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Disadvantages of nuclear fission
The process of nuclear fission takes place with the help of two procedures. Firstly, nuclear fission either occurs through a process called radioactive decay. Secondly, nuclear fission can be formed with the help of nuclear energy. The drawbacks of nuclear fission were discovered by Otto Hahn as well as Fritz Strassman in 1938. Mentioned below are some of the disadvantages of nuclear fission :
Nuclear fission is threatening
Disastrous events such as Fukushima as well as Chernobyl display the danger of the process of nuclear fission. Back in July 2017, some underwater robots were seen which were melted into nuclear fuels. This event was life-threatening as this leads to radiation exposure which is harmful to both human beings and animals.
Nuclear fission leads to dangerous waste products
Nuclear fission can lead to the creation of clean-burning energy. However, radioactive waste products can prove to be very harmful to the atmosphere. Toxic waste dumps can lead to damage to the environment in case of missing disposal sites.
Nuclear energy is not a source of renewable energy
Nuclear fission tends to create clean energy, such as fossil fuels. However, it is not a renewable source of energy. This is one of the disadvantages of nuclear fission that it is not a source of renewable energy.
Nuclear energy can lead to long-term health issues
Nuclear fission reactions or waste products can lead to cancer as well as other major health issues. Cancers developed through nuclear fission can be tough to treat and can take 3-4 decades to grow into a human body.
Nuclear fission is explosive
Nuclear fission can lead to the formation of strong weapons. In Japan, 226,000 individuals lost their lives to nuclear reactions. This incident displays that technology can be very dangerous to live on earth.
What is radiation?
Radiation is known as the energy that arrives from a specific source. This energy is known to travel through space and may also have the capability to creep into numerous materials. There are two types of radiation called non-ionizing as well as ionizing. Non-ionizing radiations include light, microwave as well as radio. Ionizing radiation can produce charged particles within matter. Maybe able to penetrate various materials.
Sources of radiation
Radiation has no specific sources. Rather human beings are naturally surrounded by radioactive elements, which are found in the soil as well as stones. The radioactive elements are filled with cosmic rays that enter the atmosphere of the Earth from outer space.
Radioactive elements get into the human body with the help of food and water, and air. Also, we already possess radioactive elements in our blood and bones.
Along with this, other sources of radiation are dental and other medical X-rays.
How dangerous is radiation?
Radiation is a dangerous process. Radiation tends to damage the cells that form the human body. Radiation is not dangerous at low levels. However, medium levels of radiation can result in fever, vomiting, headaches as well as sickness.
High levels of radiation can be very harmful. High levels of radiation can lead to death because of damage to internal organs. High radiation exposure is difficult to treat. Radiation exposure for a long time can cause cancer that can be difficult to treat.
Conclusion
The process of nuclear fission takes place with the help of two procedures. Firstly, nuclear fission either occurs through a process called radioactive decay. Secondly, nuclear fission can be formed with the help of nuclear energy. Some of the drawbacks of nuclear fission are long-term health issues; it can be life-threatening, highly costly, etc. Radiation is known as the energy that arrives from a specific source.
This energy is known to travel through space and may also have the capability to creep into numerous materials. Radiation has no specific sources. Rather human beings are naturally surrounded by radioactive elements, which are found in the soil as well as stones. Radiation is a dangerous process. Radiation tends to damage the cells that form the human body. Radiation is not dangerous at low levels.
