high-energy fission 中文意思是什麼
high-energy fission
解釋
高能裂變-
The target studied in this paper is one of the most important components in the ads. coupling the two innovative fields in the nuclear scientific and technological circles that are accelerator and sub - critical reactor. the physical function of this part is be as the neutron source, accepting the medium or high energy proton, breeding spallation reaction, arising the self - sustaining nuclear fission and generating the power
本文所研究的靶件作為該系統最重要的關鍵部件之一,耦合核科技界的兩大創新領域-高功率質子加速器和次臨界堆,該靶件的物理作用主要是接受中、高能質子,發生散裂反應,產生中子源,引發持續鏈式反應,產生能量。 -
U - 238 can induce fission after absorbing a high energy neutron fast neutron and then forming the plutonium 239 pu - 239, which is a fissile nuclide
后極可能產生裂變的核素,鈾- 238則是可裂變的核素。鈾- 238在吸收高能量的中子快中子后,會形成- 239 pu - 239 。 -
The high energy neutrons released by fission travel at very high speeds fast neutrons and must be slowed down to increase its probability of hitting more uranium atoms and in turn induce more fission in the reactor
核裂變所釋放的高能量中子移動速度極高快中子,因此必須透過減速,以增加其撞擊鈾原子的機會,同時引發更多核裂變。 -
The high energy neutrons released by fission travel at very high speeds ( fast neutrons ) and must be slowed down to increase its probability of hitting more uranium atoms and in turn induce more fission in the reactor
核裂變所釋放的高能量中子移動速度極高(快中子) ,因此必須透過減速,以增加其撞擊鈾原子的機會,同時引發更多核裂變。
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