French Atomic Energy

For several years, the French Atomic Energy Commission (CEA) has developed modelling tools for ultrasonic NDT configurations. Implemented within the CIVA software for multiple technique NDT data acquisition and processing [1,2], these models are not only devoted to laboratory uses but also dedicated to ultrasonic operators without special training in simulation techniques. This approach has led us to develop approximate models carrying out the compromise between as accurate as possible quantitative predictions and simplicity, speed and intensive use in an industrial context. 

Aeberhardt, A. (1961). Contribution to the Study of the Metabolism of Fission Products. Research on the Physico-Chemical State and the Metabolic Path of Radiocerium Solutions, French Atomic Energy Commission Report No. CEA-1856, English translation Report No. AEC-tr-5242 (National Technical Information Service, Springfield, Virginia). 

Damien, M. D., Rep. CEA-N-816, p. 374, French Atomic Energy Commission, Fontenay-aux-Roses, 1967. 

The French Atomic Energy Commission (CEA), Valduc Centre, has developed an aerial system of gamma cartography named HELINBUC. This equipment enables, in a few hours, the establishment of a map of radioactivity over areas several dozen to several hundreds of hectares in size, by identifying radioelements present, with a sensitivity between the level of natural radioactivity and that of artificial radioactivity resulting from a large-scale accident. 

Waste Management Division French Atomic Energy Commission Bagnols sur Ceze, France... 

Translations List. This list, which is issued monthly, announces both completed translations and translations in process. Each issue contains an author index, and cumulative indexes are issued at frequent intervals. Gontributors include the AEG and its contractors and the British, Ganadian, and French atomic energy agencies. AEG translations have deposited at the Special Library Association Translation Genter of John Grerar Library, Ghicago, 111., since the center was established. Since January 1959, the translations have been sold by OTS. 

C.Latge, Research Director, French Atomic Energy Commission, CEA-DEN-DTN, Cadarache Research Center, 13108 Saint Paul lez Durance ERANCE... 

Natural uranium consists almost entirely of the a emitters - U and As - U decays more than six times faster than (Fig. 31.1) the proportion of is very slowly but inexorably decreasing with time. Prior to 1972. all analyses of naturally occurring uranium had shown this proportion to be notably constant at 0.7202 O.OOObfr. In that year, however, workers at the French Atomic Energy laboratories in Pierrelatte performing routine mass spectrometric analyses recorded a value of 0.7171%. The difference was small but significant. 

Hurd and Saint-James [H5] of the French Atomic Energy Commission have shown that TBP diluted with kerosene is a selective solvent for the fractional extraction of zirconium from hafnium. These workers recommend using an organic phase consisting of 60 v/o (volume percent) TBP and 40 percent refined kerosene, and an aqueous phase 3 TV in nitric acid and... 

Figure 7.8 Pilot plant of French Atomic Energy Commission for separation of zirconium from hafnium by solvent extraction with TBP. Solid line, aqueous broken Une, organic.

France and studied history at the Sorbonne. During World War I, he was stationed in the Eiffel Tower as a radio engineer. Intrigued by his exposure to radio communications, he returned to school after the war, earned a Ph.D. in physics, and became a professor of theoretical physics at the Faculte des Sciences at the Sorbonne. He received the Nobel Prize in physics in 1929, five years after obtaining his degree, for his work that showed electrons to have properties of both particles and waves. In 1945, he became an adviser to the French Atomic Energy Commissariat. 

Monomers with low molecular weights will diffuse into the wood more rapidly than polymers such as PEG. In a second phase, their in situ radiation curing will form wood consolidants that are much stronger than PEG. However, this method requires very heavy irradiation equipment, which is usually available only in nuclear research centers. The irradiation cell dimensions and the 7-source geometry limit the size of the artifacts. For mainly these reasons, the radiation process was applied in very few institutions and in most cases only at the experimental level. The Nucleart Laboratory, which routinely conserves waterlogged wood by this technique, is located in the Grenoble Nuclear Research Center of the French Atomic Energy Commission. 

RS2E s academic researchers and CEA (French atomic energy and alternative energies commission) to assemble Na-ion 18650 cell prototypes (1) to demonstrate the concept but also (2) to assess Na-ion technolt in terms of cost and performance and, of course, (3) to develop hilly operational French Na-ion batteries. The hrst prototypes were assembled in June 2014 and we suggest readers refer to the upcoming book comprised in this set (by J.-M. Tarascon, P. Barboux and R. Paladn), pubhshed by ISTE and dedicated to the Na-ion, in which the results will be presented. 

Long-term studies performed by the CEA (French Atomic Energy Commission) resulted in the formulation of the so-called R7 and T7 glasses. Characterization studies have verified the main properties of the final products and have established the glass specifications. The vitrified waste specifications were subjected to peer review by an independent commission of nuclear specialists. 

Phenix is France s experimental fast breeder reactor that is located in Marcoule and is operated by the French Atomic Energy Commission (CEA). The CEA, has decided to renovate the aging plant to extend the life expectancy of the reactor. The program reqnires field inventory and inspection of equipment to support the component life-span evaluation studies. The presence of liquid sodium and the high temperature of the reactor coolant system even at cold shutdown - between 150 and 180°C - make inspection of Fast Breeder Reactors (FBR) a difficult technical challenge. Framatome-ANP has in particular conqileted fom innovative nondestructive tests at Phenix ... 

Peligot E (1842) Ann Chim Phys 5(3) 7 Pesme L (1982) Echos CEA Groupe. French Atomic Energy Commission... 

Tamero, M., 1967, Report CEA-R-3205, 49, French Atomic Energy Agency. 

We are especially grateful to the NATO Scientific Affairs Division, which provided not only the financial support for the Workshop, but equally important organizational and moral support. Also, the contribution from the french Atomic Energy Commission (CEA) and from the QUANTEL FRANCE company is gratefully acknowledged. 

French Atomic Energy Commission (CEA), Laboratory of Innovation for New Energy Technologies... 

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