Carbon Vapor Engine

A detailed explanation of how a Carbon Vapor Engine works.

From the term, a Carbon Vapor Engine would likely be a theoretical or experimental propulsion system that uses vaporized carbon as a working fluid or propellant, possibly for high-temperature power generation or rocket propulsion. Here's an overview:

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Concept Overview: Carbon Vapor Engine

1. Working Principle

   • Carbon (solid graphite or other allotropes) is heated to extremely high temperatures until it vaporizes.
   • The carbon vapor expands rapidly in a containment chamber or nozzle, producing thrust (in propulsion) or driving a turbine (for power generation).

2. Energy Source

   • Could be nuclear, solar-concentrated, or combustion of carbon compounds.
   • High temperatures are required (~3500–4500 K) because carbon has a very high sublimation point.

3. Engine Components

   • Carbon Feed System: Supplies solid carbon pellets or powder.
   • Vaporization Chamber: High-temperature furnace or laser to sublimate carbon.
   • Nozzle / Turbine:
     • Rocket-style nozzle for thrust.
     • Turbine blades for electricity generation.
   • Cooling and Containment:
     • High-temperature resistant materials (tungsten, molybdenum, carbon composites).

4. Advantages

   • High exhaust velocity → very efficient for propulsion.
   • Carbon vapor is relatively light and can carry a lot of energy.
   • Potentially reusable if designed for turbines.

5. Challenges

   • Materials must withstand extreme heat.
   • Carbon condensation may clog nozzles.
   • Requires very precise feed and thermal management systems.

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If you want, I can create a detailed 3D-style schematic image of a Carbon Vapor Engine, showing the carbon feed, vaporization chamber, nozzle, and energy output system, similar to your previous infographics.

Do you want me to make that image?