Basic Examples
Basic Examples
Compute the effects of an asteroid impact on Earth:
[Quantity[2.7,"Grams"/"Centimeters"^3],Quantity[2.5,"Grams"/"Centimeters"^3],Quantity[500,"Meters"], Quantity[18000,"Meters"/"Seconds"],Quantity[80,"Kilometers"],Quantity[90,"AngularDegrees"]]
In[]:=
AirburstAltitudeMissing[NotApplicable],BreakupAltitude,BrecciaLenseThicknessMissing[NotApplicable],BrecciaLenseVolumeMissing[NotApplicable],ComplexCraterDepth,ComplexCraterDiameter,CraterRimHeight,DebrisFieldDiameter,EarthRecurrenceInterval,EffectiveSeismicMagnitude5.61065,EjectaArrivalTime,EjectaThickness,FinalSimpleCraterDepthMissing[NotApplicable],FinalSimpleCraterDiameterMissing[NotApplicable],FireballRadius,ImpactEnergy,ImpactVelocity,InitialKineticEnergy,IrradiationDuration,MaximumThermalRadiationTime,MeanEjectaParticleDiameter,MeltSheetThickness,MeltVolume,PeakOverpressure,PeakWindVelocity,SeismicArrivalTime,ShockWaveTravelTime,ThermalExposure,TransientCraterDepth,TransientCraterDiameter
Out[]=
Compute the impact effects of an icy body impacting Earth:
[Quantity[1000,"Kilograms"/"Meters"^3],Quantity[2.5,"Grams"/"Centimeters"^3],Quantity[200,"Meters"], Quantity[50000,"Meters"/"Seconds"],Quantity[80,"Kilometers"],Quantity[45,"AngularDegrees"]]
In[]:=
AirburstAltitudeMissing[NotApplicable],BreakupAltitude,BrecciaLenseThickness,BrecciaLenseVolume,ComplexCraterDepthMissing[NotApplicable],ComplexCraterDiameterMissing[NotApplicable],CraterRimHeight,DebrisFieldDiameter,EarthRecurrenceInterval,EffectiveSeismicMagnitude4.44557,EjectaArrivalTime,EjectaThickness,FinalSimpleCraterDepth,FinalSimpleCraterDiameter,FireballRadius,ImpactEnergy,ImpactVelocity,InitialKineticEnergy,IrradiationDuration,MaximumThermalRadiationTime,MeanEjectaParticleDiameter,MeltSheetThicknessMissing[NotApplicable],MeltVolumeMissing[NotApplicable],PeakOverpressure,PeakWindVelocity,SeismicArrivalTime,ShockWaveTravelTime,ThermalExposure,TransientCraterDepth,TransientCraterDiameter
Out[]=
Compute the effects of an airburst resulting from an asteroid hitting the Earth’s atmosphere:
[Quantity[1000,"Kilograms"/"Meters"^3],Quantity[2500,"Kilograms"/"Meters"^3],Quantity[100,"Meters"], Quantity[50,"Kilometers"/"Seconds"],Quantity[80,"Kilometers"],Quantity[45,"AngularDegrees"]]
In[]:=
AirburstAltitude,BreakupAltitude,BrecciaLenseThicknessMissing[NotApplicable],BrecciaLenseVolumeMissing[NotApplicable],ComplexCraterDepthMissing[NotApplicable],ComplexCraterDiameterMissing[NotApplicable],CraterRimHeightMissing[NotApplicable],DebrisFieldDiameter,EarthRecurrenceInterval,EffectiveSeismicMagnitudeMissing[NotApplicable],EjectaArrivalTimeMissing[NotApplicable],EjectaThicknessMissing[NotApplicable],FinalSimpleCraterDepthMissing[NotApplicable],FinalSimpleCraterDiameterMissing[NotApplicable],FireballRadius,ImpactEnergyMissing[NotApplicable],ImpactVelocityMissing[NotApplicable],InitialKineticEnergy,IrradiationDuration,MaximumThermalRadiationTime,MeanEjectaParticleDiameterMissing[NotApplicable],MeltSheetThicknessMissing[NotApplicable],MeltVolumeMissing[NotApplicable],PeakOverpressure,PeakWindVelocity,SeismicArrivalTimeMissing[NotApplicable],ShockWaveTravelTime,ThermalExposure,TransientCraterDepthMissing[NotApplicable],TransientCraterDiameterMissing[NotApplicable]
Out[]=
Compute the effects a 1.75 km diameter, dense asteroid hitting crystalline rock:
[Quantity[2700,"Kilograms"/"Meters"^3],Quantity[2750,"Kilograms"/"Meters"^3],Quantity[1.75,"Kilometers"], Quantity[20,"Kilometers"/"Seconds"],Quantity[80,"Kilometers"],Quantity[45,"AngularDegrees"]]
In[]:=
AirburstAltitudeMissing[NotApplicable],BreakupAltitudeMissing[NotApplicable],BrecciaLenseThicknessMissing[NotApplicable],BrecciaLenseVolumeMissing[NotApplicable],ComplexCraterDepth,ComplexCraterDiameter,CraterRimHeight,DebrisFieldDiameterMissing[NotApplicable],EarthRecurrenceInterval,EffectiveSeismicMagnitude6.77033,EjectaArrivalTime,EjectaThickness,FinalSimpleCraterDepthMissing[NotApplicable],FinalSimpleCraterDiameterMissing[NotApplicable],FireballRadius,ImpactEnergy,ImpactVelocity,InitialKineticEnergy,IrradiationDuration,MaximumThermalRadiationTime,MeanEjectaParticleDiameter,MeltSheetThickness,MeltVolume,PeakOverpressure,PeakWindVelocity,SeismicArrivalTime,ShockWaveTravelTime,ThermalExposure,TransientCraterDepth,TransientCraterDiameter
Out[]=