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a b c Activity Median Aerodynamic Diameter. Elemental iodine gas. Methyl iodine gas. ECOSYS default in brackets for comparison. Measured deposition velocities (Va) of aerosols and iodine gases to a range of agricultural crops.

Table 1 a b c Activity Median Aerodynamic Diameter. Elemental iodine gas. Methyl iodine gas. ECOSYS default in brackets for comparison. Measured deposition velocities (Va) of aerosols and iodine gases to a range of agricultural crops.

Related Figures (6)

Comparison between ECOSYS default deposition velocities to fully mature agricul- tural crops and a new dataset derived from the data in Table 1.
Comparison between ECOSYS default deposition velocities to fully mature agricul- tural crops and a new dataset derived from the data in Table 1.
Weathering half-lives (days) for different radioelement-plant combinations (mean, standard deviation, number of assessments, minimum and maximum).
Weathering half-lives (days) for different radioelement-plant combinations (mean, standard deviation, number of assessments, minimum and maximum).
* Total rainfall was in all cases 14 mm/week; In those cases where the rain was applied over two rainfalls per week, the first rainfall occurred only 2 days after the contamination, but when the rain was applied in only one rainfall per week, the first rainfall occurred 6 days after the contamination. Experimentally derived factors for the above formula for weathering on grass, for different rainfall conditions. Values for high-solubility '°7Cs and low-solubility 123MTe from 3.5 jum (average aerodynamic diameter) particles. Data from Madoz- Escande et al. (2005).
* Total rainfall was in all cases 14 mm/week; In those cases where the rain was applied over two rainfalls per week, the first rainfall occurred only 2 days after the contamination, but when the rain was applied in only one rainfall per week, the first rainfall occurred 6 days after the contamination. Experimentally derived factors for the above formula for weathering on grass, for different rainfall conditions. Values for high-solubility '°7Cs and low-solubility 123MTe from 3.5 jum (average aerodynamic diameter) particles. Data from Madoz- Escande et al. (2005).
Experimentally derived simple exponential function weathering rates and half-lives, for contaminants on a range of crops and a specific set of rain conditions. Values for high-solubility '°’Cs and ®°Sr and low-solubility '?7™Te from 3.5 um (average aerodynamic diameter) particles. Data from Madoz-Escande and Santucci (2005). * Total rainfall was in all cases 16—20 mm/week. > Time between contamination and first rainfall.
Experimentally derived simple exponential function weathering rates and half-lives, for contaminants on a range of crops and a specific set of rain conditions. Values for high-solubility '°’Cs and ®°Sr and low-solubility '?7™Te from 3.5 um (average aerodynamic diameter) particles. Data from Madoz-Escande and Santucci (2005). * Total rainfall was in all cases 16—20 mm/week. > Time between contamination and first rainfall.
Fig. 1. Concentration of '°’Cs (Bq/kg) in cow milk. ECOSYS results with different weathering half-lives, T.
Fig. 1. Concentration of '°’Cs (Bq/kg) in cow milk. ECOSYS results with different weathering half-lives, T.
Fig. 2. Concentration of '?’Cs (Bq/kg) in leafy vegetables. ECOSYS results with different weathering half-lives, T.
Fig. 2. Concentration of '?’Cs (Bq/kg) in leafy vegetables. ECOSYS results with different weathering half-lives, T.
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Decision MakingEmergency Medical ServicesEnvironmental RadioactivityRadioactive PollutantsModel integration
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