I-Cobalt manganese alloy yingxubevange emnyama emnyama, iCo yimathiriyeli yeferromagnetic, kwaye iMn yimathiriyeli ye-antiferromagnetic. I-alloy eyenziwe ngabo ineempawu ezintle ze-ferromagnetic. Ukwazisa inani elithile le-Mn kwi-Co ecocekileyo kunenzuzo ekuphuculeni iimpawu zemagneti ze-alloy. Ii-athom ezi-odolweyo ze-Co kunye ne-Mn zinokwenza udibaniso lwe-ferromagnetic, kwaye ii-alloys ze-Co Mn zibonisa umazibuthe ophezulu weathom. I-cobalt manganese alloy yaqala ukusetyenziswa ngokubanzi njengesixhobo sokukhusela intsimbi ngenxa yokumelana nokukhuhlana kunye nokumelana nokuhlwa. Kwiminyaka yakutshanje, ngenxa yokunyuka kweeseli ze-oxidi eziqinileyo, icobalt manganese oxide coatings ithathwa njengeyona nto ibalaseleyo. Okwangoku, i-cobalt manganese alloy electrodeposition igxininiswe kakhulu kwizisombululo ezinamanzi. I-Electrolysis yezisombululo zamanzi ineenzuzo ezifana neendleko eziphantsi, ubushushu obuphantsi be-electrolysis, kunye nokusetyenziswa kwamandla aphantsi.
I-RSM isebenzisa izinto ezicocekileyo kwaye, phantsi kwe-vacuum ephezulu, ingena kwi-alloying ukuze ifumane iithagethi ze-CoMn ngokucoceka okuphezulu kunye nomxholo ophantsi wegesi. Ubungakanani obukhulu bunokuba yi-1000mm ubude kunye ne-200mm ububanzi, kwaye imilo ingaba yicaba, ikholomu, okanye ingaqhelekanga. Inkqubo yokuvelisa ibandakanya ukunyibilika kunye nokuguqulwa okushushu, kwaye ubunyulu bunokufikelela kwi-99.95%.
Ixesha lokuposa: Jun-13-2024