Kayayyaki

Hydrogenated carbon nanomaterials suna nuna fa'idodi da yawa a cikin duka kayan aikin injiniya da na lantarki, don haka suna da fa'idodin yuwuwar aikace-aikace.Koyaya, hanyoyin da za a sarrafa hydrogenation da tasirin hydrogenation akan microstructure da kaddarorin nanomaterials da aka samar ba a cika yin nazarin su ba.Anan mun bayar da rahoton hadakar hydrogenated carbon nanospheres (HCNSs) tare da digiri daban-daban na hydrogenation ta hanyar hanyar solvothermal mai sauƙi, wanda aka yi amfani da C2H3Cl3/C2H4Cl2 azaman maƙalar carbon da potassium a matsayin mai ragewa.Matsayin hydrogenation na nanospheres da aka samu ya dogara da yanayin zafin jiki kuma mafi girman zafin jiki yana haifar da ƙarancin hydrogenation saboda gaskiyar cewa karya haɗin CH yana buƙatar ƙarin kuzarin waje.Har ila yau, zazzabi na amsawa yana rinjayar diamita na HCNSs kuma ana samar da manyan sassa a yanayin zafi mafi girma.Mafi mahimmanci, girman da matakin hydrogenation duka abubuwa ne masu mahimmanci don gano abubuwan da ke lalata kayan lantarki na HCNSs.Nanospheres da aka haɗa a 100 ° C suna da ƙaramin ƙarami da digiri na hydrogenation mafi girma kuma suna nuna ƙarfin 821 mA hg (-1) bayan hawan hawan 50, wanda ya fi girma fiye da na HCNSs da aka samar a 150 ° C (450 mA hg). (-1)).Bincikenmu yana buɗe hanya mai yuwuwa don samun kayan aikin anode masu girma don batirin lithium-ion masu caji.