PROCEDE DE DETERMINATION DE LA TENEUR EN COMBUSTIBLE FISSILE DU MATERIAU DE COMBUSTIBLE DE REACTEURS NUCLEAIRES

PROCEDE NECESSITANT UN TEMPS D'EXPLORATION REDUIT.IL COMPREND: 1.LA DETERMINATION D'UN ENSEMBLE DE ZONES SUCCESSIVES DE CE MATERIAU DE COMBUSTIBLE DANS L'ELEMENT DE COMBUSTIBLE; 2.LA DETECTION SUCCESSIVE DE L'EMISSION DE RAYONS GAMMA DU FAIT DE LA DECROISSANCE RADIOACTIVE NATUREL...

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1. Verfasser: SATYA PRAKASH ARYA, LEONARD NATHAN GROSSMAN ET FREDERICK CARL SCHOENIG, JR
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description PROCEDE NECESSITANT UN TEMPS D'EXPLORATION REDUIT.IL COMPREND: 1.LA DETERMINATION D'UN ENSEMBLE DE ZONES SUCCESSIVES DE CE MATERIAU DE COMBUSTIBLE DANS L'ELEMENT DE COMBUSTIBLE; 2.LA DETECTION SUCCESSIVE DE L'EMISSION DE RAYONS GAMMA DU FAIT DE LA DECROISSANCE RADIOACTIVE NATURELLE DE CE MATERIAU DE COMBUSTIBLE DANS CHACUNE DE CES ZONES; 3.L'ANALYSE DES SIGNAUX DE RAYONS GAMMA PROVENANT DE CHACUNE DES ZONES ET LA DETERMINATION D'UN PREMIER COMPTE DE RAYONS GAMMA POUR DES RAYONS GAMMA TOMBANT DANS UN DOMAINE PREDETERMINE D'ENERGIES ATTRIBUABLES PRINCIPALEMENT AU COMBUSTIBLE FISSILE ET LA DETERMINATION D'UN SECOND COMPTE DE RAYONS GAMMA POUR DES RAYONS GAMMA D'UNE ENERGIE SUPERIEURE A CE DOMAINE PREDETERMINE D'ENERGIES, LA DETERMINATION, POUR CHAQUE ZONE, DE L'EPAISSEUR DE LA GAINE, DE LA MASSE VOLUMIQUE DU MATERIAU COMBUSTIBLE, DU POURCENTAGE EN POIDS DE POISON CONSOMMABLE ET LA CORRECTION DES PREMIER ET SECOND COMPTES EN FONCTION DE CES PARAMETRES, LA CORRECTION DU PREMIER COMPTE EN FONCTION DU SECOND COMPTE CORRIGE ET LA DETERMINATION DU POURCENTAGE EN POIDS DE COMBUSTIBLE FISSILE DANS CHAQUE ZONE.APPLICATION AUX REACTEURS NUCLEAIRES. The amount of fissile material such as U-235 in each portion of a fuel element, some of which portions may also contain burnable poison such as gadolinium, is determined by detecting the gamma ray emission due to the natural radioactive decay of the fuel material, analyzing the gamma ray signals from each portion to provide a first count of gamma rays primarily due to the U-235 and a second count of gamma rays primarily due to the U-238 daughter products. These first and second counts are corrected for the cladding wall thickness, the density of the fuel material and the burnable poison content in each portion. The first (U-235) count is then corrected by the second (U-238 daughter) count and the thus corrected U-235 count is converted to an indication of the fuel enrichment in each portion. From the enrichment, the burnable poison content, the density of the fuel material and the volumes of each portion, the weight of U-235 in each portion can be determined.
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The amount of fissile material such as U-235 in each portion of a fuel element, some of which portions may also contain burnable poison such as gadolinium, is determined by detecting the gamma ray emission due to the natural radioactive decay of the fuel material, analyzing the gamma ray signals from each portion to provide a first count of gamma rays primarily due to the U-235 and a second count of gamma rays primarily due to the U-238 daughter products. These first and second counts are corrected for the cladding wall thickness, the density of the fuel material and the burnable poison content in each portion. The first (U-235) count is then corrected by the second (U-238 daughter) count and the thus corrected U-235 count is converted to an indication of the fuel enrichment in each portion. 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The amount of fissile material such as U-235 in each portion of a fuel element, some of which portions may also contain burnable poison such as gadolinium, is determined by detecting the gamma ray emission due to the natural radioactive decay of the fuel material, analyzing the gamma ray signals from each portion to provide a first count of gamma rays primarily due to the U-235 and a second count of gamma rays primarily due to the U-238 daughter products. These first and second counts are corrected for the cladding wall thickness, the density of the fuel material and the burnable poison content in each portion. The first (U-235) count is then corrected by the second (U-238 daughter) count and the thus corrected U-235 count is converted to an indication of the fuel enrichment in each portion. From the enrichment, the burnable poison content, the density of the fuel material and the volumes of each portion, the weight of U-235 in each portion can be determined.</description><subject>MEASUREMENT OF NUCLEAR OR X-RADIATION</subject><subject>MEASURING</subject><subject>NUCLEAR ENGINEERING</subject><subject>NUCLEAR PHYSICS</subject><subject>NUCLEAR REACTORS</subject><subject>PHYSICS</subject><subject>TESTING</subject><fulltext>true</fulltext><rsrctype>patent</rsrctype><creationdate>1981</creationdate><recordtype>patent</recordtype><sourceid>EVB</sourceid><recordid>eNqNi7sKwkAQRbexEPUf5gcsjCHWk80sDuxD9lGHENZKTCD-P27EwlK4cLiXc7diunknqSP4JJI3bDGys-ugESJZSh7IgnSmTSFyqwkUh8CFXQKD5cSYVv9XKdUTyljeAWySmpA9hb3Y3IfHkg9f7gQoivJ6zPPU52UexvzMr175qm6qS1Pj6fyH8gb2CjbZ</recordid><startdate>19810213</startdate><enddate>19810213</enddate><creator>SATYA PRAKASH ARYA, LEONARD NATHAN GROSSMAN ET FREDERICK CARL SCHOENIG, JR</creator><scope>EVB</scope></search><sort><creationdate>19810213</creationdate><title>PROCEDE DE DETERMINATION DE LA TENEUR EN COMBUSTIBLE FISSILE DU MATERIAU DE COMBUSTIBLE DE REACTEURS NUCLEAIRES</title><author>SATYA PRAKASH ARYA, LEONARD NATHAN GROSSMAN ET FREDERICK CARL SCHOENIG, JR</author></sort><facets><frbrtype>5</frbrtype><frbrgroupid>cdi_FETCH-epo_espacenet_FR2462764A13</frbrgroupid><rsrctype>patents</rsrctype><prefilter>patents</prefilter><language>fre</language><creationdate>1981</creationdate><topic>MEASUREMENT OF NUCLEAR OR X-RADIATION</topic><topic>MEASURING</topic><topic>NUCLEAR ENGINEERING</topic><topic>NUCLEAR PHYSICS</topic><topic>NUCLEAR REACTORS</topic><topic>PHYSICS</topic><topic>TESTING</topic><toplevel>online_resources</toplevel><creatorcontrib>SATYA PRAKASH ARYA, LEONARD NATHAN GROSSMAN ET FREDERICK CARL SCHOENIG, JR</creatorcontrib><collection>esp@cenet</collection></facets><delivery><delcategory>Remote Search Resource</delcategory><fulltext>fulltext_linktorsrc</fulltext></delivery><addata><au>SATYA PRAKASH ARYA, LEONARD NATHAN GROSSMAN ET FREDERICK CARL SCHOENIG, JR</au><format>patent</format><genre>patent</genre><ristype>GEN</ristype><title>PROCEDE DE DETERMINATION DE LA TENEUR EN COMBUSTIBLE FISSILE DU MATERIAU DE COMBUSTIBLE DE REACTEURS NUCLEAIRES</title><date>1981-02-13</date><risdate>1981</risdate><abstract>PROCEDE NECESSITANT UN TEMPS D'EXPLORATION REDUIT.IL COMPREND: 1.LA DETERMINATION D'UN ENSEMBLE DE ZONES SUCCESSIVES DE CE MATERIAU DE COMBUSTIBLE DANS L'ELEMENT DE COMBUSTIBLE; 2.LA DETECTION SUCCESSIVE DE L'EMISSION DE RAYONS GAMMA DU FAIT DE LA DECROISSANCE RADIOACTIVE NATURELLE DE CE MATERIAU DE COMBUSTIBLE DANS CHACUNE DE CES ZONES; 3.L'ANALYSE DES SIGNAUX DE RAYONS GAMMA PROVENANT DE CHACUNE DES ZONES ET LA DETERMINATION D'UN PREMIER COMPTE DE RAYONS GAMMA POUR DES RAYONS GAMMA TOMBANT DANS UN DOMAINE PREDETERMINE D'ENERGIES ATTRIBUABLES PRINCIPALEMENT AU COMBUSTIBLE FISSILE ET LA DETERMINATION D'UN SECOND COMPTE DE RAYONS GAMMA POUR DES RAYONS GAMMA D'UNE ENERGIE SUPERIEURE A CE DOMAINE PREDETERMINE D'ENERGIES, LA DETERMINATION, POUR CHAQUE ZONE, DE L'EPAISSEUR DE LA GAINE, DE LA MASSE VOLUMIQUE DU MATERIAU COMBUSTIBLE, DU POURCENTAGE EN POIDS DE POISON CONSOMMABLE ET LA CORRECTION DES PREMIER ET SECOND COMPTES EN FONCTION DE CES PARAMETRES, LA CORRECTION DU PREMIER COMPTE EN FONCTION DU SECOND COMPTE CORRIGE ET LA DETERMINATION DU POURCENTAGE EN POIDS DE COMBUSTIBLE FISSILE DANS CHAQUE ZONE.APPLICATION AUX REACTEURS NUCLEAIRES. The amount of fissile material such as U-235 in each portion of a fuel element, some of which portions may also contain burnable poison such as gadolinium, is determined by detecting the gamma ray emission due to the natural radioactive decay of the fuel material, analyzing the gamma ray signals from each portion to provide a first count of gamma rays primarily due to the U-235 and a second count of gamma rays primarily due to the U-238 daughter products. These first and second counts are corrected for the cladding wall thickness, the density of the fuel material and the burnable poison content in each portion. The first (U-235) count is then corrected by the second (U-238 daughter) count and the thus corrected U-235 count is converted to an indication of the fuel enrichment in each portion. From the enrichment, the burnable poison content, the density of the fuel material and the volumes of each portion, the weight of U-235 in each portion can be determined.</abstract><oa>free_for_read</oa></addata></record>
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subjects MEASUREMENT OF NUCLEAR OR X-RADIATION
MEASURING
NUCLEAR ENGINEERING
NUCLEAR PHYSICS
NUCLEAR REACTORS
PHYSICS
TESTING
title PROCEDE DE DETERMINATION DE LA TENEUR EN COMBUSTIBLE FISSILE DU MATERIAU DE COMBUSTIBLE DE REACTEURS NUCLEAIRES
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