Benchmark Studies of Induced Radioactivity Produced in LHC Materials, Part II: Remanent Dose Rates.
(05/01/2014)
A new method to estimate remanent dose rates, to be used with the Monte Carlo code FLUKA, was benchmarked against measurements from an experiment that was performed at the CERN-EU high-energy reference field facility. An extensive collection of samples of different materials were placed downstream of and laterally to a copper target, intercepting a positively charged mixed hadron beam with a momentum of 120 GeV/c. Emphasis was put on the reduction of uncertainties such as careful monitoring of the irradiation parameters, the use of different instruments to measure dose rates, detailed elemental analyses of the irradiated materials and detailed simulations...
Tác giả: Brugger, M.; Khater, H.; Mayer, S.; Prinz, A.; Roesler, S. |
Số trang: 14 |
Lĩnh vực: Năng lượng |
Năm XB: 2005 |
Loại tài liệu: Khác
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Benchmark Studies of Induced Radioactivity Produced in LHC Materials, Part II: Remanent Dose Rates. | Số trang: 14
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A new method to estimate remanent dose rates, to be used with the Monte Carlo code FLUKA, was benchmarked against measurements from an experiment that was performed at the CERN-EU high-energy reference field facility. An extensive collection of samples of different materials were placed downstream of and laterally to a copper target, intercepting a positively charged mixed hadron beam with a momentum of 120 GeV/c. Emphasis was put on the reduction of uncertainties such as careful monitoring of the irradiation parameters, the use of different instruments to measure dose rates, detailed elemental analyses of the irradiated materials and detailed simulations of the irradiation experiment. Measured and calculated dose rates are in good agreement.
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