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Spring-8是建在日本兵库县西部的播磨科学公园都市的第三代同步辐射实验设备,它是以Super Photon Ring with8GeV的头一个字命名的。此设备是日本理化研究所、原子能研究所共同完成的。此项计划开始于1984年左右,1997年首次观测到辐射光束,同年10月开始提供使用。日本约50年前就利用同步加速器在可见光波段实验观测到辐射光。对于加速器来说,辐射光是能量损耗的原因,但其能量范围适于物性测量,因此,70年代(第1代)开始以寄生形式利用高能量加速器做辐射光实验,并着眼于其有效性,从80年代(第2代)开始建造专用的存储环,并利用辐射光做实验。因第2代用偏转电磁铁作主要光源,故软
Spring-8 is the third generation of synchrotron radiation experiment equipment built in the city of Abrasive Science Park in the west of Hyogo Prefecture, Japan. It is named after the first word of Super Photon Ring with8GeV. This device is Japan Institute of Physics and Chemistry, Institute of Atomic Energy jointly completed. The program began around 1984 with a first observation of the radiation beam in 1997 and the start of its use in October of the same year. Japan used synchrotrons to experimentally observe radiant light in the visible wavelength band about 50 years ago. Radiation is the cause of energy loss for accelerators, but its energy range is suitable for the measurement of physical properties. Therefore, in the 1970s (1st generation), experiments on radiant light using high-energy accelerators were started in the form of parasites and its effectiveness , From the 80’s (2nd generation) began to build a dedicated storage ring, and the use of radiation experiments. Due to the second generation of deflection electromagnets as the main light source, so soft