英語 での Fusion energy の使用例とその 日本語 への翻訳
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Gwangju city expects the operation of Hydrogen Fusion Energy Demonstration Center will bring forward the creation of the hub city of hydrogen industry.
Research Updates/ National Institute for Fusion Science In order to achieve fusion energy it is necessary to maintain a plasma at a sufficiently high temperature for the fusion reaction to occur over an extended period of time.
The new XC50 machine won't attain that level of status, but when it's deployed later this year, it will be the world's fastest supercomputer used for fusion energy research.
For that reason, in order to realize fusion energy for the future, it will become extremely important to know the behavior of tungsten and other multi-charged ions in a plasma and the conditions of light emission.
As concerns grow over climate change and declining supplies of fossil fuels, fusion energy has the potential to provide a sustainable solution for our global energy needs.
In the future, there will be still further cooperation with researchers in various fields, and further advances in visualization research that utilizes virtual reality devices. In this way, we will contribute to the realization of fusion energy.
In the future, we will continue heat load tests using ACT2 in order to improve performance of the first wall and to contribute to the realization of fusion energy.
The ITER Project: Optical Measurements at Nuclear Reactor| HBM HBM signed a contract with ITER- International Fusion Energy Organization- for the supply of optical strain gauges for the ITER Vacuum Vessel.
Currently, the other parties involved in the ITER project- China, the European Union, India, Japan, the Republic of Korea and Russia- have developed national strategic plans for fusion energy demonstration, but the U.S. does not have such a plan.
The activities envisaged with CFS are divided into three phases: the first involves the development of high-temperature superconducting magnets, the second the realization of an experimental reactor, the third and last the construction and operation of the first industrial plant that can guarantee a production continuous and remunerative fusion energy.
Research Updates/ National Institute for Fusion Science High-temperature plasma, on which research seeking fusion energy in the future advances, does not make direct contact with the vacuum vessel wall because it is maintained while confined in a magnetic field container inside the vacuum vessel.
Research Updates/ National Institute for Fusion Science For the realization of fusion energy, in the plasma experiment devices around the world beginning with the Large Helical Device(LHD) research is being conducted for producing and maintaining high-temperature plasmas.
We already know that plasma can be made in temperature above 100 million degrees Celsius, but there is still much effort being made to obtain scientific understanding of plasma in depth and to establish advanced control technology that works in extreme environments, as this is required to make fusion energy available.
International Fusion Energy Research Center was completed in March 2011 and began research as a base of"broader approach(BA) activities" for conducting nuclear fusion energy research from various angles, in order to support and complement the ITER program and to develop the next stage of the ITER, which is“a prototype reactor”.
A variety of research groups conduct joint research with each other and exchange members while researching a wide range of topics that includes crystal optics, atomic physics, the research and development of laser technology and high quality optical elements, gravitational-wave astronomy, experimental astronomy, nuclear fusion energy development, high-energy accelerator development, and large-scale research that includes research into X-ray free-electron lasers.
In the field of renewables, Eni's CEO explained how the company will focus its research mainly on solar energy, on energy storage, on advanced biofuels, on biomass and on wind energy, also recalling the agreement with MIT for the joint development of technologies for the production of nuclear fusion energy.
For my lesson, please tell me about the sustainability of nuclear fusion reactors compared with other energies,“” What kind of risks does nuclear fusion energy itself have?“,” High level radioactivity Is it impossible to artificially manipulate the half-life of waste?“, Nearly 15 questions related to nuclear fusion and nuclear energy were received in advance.
This year, the city signed an investment agreement with Hyundai Motors on automobile factory, attracted an eco-friendly vehicle parts certification center, was exempted from pre-feasibility study on AI-centered industrial cluster, goes ahead with a plan to realize the construction of hydrogen fuel cell power plant, signed MOU with LG Electronics on growing the air-prufying industry, and witnessed the construction of Korea's first hydrogen fusion energy center.
Th Fusion Energy Conference.
Experimentation of extracting fusion energy.