Atomic Energy

Nuclear energy is a type of energy that is emitted from the nucleus, which is made up of protons and neutrons and is the core of all atoms. This type of energy can be generated in one of two ways: fission (when atom nuclei split into several pieces) or fusion (when nuclei fuse together).

Nuclear fission is the method used to generate electricity around the world today, while fusion technology is still in the research and development stage.

Atomic Energy 

Atomic energy, often known as atomic energy, this is carried by atoms. When Ernest Rutherford first mentioned the prospect of atomic energy in 1903, the name was coined.  Before the discovery of the atomic nucleus, H. G. Wells popularised the expression “splitting the atom.” Atomic energy consists of the following components: nuclear binding energy is the amount of energy necessary to divide an atom’s nucleus. The potential energy of the particles inside an atomic nucleus is known as nuclear potential energy. See also nuclear fission and nuclear fusion. Nuclear reaction is a process in which nuclei or nuclear particles interact to produce products that are different from the originating ones. The set of processes by which unstable atomic nuclei (nuclides) produce subatomic particles is known as radioactive decay. The energy of interatomic or chemical bonds that keep atoms together.

The Commission

The United Nations and the nuclear age arrived on the scene practically simultaneously. The horrors of WWII, culminating in the nuclear bombings of Hiroshima and Nagasaki, brought home the importance of dealing with the nuclear issue. The UN Atomic Energy Commission was founded by the General Assembly’s first resolution to address the issues highlighted by the discovery of atomic energy. In 1953, US President Dwight D. Eisenhower gave a speech titled “Atoms for Peace,” which led to the founding of the International Atomic Energy Agency in 1957. (IAEA).

Every country that uses nuclear technology bears responsibility for nuclear safety. The IAEA seeks to build a strong, sustainable, and visible global nuclear safety and security framework for the protection of people, society, and the environment through the Department of Nuclear Safety and Security. This framework allows for the harmonised formulation and implementation of safety and security standards, recommendations, and criteria, but it does not have the authority to enforce safety standards inside a country.

The energy released as a result of a nuclear reaction or radioactive decay. The process of fission, which occurs in a nuclear reactor and produces energy in the form of heat, is of particular importance. This heat is utilised to boil water in a nuclear power plant, resulting in steam that can be used to power massive turbines. This, in turn, turns on generators, which produce electricity. Nuclear energy is a more accurate term for atomic energy.

Nuclear energy, which is based on the usage of radioactive elements, offers a wide range of applications in electricity generation, health, industry, agriculture, and even our homes.

Advantages

Nuclear fusion is best demonstrated by the sun. Inside the sun, hydrogen nuclei combine to generate helium, which produces heat energy that warms the Earth.

Nuclear Technology’s Other Uses-

1) Food and Agriculture Agricultural workers use radiation to stop hazardous insects from reproducing in various regions of the world

2) Medical. Nuclear technologies can assist treat sickness by providing images of within the human body.

3) Space Exploration is a term used to describe the process of discovering new things in space.

Desalination of water is a process that involves the removal of salt from the water.

Nuclear power contributes to environmental protection by producing enormous amounts of carbon-free electricity. It serves people in 28 states and contributes to a wide range of non-electric applications, including medical and space exploration. Nuclear energy is an excellent source of process heat in desalination, synthetic and unconventional oil production, oil refining, biomass-based ethanol synthesis, and, in the future, hydrogen creation. Electromagnetic radiation, not radioactive radiation, is used in microwave ovens. In 2020, the United States will be the world’s largest nuclear power consumer, accounting for more than 30% of global nuclear power consumption. Nuclear energy usage in the United States reached 7.4 exajoules this year.

Conclusion

 Nuclear power is a low-carbon source of energy because, unlike coal, oil, or gas-fired power plants, nuclear power facilities almost never emit CO2. Nuclear reactors produce over a third of the world’s carbon-free electricity and are critical to achieving climate change targets. Nuclear energy is a complex and contentious topic. Nuclear energy has distinct advantages and disadvantages depending on its application. The sun’s radiant light warms the Earth, whereas nuclear weapons can wreak havoc. Examples of nuclear energy applications can help you see the benefits and drawbacks of the technology. Are you interested in learning more about different types of energy? Investigate the fascinating field of chemical energy.