Indlela yokusebenzisa i-graphite rotor ngokuchanekileyo

Indlela yokusebenzisa i-graphite rotor ngokuchanekileyo

1. Ukufudumeza phambi kokusetyenziswa: ii-rotor yegraphiteiyakutshiselwa malunga ne-100mm ngaphezu komgangatho wolwelo malunga ne-5min ~ 10min phambi kokuntywiliselwa kulwelo lwe-aluminiyam ukunqanda impembelelo yokucima kwimathiriyeli ekrwada; I-rotor kufuneka izaliswe ngegesi ngaphambi kokucwiliswa emanzini; Ukunikezelwa komoya kunokumiswa kuphela emva kokuba i-rotor iphakamisa inqanaba lolwelo, ukwenzela ukuba ugweme ukuvaleka komngxuma womoyaumbhobho werotor.
2. Isistim sothumelo oluzinzileyo: i-graphite rotor kunye nenkqubo yokuhambisa idibaniswe ngentonga yokudibanisa (umbhobho). Ukuguqulwa kwentonga yokudibanisa phantsi kwefuthe lobushushu obuphezulu ixesha elide, okanye ukukhulula iindawo ezifanelekileyo zezixhobo zokuhambisa, kuya kuchaphazela ukungathathi hlangothi kunye nokuzinza komsebenzi we-rotor, kwaye kulula ukuphula okanye ukugoba i-rotor yegraphite. .
3. Ubunzulu bokuntywiliselwa kwe-rotor: i-rotor yegraphite intywiliselwa kwi-aluminium inyibilika kubunzulu obufanelekileyo, ukuze umkhono wokuqinisa ubonakaliswe kwinqanaba le-aluminium engamanzi malunga ne-80mm kwaye untywiliselwe ngaphantsi kwenqanaba lolwelo malunga ne-60mm, enokunyusa ngokufanelekileyo ilahleko anti-oxidation kunye scouring banxibe ixesha lei-rotor.
4. Umoya weBlock: gcwalisa i-nitrogen okanye i-argon kwibhokisi yokucoca ukuze uqinisekise uxinzelelo oluhle kwibhokisi kunye nokuthintela umoya wangaphandle ukuphepha i-oxidation ye-graphite rotor.
5. I-argon ecocekileyo okanye initrogen: ukuba ukuvuza kombhobho kunye neenxalenye zesinxibelelanisi kubangela ukuba i-argon engcolileyo okanye igesi yenitrogen ibe yi-aluminiyamu inyibilika, indawo ephezulu ye-rotor iya kuba ne-oxidized kakhulu, kunye nemingxunya emininzi yejethi yomoya kwindawo engezantsi iya kuba. i-oxidized, eya kunciphisa kakhulu ubomi benkonzo ye-rotor.