SUMMARY
Wood does not melt in space; instead, it undergoes destructive distillation, decomposing into carbon (charcoal) and methanol without the need for oxygen. This process, known as pyrolysis, lowers the ignition point of wood to approximately 200-250°C, making it susceptible to ignition upon reentry into Earth's atmosphere. Consequently, the use of wood in spacecraft construction is impractical due to these properties and the associated fire risks.
PREREQUISITES
- Understanding of pyrolysis and its effects on organic materials
- Knowledge of combustion processes and ignition points
- Familiarity with the concept of destructive distillation
- Basic principles of materials science related to heat and structural integrity
NEXT STEPS
- Research the process of destructive distillation and its applications
- Learn about pyrolysis and its implications for materials in extreme environments
- Investigate the ignition points of various organic materials under different conditions
- Explore materials science principles relevant to spacecraft design and fire safety
USEFUL FOR
Scientists, engineers, and aerospace professionals interested in materials used in spacecraft, as well as educators and students studying combustion and thermal decomposition processes.