This type of rocket fuel consists of two distinct liquids: the fuel and the oxidizer, stored in separate tanks. They are pumped into a combustion chamber where they ignite, allowing for precise throttling, shutdown, and restart capabilities.
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However, once ignited, they cannot be throttled or stopped, limiting their use to specific applications. The most traditional and powerful systems rely on chemical reactions, where fuel and an oxidizer are combined to create a high-energy exhaust.
This mixture provides a high density and reliable performance, making it a staple for rockets like the SpaceX Falcon 9. Rocket fuel, the chemical energy that defies gravity, is far more complex than the simple gasoline powering a car.
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Although hydrogen is less dense, it offers exceptional specific impulse, making it the preferred choice for maximizing payload capacity on long-duration missions. This contrasts with electrical propulsion, which uses external power sources like solar panels to accelerate ions.
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