Difference between revisions of "Niowave Pb-Bi target"
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| − | Pb-Bi liquid target operation | + | [[Liquid_PbBi_Target_in_Solenoid_Magnetic_Field]] |
| + | |||
| + | =Niowave Pb-Bi liquid target= | ||
| + | == operation== | ||
1.) pump down chamber | 1.) pump down chamber | ||
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1=well left | 1=well left | ||
| − | + | ==target description== | |
20 mill windows | 20 mill windows | ||
4mm target window | 4mm target window | ||
Latest revision as of 14:43, 8 December 2014
Liquid_PbBi_Target_in_Solenoid_Magnetic_Field
Niowave Pb-Bi liquid target
operation
1.) pump down chamber
2.) backfill with argon to 1atm
3.) heat top at full power by plugging into wall directly, the other heaters use a rheostat
4.) 360 watts applied to mid center until temperature at bottom flange is 120 C
5.) turn on the other heaters at 20 % of 120 volts until the temperature warms to at least 40 C
6.) vent if the pressure goes above 2 ATM
7.) once loop is about 40 C or more, increase rheostats to 40% of 120 volts
8.) top reservoir will be kept heating at full power until maxing out at 300 C then you can turn it off when bottom well is liquid
9.) at 70 C in the well increase reostat to 60%
10.) unplugged top heater when it hits 289 C, temp in middle of loop was 280
11.) when well temp was 170 C , the high power heater (right side) is increased to 100 % while all other heaters are turned off
20 C difference between top center and well right
4 = top center 3=center left 2 = well right 1=well left
target description
20 mill windows 4mm target window
5 kg of eutectic 45/55 ratio
Heat tape is rated at120 volts at 300 watts