1. Ithagethi yeChromium I-Chromium njengesixhobo sefilimu e-sputtering akulula nje ukudibanisa kunye ne-substrate ene-adhesion ephezulu, kodwa kunye ne-chromium kunye ne-oxide ukuvelisa ifilimu ye-CrO3, iipropati zayo ze-mechanical, ukumelana ne-asidi, ukuzinza kwe-thermal kungcono. Ukongeza, i-chromium kwimeko ye-oxidation engaphelelanga inokuvelisa ifilimu ebuthathaka yokufunxa. I-Chromium enococeko olungaphezulu kwe-98% ichazwe ukuba yenziwe kwiithagethi ezixande okanye iithagethi ze-cylindrical chromium. Ukongeza, itekhnoloji yokusebenzisa indlela ye-sintering ukwenza i-chromium ekujoliswe kuyo uxande nayo ikhulile.
2. Ithagethi ye-ITO Ukulungiswa kwezinto ezijoliswe kwifilimu ye-ITO ezisetyenziswe kwixesha elidlulileyo, ngokuqhelekileyo zisetyenziselwa izinto ze-In-Sn ze-alloy ukwenza iithagethi, kwaye emva koko kwinkqubo yokugqoka nge-oxygen, kwaye emva koko ivelise ifilimu ye-ITO. Le ndlela inzima ukulawula irhasi yokusabela kwaye ayinakukwazi ukuveliswa kwakhona. Ke, kwiminyaka yakutshanje ithathelwe indawo yi-ITO sintering target. Izinto ekujoliswe kuzo ITO inkqubo eqhelekileyo ngokomlinganiselo womgangatho, ngokusebenzisa indlela ibhola lokusila iya kuxutywa ngokupheleleyo, uze wongeze i-ejenti ekhethekileyo organic umgubo composite iya kuxutywa imilo efunekayo, kwaye ngokusebenzisa ukuxinwa koxinzelelo, kwaye ke ipleyiti emoyeni kwi-100 ℃ / h izinga lokufudumeza ukuya 1600 ℃ emva kokubamba 1h ℃ kunye neqondo lokupholisa le-1h ℃ kunye negumbi lokupholisa le-1 ℃. Isantya sokupholisa se-100 ℃ / h phantsi ukuya kwiqondo lokushisa kunye nenziwe. Xa usenza iithagethi, inqwelo-moya ekujoliswe kuyo kufuneka iphuculwe, ukuze ugweme iindawo ezishushu kwinkqubo yokutshiza.
I-3.Igolide kunye negolide ekujoliswe kuyo kwi-alloy yegolide, i-luster ebukekayo, kunye nokumelana nokubola okulungileyo, yeyona nto ifanelekileyo yokuhombisa umphezulu imathiriyeli yokugquma. Indlela yokucwenga emanzi esetyenziswe kwixesha elidlulileyo lokunamathela kwifilimu incinci, amandla aphantsi, ukunganyangeki kwe-abrasion, kunye neengxaki zokungcoliseka kolwelo olulahlwayo, ngoko ke, ngokungenakuthintelwa kufakwe endaweni yokomileyo. Uhlobo olujoliswe kuyo lunethagethi yendiza, ithagethi edibeneyo yendawo, ithagethi ye-tubular, ithagethi ye-tubular edibeneyo yendawo kunye nokunye. Indlela yokulungiswa kwayo ikakhulu ngedosi ye-vacuum melting, pickling, i-cold rolling, i-annealing, i-fine rolling, ukucheba, ukucocwa komphezulu, iphakheji edibeneyo epholileyo kunye noluhlu lweenkqubo ezifana nokulungiswa kwenkqubo. Le teknoloji idlulise uvavanyo eChina, ukusetyenziswa kweziphumo ezilungileyo.
4. Ithagethi yemathiriyeli yemagnethi Ithagethi yeMagnetic isetyenziswa ikakhulu ukugquma iintloko zemagnethi zefilimu ezicekethekileyo, iidiski zefilimu ezibhityileyo kunye nezinye izixhobo zefilimu ezibhityileyo. Ngenxa yokusetyenziswa kwe-DC magnetron sputtering method for magnetic materials magnetron sputtering kunzima ngakumbi. Ngoko ke, iithagethi zeCT ezinento ebizwa ngokuba “yi-gap target type” zisetyenziselwa ukulungiswa kwezo thagethi. Umgaqo kukusika izikhewu ezininzi kumphezulu wezinto ekujoliswe kuzo ukuze inkqubo kazibuthe iveliswe kumphezulu wemagnethi ekujoliswe kuyo ukuvuza kumhlaba wemagnethi, ukuze indawo ekujoliswe kuyo ikwazi ukwenza intsimi yemagnethi ye-orthogonal kwaye ifezekise injongo yefilimu ye-magnetron sputtering. Kuthiwa ubukhulu bale nto ekujoliswe kuyo bunokufikelela kwi-20mm.
–Eli nqaku likhutshwa nguumenzi womatshini wokugqumaGuangdong Zhenhua
Ixesha lokuposa: Jan-24-2024