Uchungechunge lwe-RCSC Superconducting Iron Separator
Ukusetshenziswa kanye nezici:
Uchungechunge lwe-RCC olunezinga lokushisa eliphansi le-superconducting separator kazibuthe lusebenzisa omagnethi abakhulu ukuze bakhe insimu enamandla kazibuthe edingekayo ukuze kukhishwe insimbi. Inzuzo ukuthi esimweni se-superconducting (-268.8 ° C), kukhona okwamanje ngaphandle kokumelana, futhi okwamanje idlula ikhoyili ye-superconducting ukukhiqiza insimu yamagnetic enamandla kakhulu. Amandla kazibuthe aphezulu, ukujula kwendawo enkulu kazibuthe, ikhono eliqinile lokumunca insimbi, isisindo esilula, ukusetshenziswa kwamandla aphansi, ukonga amandla nokuvikelwa kwemvelo, njll., izinzuzo izihlukanisi ezijwayelekile zikagesi ezingakwazi ukuzifanisa. Isetshenziselwa kakhulu ukususa ukungcola okuhle kwensimbi equkethwe kumthungo wamalahle
Incazelo Yemodeli:
Izimpumelelo:
Isihlukanisi sikazibuthe esinezinga lokushisa eliphansi esinezinga lokushisa eliphansi siphumelele ukuhlolwa kobuchwepheshe besifundazwe nongqongqoshe kanye nokuhlolwa komkhiqizo ngoNovemba 2008 nangoJuni 2010 ngokulandelana, futhi sathola amalungelo obunikazi alandelayo:
◆ Ilungelo elilodwa lobunikazi elisunguliwe seliqinisekisiwe, igama lelungelo lobunikazi lithi "izinga lokushisa eliphansi le-superconducting isihlukanisi esinamandla kazibuthe" (ZL200710116248.4).
◆ Ilungelo lobunikazi lemodeli eyodwa yokusetshenziswa liqinisekisiwe, futhi igama lelungelo lobunikazi lithi "Superconducting Magnetic Separator Suspension Device" (ZL 2007 2 0159191.1).
◆ Ilungelo lobunikazi lemodeli yokusetshenziswa eyodwa liqinisekisiwe, futhi igama lobunikazi lithi "Idivayisi yokuvikela eguquguqukayo yepuleti elingaphansi le-Superconducting Magnetic Separator".(ZL 200820023792.4).
Isakhiwo sezisetshenziswa:
I-low-temperature superconducting separator kazibuthe ikakhulukazi yakhiwe igobolondo kanye nedivayisi elengayo, ingxenye yamagnetic superconducting, isistimu yesiqandisi kanye nesistimu yokulawula okuzenzakalelayo. Uzibuthe we-superconducting ulengiswa egobolondweni, futhi uhlelo lwesiqandisi lusetshenziselwa ukugcina izinga lokushisa le-helium ewuketshezi.
Isistimu yokulawula okuzenzakalelayo ingabona isilawuli kude kanye nokuxilongwa kwephutha elikude ngenethiwekhi engenantambo. Izibalo ezilandelayo ziwumdwebo wohlelo olunezinhlangothi ezintathu kanye nezithombe ezisebenzayo zesihlukanisi kazibuthe esinezinga eliphansi lokushisa eliphezulu.
Isibalo esilandelayo siwumdwebo wesheli wegobolondo kanye nedivayisi elengayo yesihlukanisi kazibuthe esinezinga lokushisa eliphansi le-superconducting
1, igobolondo
2. Inzwa yokucindezela
3. Induku yokulenga
4, ubakaki wendawo
5. Ukulungisa ipuleti
6, i-elastomer
7, ibhodi elithathekayo
8, ukuxhuma ibhawudi
9, Ipuleti eliphansi legobolondo
10, irabha eguquguqukayo
11, ipuleti lokuxhuma
12, Ipuleti ephansi ye-manganese ephezulu
13, uzibuthe
Uzibuthe 13 we-superconducting separator kazibuthe ugxilwe kugobolondo 1 ngokusebenzisa i-Hanging rod 3, futhi ingxenye engenhla ye-Hanging rod 3 ifakwe inzwa yokucindezela 2 ukuze ibone amandla wesihlukanisi esinamandla kazibuthe nganoma yisiphi isikhathi.
Uma isihlukanisi kazibuthe esisebenza kakhulu sisebenza, i-tramp iron ithinta ipuleti eliphansi le-manganese elingu-12 legobolondo ngesivinini esikhulu, lenze ingcindezi kupuleti lokuxhuma elingu-11. Ngalesi sikhathi, i-elastomer 6 iyacindezelwa futhi ikhubazekile ngepuleti lokuxhuma. 11 ukumunca amandla omthelela. Lapho umthelela mkhulu, Lapho i-elastomer 6 icindezelwa ngezinga elithile, irabha eguquguqukayo engu-10 iyacindezelwa ukuze ikhiqize ukuguquguquka futhi imunce amandla omthelela, iqinisekisa ngokuphumelelayo ukuthi igobolondo 1 alidlidlizi lapho isikhiphi sensimbi esisebenza nge-superconducting sisebenza, ngaleyo ndlela kuqinisekiswe ukuthi ukuthi i-superconducting iron remover elenga egobolondweni 1 uzibuthe 13 usebenza ngokuzinza.
umgomo wokusebenza:
Isibalo esilandelayo siwumdwebo wesakhiwo se-superconducting magnet. Ikhoyili ye-superconducting 6 icwiliswa ku-helium ewuketshezi 5. I-helium ewuketshezi inikeza izinga lokushisa eliphansi le-superconducting elingu-4.2K lapho ikhoyili ye-superconducting isebenza. I-helium 5 ewuketshezi ifakwe ku-vacuum ephezulu engu-4K Dewar 4. , Ukuze kuqinisekiswe ukuvuza okuphansi kokushisa kwe-Dewar enezinga lokushisa eliphansi, okungukuthi, i-4K Dewar, isihlangu sokushisa esingu-40K 3 kanye ne-300K Dewar 2 kufakwe ngaphandle. ukuze kuqinisekiswe ukuthi uhlelo lufinyelela ibhalansi yokushisa, ukuze isikhiphi se-iron superconducting sisebenze ngokuthembekile nangokuzinza. Inombolo ye-serial 1 iyifriji.
1, isiqandisi
2,300KDewar
3, isivikelo sokushisa
4, 4KDewar
5, i-helium ewuketshezi
6, ikhoyili ehamba phambili
Ngenxa yamandla kazibuthe aphakeme kakhulu akhiqizwa isihlukanisi kazibuthe esinezinga lokushisa eliphansi le-superconducting, amandla amakhulu kazibuthe azobangela imfucumfucu yensimbi ukuthi ithinte uzibuthe ngesivinini esisheshayo, esingabangela umonakalo kumagnethi we-superconducting. Ngakho-ke, i-superconducting magnet yesihlukanisi esinozibuthe esinezinga lokushisa eliphansi le-superconducting imisiwe kugobolondo ngeDivayisi Emisiwe. Igobolondo lifakwe umkhiqizo kazwelonke onelungelo lobunikazi - idivayisi elengayo eguquguqukayo. Lapho imfucumfucu yensimbi ithinta ngokunamandla uzibuthe, le divayisi ingakwazi ukumunca ngokuthembekile amandla okuthinta, ivikele uzibuthe we-superconducting emonakalweni, futhi iqinisekise ukuthi isihlukanisi kazibuthe esinezinga eliphansi lezinga lokushisa eliphansi singasebenza kahle isikhathi eside.
Ingxenye yokulawula ukusebenza kwe-low-temperature superconducting separator kazibuthe isebenzisa i-interfaces yokusebenza yamaShayina nesiNgisi, okulula ukuyiqonda, kulula ukuyisebenzisa, kulula ukuyinakekela, futhi ekwazi ukubona ukudluliswa kwamarekhodi okusebenza ku-inthanethi nokuqapha isimo sokusebenza ku-inthanethi, ibona ukude. ukulawula nokuxilongwa, kuthuthukisa ukuthembeka kokusebenza kwemishini.
