Radiation: Difference between revisions
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m apparently that was just a lie, I think I took that screenshot that measured it in pure luck |
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=== Background Radiation === | === Background Radiation === | ||
The background radiation level in Obenseuer is 0.400 μSv/h. This level is measurable but does not actually increase the player's radiation level. When the dose and the dose rate match at this low level, it means the player's radiation dose is 0. | The background radiation level in Obenseuer is 0.400 μSv/h. This level is measurable but does not actually increase the player's radiation level. When the dose and the dose rate match at this low level, it means the player's radiation dose is 0. | ||
A very high intensity background radiation is also present in the Under map (90 mSv/h). Approaching an edge will make the player experience around 3000 Sv/h of radiation. | A very high intensity background radiation is also present in the Under map (90 mSv/h). Approaching an edge will make the player experience around 3000 Sv/h of radiation. | ||
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* Polonium-210 is not actually harmful to people as long as it is not ingested, as it alpha-decays, which is unable to penetrate our skin. The fact that it is harmful to the player in game is an artistic liberty. | * Polonium-210 is not actually harmful to people as long as it is not ingested, as it alpha-decays, which is unable to penetrate our skin. The fact that it is harmful to the player in game is an artistic liberty. | ||
* In Canada, the Canadian Nuclear Safety Commission sets the five-year dose limit on nuclear energy workers at 100 mSv. If exceeded, workers will no longer be allowed to work in a radioactive environment. The yearly limit is 50 mSv. The average annual dose received by the average person is 1.8 mSv (0.200 μSv/h for an entire year). | * In Canada, the Canadian Nuclear Safety Commission sets the five-year dose limit on nuclear energy workers at 100 mSv. If exceeded, workers will no longer be allowed to work in a radioactive environment. The yearly limit is 50 mSv. The average annual dose received by the average person is 1.8 mSv (0.200 μSv/h for an entire year). | ||
* In real life, [[wikipedia:Potassium_iodide|Potassium Iodine]] pills cannot help to reduce the dose received by a person, nearly nothing can be done if a real person has absorbed a lethal dose of radiation. They can, however, prevent further absorption of doses in the thyroid, a particularly cancer-prone gland in our body. | * In real life, [[wikipedia:Potassium_iodide|Potassium Iodine]] pills cannot help to reduce the dose received by a person, nearly nothing can be done if a real person has absorbed a lethal dose of radiation. They can, however, prevent further absorption of doses in the thyroid, a particularly cancer-prone gland in our body. | ||
{{OS_Gameplay}} | {{OS_Gameplay}} | ||