Wolfram Function Repository
Instant-use add-on functions for the Wolfram Language
Function Repository Resource:
Get the effects from detonating a nuclear weapon of specified energy
ResourceFunction["NuclearWeaponEffects"][energy] returns the effects of a nuclear weapon detonation yielding energy. |
"CloudTopHeight" | height of the top of the stabilized mushroom cloud for a surface burst |
"CloudBottomHeight" | height of the bottom of the stabilized mushroom cloud for a surface burst |
"CloudRadius" | radius of the stabilized mushroom cap for a surface burst |
"AirBlastRadius" | radius of the air blast (near-total fatalities) |
"IonizingRadiationRadius" | radius of the ionizing radiation up to 500 rem |
"AirBlastRadiusWidespreadDestruction" | radius of the air blast (widespread destruction) |
"ThermalRadiationRadius1stDegreeBurns" | radius of the thermal radiation capable of producing first‐degree burns |
"ThermalRadiationRadius2ndDegreeBurns" | radius of the thermal radiation capable of producing second‐degree burns |
"ThermalRadiationRadius3rdDegreeBurns" | radius of the thermal radiation capable of producing third‐degree burns |
"FireballDuration" | fireball duration in seconds |
Calculate the effects of nuclear weapon detonation:
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Use any suitable quantity:
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Create a Dataset based on the output Association:
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Use Interval to get the effects for a range of values:
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Use "LengthUnit" to specify the output length unit:
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Use GeoGraphics with NuclearWeaponsEffects to visualize the two-dimensional disk with the radius representing the air blast (widespread destruction) of a nuclear weapon detonating in the city of London:
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Visualize the thermal radiation radius of the detonation of "Little Boy" in the city of Rome:
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