Air mass: Difference between revisions
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""" the density of air as a function of height above sea level """
rho(a::Float64)::Float64 = exp(-a / 8500.0)
""" a = altitude of observer
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return dsum
end
airmass(a, z) = column_density(a, z) / column_density(a, 0)▼
▲airmass(a, z) = column_density(a, z) / column_density(a, 0)
println("Angle 0 m 13700 m\n", "-"^36)
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