In Oxygen Not Included, handling different types of radiation involves wearing protective gear, keeping a safe distance, and using shielding materials. Different types of radiation have varying effects on Duplicants and the environment, requiring players to strategize and adapt to minimize the risks posed by radiation exposure.
Understanding Radiation in Oxygen Not Included
Radiation in Oxygen Not Included is a dangerous environmental factor that can harm your duplicants if not properly managed. There are three main types of radiation in the game: Alpha, Beta, and Gamma radiation. Each type of radiation has unique properties and requires specific methods to handle effectively.
Alpha Radiation
Alpha radiation is the weakest type of radiation in Oxygen Not Included. It can be blocked by most materials, including air and thin layers of solid materials. To protect your duplicants from alpha radiation exposure, you can build walls or use radiation-resistant materials such as lead to block its effects. It is crucial to ensure that your base's infrastructure includes adequate barriers to keep alpha radiation at bay and prevent it from harming your duplicants.
Beta Radiation
Beta radiation is more powerful than alpha radiation and requires additional precautions to mitigate its effects. Similar to alpha radiation, beta radiation can be blocked by various materials, but it can penetrate deeper into structures. To protect your duplicants from beta radiation exposure, you should consider building thicker walls or using denser materials like steel or tungsten. Additionally, you can create designated radiation-free zones within your base where duplicants can safely work and live without the risk of beta radiation exposure.
Gamma Radiation
Gamma radiation is the most potent and challenging type of radiation to manage in Oxygen Not Included. Unlike alpha and beta radiation, gamma radiation can penetrate most materials, posing a significant threat to your duplicants' health. To shield your duplicants from gamma radiation, you need to construct advanced radiation protection measures such as lead-lined rooms or specialized radiation suits. These protective measures can help minimize gamma radiation exposure and safeguard your duplicants from its harmful effects.
Handling Radiation Exposure
To effectively handle radiation exposure in Oxygen Not Included, you need to implement a multi-faceted approach. Start by identifying areas in your base where radiation levels are high and take immediate steps to reduce exposure risks. This can include relocating critical infrastructure, building radiation shielding barriers, or implementing radiation monitoring systems to track exposure levels.
Furthermore, it is essential to educate your duplicants about radiation safety protocols and ensure they are equipped with appropriate protective gear when working in high-radiation areas. Regularly check radiation levels in your base and conduct maintenance on radiation shielding structures to prevent leaks or breaches that could endanger your duplicants' health.
Advanced Radiation Management
As your base expands and radiation risks increase, you may need to invest in advanced radiation management technologies. Consider researching and unlocking high-tier technologies that provide more robust radiation protection solutions, such as advanced radiation suits, radiation scrubbers, or radiation-resistant materials fabrication.
Additionally, diversify your base's power sources to reduce reliance on radiation-emitting generators or equipment. Renewable energy sources like solar panels or natural gas generators can help lower overall radiation levels in your base and create a safer environment for your duplicants to thrive.
Conclusion
In Oxygen Not Included, handling different types of radiation requires a strategic and comprehensive approach to ensure your duplicants' safety and well-being. By understanding the properties of alpha, beta, and gamma radiation and implementing appropriate mitigation measures, you can create a radiation-safe environment for your duplicants to thrive and succeed in the treacherous depths of the asteroid. Remember to stay vigilant, regularly monitor radiation levels, and adapt your radiation management strategies as your base evolves to tackle new challenges and threats effectively.