skills:
Sales, Underwriting
Technical Program Manager
Location:
Pittsburgh, PA
Industry:
Utilities
Work:
Westinghouse Electric Company
Technical Program Manager
Technical Program Manager
John Iacovino
Publications & IP owners
Us Patents
In-Situ Self-Powered Monitoring Of Stored Spent Nuclear Fuel
US Patent:
6252923, Jun 26, 2001
Filed:
Aug 10, 1999
Appl. No.:
9/371720
Inventors:
John M. Iacovino - Murrysville PA
Thomas V. Congedo - Pittsburgh PA
William A. Byers - Murrysville PA
Abdul R. Dulloo - Pittsburgh PA
Frank H. Ruddy - Monroeville PA
David F. McLaughlin - Oakmont PA
Arnold H. Fero - New Kensington PA
Brandon Damon Thomas - San Jose CA
John G. Siedel - Pittsburgh PA
Thomas V. Congedo - Pittsburgh PA
William A. Byers - Murrysville PA
Abdul R. Dulloo - Pittsburgh PA
Frank H. Ruddy - Monroeville PA
David F. McLaughlin - Oakmont PA
Arnold H. Fero - New Kensington PA
Brandon Damon Thomas - San Jose CA
John G. Siedel - Pittsburgh PA
Assignee:
Westinghouse Electric Company LLC - Pittsburgh PA
International Classification:
G21C 1706
G21C 1707
G21C 17108
G21C 17112
G21C 1906
G21C 1707
G21C 17108
G21C 17112
G21C 1906
US Classification:
376272
Abstract:
Detectors are used to monitor the status of spent nuclear fuel storage containers non-invasively while they remain in storage casks. The detectors measure neutron flux and. gamma. -ray flux and may also measure temperature variations of the spent nuclear fuel. The measurements can be accomplished actively or passively, with minimal exposure of individuals to radiation fields or other hazardous conditions. Preferred neutron and. gamma. -ray detectors have a semiconductor active region that is resistant to neutron damage. Incipient structural failures may also be detected using measurements based on electrical continuity, with data being transmitted to an external pickup coil.
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