I-Rich Special Materials Co., Ltd. (i-RSM) inhloso ye-sputtering esetshenziswa kabanzi ukwelapha ngaphezulu njenge-magnesium, i-aluminium ne-titanium. Lapha sibika inqubo evumelana nemvelo kusetshenziswa i-electrolyte ene-nitrogen kanye ne-voltage ephansi (120 V) ukuze kwakheke ama-uniform, anamathelayo kanye nama-porous oxide coatings ~12 µm ubukhulu ebusweni be-T1 titanium alloys. Sihlole umthelela we-nitriding ngokuqhathanisa ukunameka nengxubevange ehlanzwe kubhavu ngaphandle kwezinhlanganisela eziqukethe i-nitrogen. Womabili amaqembu amasampula abe ne-basalt-like morphology enezinguquko ezisobala esakhiweni se-pore. Ukuhlaziywa kokubunjwa kubonisa ukuthi ukugqoka ngokuyinhloko kuyinhlanganisela ye-titanium oxide ne-silicate. Ama-alloys e-T1 Ti aphathwa nge-nitrogen equkethe ama-electrolyte nawo aqukethe i-TiC ne-TiN. Lona umbiko wokuqala wezindwangu eziyinhlanganisela ye-TixOy, Ti-Si-O, TiC kanye ne-TiN ekhiqizwa kusetshenziswa ukugeza okukodwa ngaphandle kwe-carbide/nitride nanoparticles. I-bandgap yokumboza ibonisa ukusebenza kokukhanya okubonakalayo. Ukusetshenziswa kwezinhlanganisela ezisekelwe ku-nitrogen ekugezeni kwandisa ubulukhuni bengqimba ye-oxide, kodwa kuholela ekwakhekeni kwemifantu yokucindezeleka, okungase kube isizathu sokunciphisa ukumelana nokugqwala kwezingubo ezine-nitride ne-carbide.
I-RSM icaciswe kahle ekuhlohleni amanzi kanye nokuncibilikisa ingxubevange eyenziwe ngokwezifiso .Siyakwamukela efekthri yethu
Isikhathi sokuthumela: Aug-04-2023