Alaabta

Waxaan barannay electrode filim nanocarbon-doped-ka nitrogen ah oo leh nayroojiin uruursan oo ka hooseeya 10.9 at% oo ay samaysay habka xajinta magnetron (UBM) ee aan dheelitirnayn.Waxyaabaha ku jira sp(3) ee ku jira nitrogen-doped UBM sputtering nanocarbon film (filimka N-UBM) wax yar ayuu u kordhaa iyada oo korodhka xoojinta nitrogen.Isku xidhka garaafka u eg ee nayroojiinta ku jirta ayaa hoos u dhacda iyo isku xidhka pyridine-ka oo kale waxay kordhisaa xoogga nitrogen ee sii kordhaya.Filimka N-UBM waxa uu leeyahay dusha aad u siman oo celcelis ahaan qallafsanaantoodu tahay 0.1 ilaa 0.3 nm, taas oo ku dhow ka madax bannaan xoojinta nitrogen.Qalabka filimka N-UBM wuxuu muujinayaa daaqad suurtagal ah oo ballaaran (4.1 V) marka loo eego qalabka elektiroonigga ah ee saafiga ah-UBM (3.9 V) sababtoo ah kororka yar ee sp(3) content.Dhaqdhaqaaqa korantada ayaa kordhay iyadoo la kordhinayo xoojinta nitrogen, taasoo soo jeedinaysa in koronto-dhaliyuhu uu yahay ugu badnaan marka qiyaasta nitrogen ay ku dhowdahay 10.9 at%, taas oo lagu xaqiijiyay kala-baxa ugu sarreeya ee Fe (CN) 6 (4-).Awoodaha dhimista hydrogen peroxide (H2O2) ee korantada filimka N-UBM ayaa u wareegay qiyaastii 0.1 V, iyo heerka ugu sarreeya ee H2O2 ayaa kordhay ilaa 4 jeer.