Radiation model
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Computes dose rate information for each shielding thickness and returns a collection to access the computed data. |
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Computes electron fluxes at the specified time, returned in an array of doubles (1 flux per electron energy). Uses FluxPerParticleEnergy Dimension. |
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Computes electron integral fluxes at the specified time, returned in an array of doubles (1 flux per electron energy). Uses FluxPerParticleEnergy Dimension. |
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Computes proton fluxes at the specified time, returned in an array of doubles (1 flux per proton energy). Uses FluxPerParticleEnergy Dimension. |
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Computes proton integral fluxes at the specified time, returned in an array of doubles (1 flux per proton energy). Uses FluxPerParticleEnergy Dimension. |
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Returns electron energies in an array of doubles. Uses ParticleEnergy Dimension. |
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Returns proton energies in an array of doubles. Uses ParticleEnergy Dimension. |
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Ap 15-day average value. Dimensionless. |
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Mode for computing 15 day average Ap |
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Models that are to be included when modeling radiation |
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Detector geometry used by CRRES and NASA models. |
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Detector material |
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Measure of the linear energy transfer to model |
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The sampling step used for integrating dose. Uses Time Dimension. |
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The stepsize to use for dose related data providers. Uses Time Dimension. |
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Flux file containing Ap values |
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Info concerning the ability to compute flux values given the computation mode and Scenario's energy values that have been set |
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Flag to include neutrons in nuclear attenuation model |
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The shielding thicknesses. Dose and dose rate can be computed for each thickness. |
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Flag to shift the SAA based on the model's epoch. |
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Flag to use model's epoch for magnetic field. |
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Flag to model nuclear attenuation |