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左邊是一个鈾锅炉;在這裹進行着釋放蘊藏在铀的原子核内的能量。把盛在防铀腐蝕的鋁殼里的鈾圓桿装入鍋爐腔裹(即所謂反應室)。這些鈾圓桿在石墨塊里仿彿构成锅炉的鱸栅;在這裹石墨作為快速中子的減速劑。在石墨塊裹還有兩個能吸收慢速中子的鎘質圆桿。一個作为控制鍋爐的工作用:當提起這個圆桿時,就增加了反應室里中子的濃度,因此原子核分裂過程就進行得活
On the left is a uranium-fired boiler; in this process, energy released in the nucleus’ nucleus is released. The uranium rod contained in the uranium-resistant aluminum shell was packed in a boiler chamber (the so-called reaction chamber). These uranium round rods seem to constitute the sill of the boiler in the graphite block; this is used as a fast neutron moderator. In the graphite block, there are two cadmium rods that absorb slow neutrons. A work to control the boiler: When the rod is lifted, the concentration of neutrons in the reaction chamber is increased, so that the process of splitting the nuclei is carried out.