🔴 Mars Terraforming Pressure and Energy Budget: 100-Year Greenhouse Planner
Plan a speculative 100-year Mars warming scenario on a Blender-modelled globe: grey-atmosphere energy balance with CO2, fluorocarbon and water-vapour greenhouse terms, CO2 frost-point exchange between atmosphere, polar caps and regolith, orbital mirrors and a pressure budget against the 63 mbar Armstrong limit and Earth's 1013 mbar. Reservoir sizes are illustrative.
Plan a speculative 100-year Mars warming scenario on a Blender-modelled globe: grey-atmosphere energy balance with CO2, fluorocarbon and water-vapour greenhouse terms, CO2 frost-point exchange between atmosphere, polar caps and regolith, orbital mirrors and a pressure budget against the 63 mbar Armstrong limit and Earth's 1013 mbar. Reservoir sizes are illustrative.
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