Physical adsorption heat-resistant radioactive contamination purification type monitoring equipment
A technology of physical adsorption and monitoring equipment, used in radioactive purification, radiation measurement, X/γ/cosmic radiation measurement, etc. Ensure continuous use and strengthen the effect of physical adsorption
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Embodiment 1
[0046] Example 1: Measure the radioactive radon in the environment.
[0047] Specifically, place a new conductive sampling glass 45 on the upper wall of the opening of the detection box 36, turn the bolt 42, and the bolt 42 rotates along the threaded opening 41 to fit the conductive sampling glass 45, so that the conductive sampling glass 45 is fixed on the conductive post 44 and the conductive sampling glass 45. Between the bolts 42, the delivery control valve 47 and the mixing outlet valve 39 are manually closed, the delivery pipe 8 and the mixing pipe 38 are blocked and cut off, and the shunt inlet valve 48 is manually opened to make the shunt pipe 37 conduct, and the controller 50 controls the negative pressure fan 7 starts, the negative pressure fan 7 draws the outside air into the shunt box 2, and the air inside the shunt box 2 enters the inside of the detection box 36 through the shunt pipe 37. At this time, the controller 50 controls the electrostatic generator 43 to st...
Embodiment 2
[0048] The second embodiment, based on the above-mentioned embodiment, purifies the air environment with a high concentration of radioactive pollutants after detection.
[0049] Specifically, the shunt inlet valve 48 is manually closed, the shunt pipe 37 is blocked and cut off, and the delivery control valve 47 and the mixing outlet valve 39 are manually opened to make the delivery pipe 8 and the mixing pipe 38 conduct. In the closed state, the exhaust pipe 15 is blocked and cut off, the controller 50 controls the negative pressure fan 7 to start, and the negative pressure fan 7 draws the gas in the environment to be monitored into the shunt box 2, and the shunt box 2 transports the gas through the conveying pipe 8 To the inside of the separation box 20, the air flow inside the conveying pipe 8 generates a negative pressure around it when it flows at a high speed, so that the conveying pipe 8 draws the gas inside the detection box 36 into the separation box 20 through the mixin...
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