Blast presentation vadim
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The document discusses multi-stage rockets and self-igniting propellants. It describes how multi-stage rockets use separate engines and fuel stages that ignite and separate to accelerate the rocket during flight. It also explains that some propellants, like hydrogen, methylhydrazine, n-dodecane and ethanol, can spontaneously ignite when mixed without an external ignition source. Specifically, the document notes that hydrogen is a very light and powerful propellant that burns very hot but produces no greenhouse gases or atmospheric toxicity. However, it requires extremely cold storage temperatures and careful handling by technical experts.
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Blast presentation vadim
- 2. Rocket with two or more stages, each containing an engine and fuel propellant to support the rocket with spontaneous combustion, then once its purposed was served, it separates making the rocket lighter, causing an acceleration.
- 3. Propellants that spontaneously ignite when experiences friction with one another and is not needed an ignition source/system
- 4. Hydrogen: H2+1/2O2 H2O Methylhydrazine: H2NN(CH3)2+2N2O4 3N2+2CO2+4H2O N-dodecane: C12H26+37/2O2 12CO2+13H2O Ethanol: C2H5OH+3O2 2CO2+3H2O
- 6. It light but powerful propellant that has low molecular weight of any substance and when burned, goes up to 3037.78°C. In addition, combining it with an oxidizer such as oxygen makes it fuel efficient in terms of how much the propellant consumes.
- 7. It has no Greenhouse Effect and it is a purely a chemical reaction which does not cause any toxicity in the atmosphere.
- 8. Must be stored at -217.22°C Held with extreme care Insulated from heat Ventilation system Advance technical expertise
- 9. By: Vadim