Development of a radionuclide transport model applicable to coastal regimes with multi-fractional cohesive and non-cohesive sediments
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2 Feture of Yello Et h Se Mult-cle crculto th tl -rve & ocec curret Hgh turty th coheve & o-coheve emet Suee emet truto Bottom emet comoto 205 PIES NOAA Oct 997 B.H.ho et. l. 2003
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6 Alcto to FDNPP ccet crre out rt of IAEA MODARIA G0 ctvte The roucle moel emee to FEM-e SELFE -37 Source coto Drect relee to the cotl e Atmoherc eoto JAEA 3.5PBq JAEA KAERI 2.5 PBq 205 PIES Be lyer thcke: 2 cm; Not tkg to ccout SS
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8 205 PIES Smulte v. meure Blck & Bueeler 204 Moel reult omro th meuremet
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10 205 PIES SS trort moel eoto & eroo fluxe o-coheve & coheve emet For emet cl eoto & erool fluxe re gve y: D F here for o coheve D E E f τ for τ τ F 0 cr E τ cr F E F D FD τ / τ c for coheve here F E f0 F E for o coheve for coheve f0 Mu cotet frcto
11 SS trort moel floc ze moel Emloyg the roch gve y terver D k k f 2 0 Df ρ8ν. 0.5 Re t A B f ρ ρ g k GD k G D D D 4F 3/2 2 A f B f f SS G / ν to rte 0 ex for coheve emet cl F
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13 Moel lcto to Sme NPP horzotl truto m Amout of rect cotl relee: PBq Durto of relee: 4 y 205 PIES 37 olve Bq/m**3 37 rtculte Bq/m**3 37 ottom Bq/kg 0 y Surfce lyer 0 y Deth me 0 y ottom Sme NPP 30 y urfce lyer 60 y Surfce lyer 30 y Deth me 60 y Deth me 30 y ottom 60 y ottom 3
14 205 PIES Moel lcto to Sme NPP tme-vryg ehvor er the NPP outlet Dolve Dethtotl rtculte of 37 er the outlet Bottom cotmto er NPP outlet Deth-me SS cocetrto er NPP outlet
15 O-gog exteo of the moel 205 PIES To-te ketc clug ft & lo trfer rocee f f t E D t 2 2 λ ρ ρ f f z U t λ DIFF t f f t t λ Ne et of eq octe th tote ketc & multle e lyer
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17 Thk for your tteto! 205 PIES
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