Comprehensive test device of nuclear technology and component connection method thereof

Abstract

The invention discloses a comprehensive test device of the nuclear technology and a component connection method thereof. A beta source and a gamma source are symmetrically installed in the circumferential section of the same circular lead roller; the lead roller rotates for driving the beta source and the gamma source for alternately changing positions in the same circumferential section; a photoelectric switch is used for controlling an indicating light for accurately displaying the positions of the sources on a panel before a table top; and a scintillation probe and an ionization chamber can reciprocate and change the positions on a vertical post of the probe. A seat of the vertical post of the probe is installed on a linear rain and simultaneously is connected with a T-shaped buckle nut, therefore, a hand wheel is rotated and the scintillation probe and the ionization chamber reciprocate on the table top by a redirector. The density of paper, solid, water and liquid can be measured in the process of a test. The comprehensive test device of the nuclear technology has the advantages of simple integral mechanical structure, easy manufacture and convenient operation and can be widely applied to the nuclear physical teaching of university colleges.

Description

technical field [0001] The invention relates to a nuclear technology comprehensive experiment device and a component connection method thereof, belonging to the technical field of mechanical manufacturing production. Background technique [0002] At present, there is no such comprehensive experimental device for nuclear technology in the world. Students in colleges and universities use a very simple split fixed single source platform when conducting experiments. The disadvantages are cumbersome operation, difficult control of the experimental process, and large errors. The experiment process is long. The connection method of the components is to fix the scintillator probe and the ionization chamber on the bracket with screws and cannot move, and fix the water and fluid container on the bracket with screws and cannot move, which makes it very difficult for students to do experiments, and the scope of experiments is reduced. Subsequent maintenance of the probe and ionization ...

AI Technical Summary

Problems solved by technology

[0002] At present, there is no such comprehensive experimental device for nuclear technology in the world. Students in colleges and universities use a very simple split fixed single source platform when conducting experiments. The disadvantages are cumbersome operation, difficult control of the experimental process, and large errors. The experiment process is long

The connection method of the components is to fix the scintillator probe and the ionization chamber on the bracket with screws and cannot move, and fix the water and fluid container on the bracket with screws and cannot move, which makes it very difficult for students to do experiments, and the scope of experiments is reduced. Subsequent maintenance of the probe and ionization chamber, water and fluid containers is inconvenient

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