ITER Abbreviation

Looking for ITER abbreviation? We have got you covered in this guide. We have listed down different possible abbreviations of ITER in various groups like Academic & Science, Associations & Organizations, Medical, Technology, and Military and Defence.

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Popular abbreviations of ITER:

Searching for ITER abbreviation / ITER full form leads to different results in different categories. The below table illustrates the popular acronyms among them.

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What does ITER mean?

The full form of ITER is the International Thermonuclear Experimental Reactor. This is a megaproject whose prime objective is to generate energy on earth through the Sun. ITER is an international project of engineering and research.

Features of ITER

• ITER is on the road to becoming the world’s largest magnetic confinement plasma physics experiment.
• The fusion reactor of ITER is built in the Southern part of France.
• India is also a member of ITER.
• The International Thermonuclear Experimental Reactor formation was done on 24 October 2007.
• The official website of ITER is www.iter.org.
• The device used in ITER is tokamak which has a torus shape, and a strong magnetic field is used in it.
• ITER has an electrical input of 320 MW and its thermal absorption is 50 MW.
• The reactors’ construction began in 2013 in France, and the scheduled year for completion of construction is 2025.
• ITER has a long-term goal of generating electricity on a massive scale by using the fusion reactions in the Sun.
• ITER aims to produce thermal power, ten times more than input.

Funding countries of ITER

• China
• Russia
• United States
• India
• United Kingdom
• South Korea
• Japan

Objectives of ITER

• To produce a large scale of carbon-free energy.
• To manifest the constant state of plasma with the value of fusion energy gain factor greater than 5.
• To have experimented with the burning state of plasma.
• The establishment of this reactor aims to build skills, tools, and other building materials to promote the nuclear fusion industries in the participating countries.
• To perform the experiments with the conversion technology of heat and neutron shield.
• To do more research and study on the concepts of tritium breeding.
• To develop the necessary technologies needed for the ITER, such as remote devices and superconducting magnets, etc.