Resources
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Type:PATRAM Proceedings
Abstract:
During II meetings between Sept. 1987 and Sept. 1992 the Draft International Standard ISO/DIS 12807 \"Leakage testing on packages for the…
Type:PATRAM Proceedings
Abstract:
Uranium hexafluoride (UF6), the raw material from which the fuel for nuclear power stations is obtained, is stored in the solid state in…
Type:PATRAM Proceedings
Abstract:
As part of the continuing review of its regulations for the transport of radioactive materials, the IAEA has established a Coordinated…
Type:PATRAM Proceedings
Abstract:
Most radioactive or hazardous material routing problems depend on several important variables: transport distance, population exposure,…
Type:PATRAM Proceedings
Abstract:
In this paper we present a new 20' box container, designed by the firm CORROBESCH for the transport of radioactive and other dangerous…
Type:PATRAM Proceedings
Abstract:
Training Reactor Isotopes, General Atomics (TRIGA)1 Reactors are in use at 4 U.S. Deparonent of Energy (DOE) complex facilities and at…
Type:PATRAM Proceedings
Abstract:
A type B(U) shipping cask (KSC-7 cask) with a capacity of 7 PWR spent-fuel assemblies has been developed for transportation of domestic…
Type:PATRAM Proceedings
Abstract:
The Offsite Shipment Campaign Readiness Assessment (OSCRA) tool is designed to assist program managers in identifying, implementing, and…
Type:PATRAM Proceedings
Abstract:
On-board experiments were carried out in a LL W ( low level radioactive wastes ) shipping vessel, the Seiei Maru, in which 2,880 LLW drums…
Type:PATRAM Proceedings
Abstract:
Ontario Hydro operates 20 heavy water moderated CANDU (CANada Deuterium Uranium) reactors with a total generating capacity of 15 GWe.…
Type:PATRAM Proceedings
Abstract:
The IAEA Regulations (Safety Series 6,7,37,80 etc.) governing the packaging, package testing, and package labeling of radioactive materials…
Type:PATRAM Proceedings
Abstract:
Since 1973 NTL have been responsible for the carriage of PWR and BWR spent fuel elements mainly from Western European reactor sites to the…
Type:PATRAM Proceedings
Abstract:
The U.S. Department of Transportation (DOT) regulations in Title 49 of the Code of Federal Regulations, Part 173 (49 CFR 173.7d) authorize…
Type:PATRAM Proceedings
Abstract:
Performance requirements for radioactive material (RAM) packages are specified in Title 10, Code of Federal Regulations, Part 71 (NRC 1993…
Type:PATRAM Proceedings
Abstract:
We are all here today because, ultimately, we must transport radioactive materials if we are to continue to reap the enormous benefits…
Type:PATRAM Proceedings
Abstract:
Plutonium Contaminated Material (PCM) originating from the early 1950s operations was placed for storage in magazines at Drigg situated…
Type:PATRAM Proceedings
Abstract:
Having over 80 locations that have a need to package and ship materials, especially radioactive materials, creates an opportunity conducive…
Type:PATRAM Proceedings
Abstract:
At the request of the French Nuclear Protection and Safety Institute, the CEPN has developed a dispersion computer code to assess at medium…
Type:PATRAM Proceedings
Abstract:
With the POLLUX cask a series of drop tests has been performed by the German Federal Institute for Materials Research and Testing (BAM) in…
Type:PATRAM Proceedings
Abstract:
On June 24, 1994, the Atomic Energy Commission (AEC) of Japan formulated a new long-term plan, \"Long-Term Program for Research,…