NBS Technical Note, Issues 1114-1120U.S. Department of Commerce, National Bureau of Standards, 1980 |
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Page 1
... detector materials Al , H20 , Si , and Si02 , is evaluated in three geometries : ( 1 ) in a semi - infinite plane medium , ( 2 ) at the transmission surface of a finite - thickness slab , and ( 3 ) at the center of a solid sphere . Use ...
... detector materials Al , H20 , Si , and Si02 , is evaluated in three geometries : ( 1 ) in a semi - infinite plane medium , ( 2 ) at the transmission surface of a finite - thickness slab , and ( 3 ) at the center of a solid sphere . Use ...
Page 2
... detector materials Al , H2O ( tissue - equivalent detector ) , Si , and SiO2 , in the following aluminum shield geometries : ( 1 ) in a semi - infinite plane medium , as a function of depth ; ( 2 ) at the transmission surface of a plane ...
... detector materials Al , H2O ( tissue - equivalent detector ) , Si , and SiO2 , in the following aluminum shield geometries : ( 1 ) in a semi - infinite plane medium , as a function of depth ; ( 2 ) at the transmission surface of a plane ...
Page 3
... detector at the trans- mission surface of an aluminum plane slab of thickness Z. Irradiation is from one side only . Case 3. gdet ( z ) is the absorbed dose in a small detector volume at the center of a solid aluminum sphere of radius z ...
... detector at the trans- mission surface of an aluminum plane slab of thickness Z. Irradiation is from one side only . Case 3. gdet ( z ) is the absorbed dose in a small detector volume at the center of a solid aluminum sphere of radius z ...
Page 8
... detector material is H20 . 3 detector material is Si . 9 4 detector material is Si02 . 72H 316 , IP2E12.5 1P6E12.4 1P6E12.4 1P6E12.4 1P6E12.4 1P6E12.4 1P6E12.4 NUT is the unit from which the scaled depth - dose data set is read . IPRNT ...
... detector material is H20 . 3 detector material is Si . 9 4 detector material is Si02 . 72H 316 , IP2E12.5 1P6E12.4 1P6E12.4 1P6E12.4 1P6E12.4 1P6E12.4 1P6E12.4 NUT is the unit from which the scaled depth - dose data set is read . IPRNT ...
Page 19
... DETECTOR CASE 1. SEMI -. T ( MeV ) C BREMSSTRAHLUNG 0.5 2 z ( g / cm2 ) a = 0.25 MeV 0.03 0.68 1.00 0.3 0.33 0.99 3 0.30 0.98 30 0.16 0.97 a = 0.50 MeV 0.03 0.40 0.96 0.3 0.09 0.85 3 -0.07 0.74 30 0.03 0.62 α = 1 MeV 0.03 0.19 0.74 0.3 ...
... DETECTOR CASE 1. SEMI -. T ( MeV ) C BREMSSTRAHLUNG 0.5 2 z ( g / cm2 ) a = 0.25 MeV 0.03 0.68 1.00 0.3 0.33 0.99 3 0.30 0.98 30 0.16 0.97 a = 0.50 MeV 0.03 0.40 0.96 0.3 0.09 0.85 3 -0.07 0.74 30 0.03 0.62 α = 1 MeV 0.03 0.19 0.74 0.3 ...
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alkoxysilanes aluminum analyzed application ASTRIX barium barium carbonate beam bremsstrahlung building Bureau of Standards calculated carbonate Chem chemical Chemistry circuit Code COMMERCE components consolidate stone crystal degradation detector determined developed diffraction diode bridge dose durability electron elements energy conservation engineering evaluation EXT FUNC factors Federal Figure fluence FORMAT gate pulse IMAX in-service industry inorganic INT4 irradiation ISTAT KEY WORD LABEL Laboratory lattice magnetic materials measurement methods methylmethacrylate mode National Bureau neutron activation analysis neutron diffraction neutron scattering Nuclear operating phase Phys physical polymers Powder Diffraction procedures properties protons provides radiation rare earth reactor record reports Retrieval RHYNE sample Schottky diode Science and Technology Second Law siderophile spectra Standard Reference stone consolidants structure Table technical techniques temperature thermal thermal neutron Thermodynamics tion U.S. Government Printing values Washington x-ray
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