Difference between revisions of "LB IAC Radiator Specs"
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(Created page with "Here is the radiator that will be used during the irradiation. The 7.25" L-Shaped pipes on the side are for water cooling and they are centered through the middle of the radiator…") |
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− | Here is the radiator that will be used during the irradiation. The 7.25" L-Shaped pipes on the side are for water cooling and they are centered through the middle of the radiator and connected at the bend to make a U-shape. The pipe's diameter is 7/16 in. The distance between the 2 pipes is 3.25''. The beam exit window is 1/1000 " of titanium, then whatever air is between the titanium and the converter. The titanium disk is 2.5" in diameter. | + | Here is the radiator that will be used during the irradiation. The 7.25" L-Shaped pipes on the side are for water cooling and they are centered through the middle of the radiator and connected at the bend to make a U-shape. The pipe's diameter is 7/16 in. The distance between the 2 pipes is 3.25''. The beam exit window is 1/1000 " of titanium, then whatever air is between the titanium and the converter. The titanium disk is 2.5" in diameter. Finally the titanium disk is roughly 3/4 " from the radiator. |
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+ | The aluminum test tubes are 1mm thick. | ||
[[File:Radiator.png|200px]] | [[File:Radiator.png|200px]] |
Latest revision as of 22:32, 8 February 2017
Here is the radiator that will be used during the irradiation. The 7.25" L-Shaped pipes on the side are for water cooling and they are centered through the middle of the radiator and connected at the bend to make a U-shape. The pipe's diameter is 7/16 in. The distance between the 2 pipes is 3.25. The beam exit window is 1/1000 " of titanium, then whatever air is between the titanium and the converter. The titanium disk is 2.5" in diameter. Finally the titanium disk is roughly 3/4 " from the radiator.
The aluminum test tubes are 1mm thick.
Here are pictures of the radiator and the titanium disk