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Recently, the research team of the Institute of Nuclear Safety Technology of hefei Institute of Material Sciences of the Chinese Academy of Sciences, based on HINEG, a scientific device for the source of the strong-flow radon, and the Institute of Technical Biology and Agricultural Engineering of Hefei Research Institute, conducted an experiment on the effectofs of high-energy neutron radiation damage, which found the ultra-sensitive dose range of high-energy neutrons against nematodes, and the results were published in the medical journal Journal of The International Of Molecular Medicine.
nematodes have 60% to 80% of human homologous genes, using nematodes to carry out neutron radiation damage effect experiments is of great significance to neutron radiation protection research.
due to the lack of monochromatic high-energy high-flow strong neutron source, so far the international study of radiation damage of high-energy neutrons is still rare.
this experiment is based on the strong-flow xenon neutron source scientific device HINEG, led by the nuclear safety research team, which can produce DC-stabilized single-energy or mixed-spectrum neutrons, with neutron flow strength of 6.4 x 1012 n/s, at the first level of the same kind of device in the international transport.
experiments found that, at the individual level, high-energy neutron radiation on the life of organisms, descendants show edifice positive, in a specific low-dose range (-2 Gy) high-energy neutrons also show edimen;
this study not only provides a scientific basis for high-energy neutron low-dose radiation protection, but also provides guidance for clinical dose setting of tumor radiation therapy and the development of new anti-radiation drugs.
research team said that, as an important experimental platform for research and development of advanced nuclear energy systems and cross-application of nuclear technology, HINEG is open to researchers at home and abroad.
Source: Hefei Institute of Physical Sciences.