Atmospheric Radiative Forcing & Energy Budget Physics Simulator

Grounded Presets

CO₂ Concentration 420 ppm

Relative Humidity (H₂O) 50%

Surface Albedo 0.30

Solar Constant (S₀) 1361 W/m²

Radiative Forcing:
ΔF = 5.35 · ln(C / 280) W/m²

Top-of-Atmosphere Balance:
F_in = (S₀ / 4) · (1 - α)

2-Slab Emissivity (ε):
ε = 1 - exp(-τ_band)

Surface Temp 288.2 K 15.0 °C

Radiative Forcing +3.71 W/m² relative to 280 ppm

Solar Inflow (TOA) 238.2 W/m² avg global absorbed

Downwelling IR 332.1 W/m² greenhouse flux back to ground

1D Atmospheric Slab & Energy Flow

Planck Emission & Optical Absorption

Atmospheric Radiative Forcing Proof Matrix

Parameter / Output	Calculated Value	Reference Range / Unit
CO₂ Concentration	420 ppm	100 - 1000 ppm
Optical Depth (15µm Band)	2.4500	Slab Absorption Coefficient
Radiative Forcing ΔF	+3.71 W/m²	5.35 · ln(C/C₀)
Equilibrium Surface Temp	288.20 K	+1.1°C to +3.7°C doubling shift
Net TOA Energy Balance	0.00 W/m²	Equilibrium = 0 W/m²