低温工程
低溫工程
저온공정
CRYOGENICS
2010年
1期
25-27
,共3页
污染%脉冲管制冷机%纯化%低温吸附器
汙染%脈遲管製冷機%純化%低溫吸附器
오염%맥충관제랭궤%순화%저온흡부기
contamination%pulse tube cyrocooler%purification%low-temperature adsorber
设计了低温吸附器对充气系统进行纯化处理以减轻污染,氦气浓度由99.047 1%提高到99.806 6%,效果明显.另外,对充气系统还进行了其它的处理措施,能有效地净化系统管道.
設計瞭低溫吸附器對充氣繫統進行純化處理以減輕汙染,氦氣濃度由99.047 1%提高到99.806 6%,效果明顯.另外,對充氣繫統還進行瞭其它的處理措施,能有效地淨化繫統管道.
설계료저온흡부기대충기계통진행순화처리이감경오염,양기농도유99.047 1%제고도99.806 6%,효과명현.령외,대충기계통환진행료기타적처리조시,능유효지정화계통관도.
A low-temperature adsorber to deal with the supplement gas system was designed,which achieved the helium's concentration from 99. 047 1% to 99. 806 6%. In addition, some other measures to deal with the inflation system was carried out, which can purificate the system pipe effectively.
