Imikhiqizo

I-Hydrogenated carbon nanomaterials ibonisa izinzuzo eziningi kuzo zombili izici zemishini kanye ne-electrochemical, futhi ngaleyo ndlela zibe nezinhlelo eziningi zokusebenza ezingaba khona.Kodwa-ke, izindlela zokulawula i-hydrogenation kanye nomthelela we-hydrogenation ku-microstructure kanye nezakhiwo zama-nanomaterials akhiqizwayo azizange zifundwe.Lapha sibika ukuhlanganiswa kwe-hydrogenated carbon nanospheres (HCNSs) enamazinga ahlukene e-hydrogenation ngendlela elula ye-solvothermal, lapho i-C2H3Cl3/C2H4Cl2 isetshenziswe khona njengesandulela sekhabhoni kanye ne-potassium njenge-reductant.Izinga le-hydrogenation lama-nanospheres atholakele lincike ekushiseni kokusabela kanye nokushisa okuphezulu kuholela ekunciphiseni i-hydrogenation ngenxa yokuthi ukuphulwa kwezibopho ze-CH kudinga amandla amaningi angaphandle.Izinga lokushisa lokusabela liphinde lithinte ububanzi be-HCNSs futhi ama-sphere amakhulu akhiqizwa emazingeni okushisa aphezulu.Okubaluleke nakakhulu, usayizi kanye nezinga le-hydrogenation kokubili kuyizici ezibalulekile zokuthola ukulinganisa izakhiwo ze-electrochemical zama-HCNS.Ama-nanospheres ahlanganiswe ku-100 °C anosayizi omncane kanye neziqu ze-hydrogenation ephakeme futhi abonisa umthamo we-821 mA hg(-1) ngemva kwemijikelezo engu-50, ephakeme kakhulu kunaleyo ye-HCNSs ekhiqizwa ku-150 °C (450 mA hg. (-1)).Ucwaningo lwethu luvula indlela engaba khona yokuthola izinto ezisebenza kahle ze-anode zamabhethri e-lithium-ion aphinde ashajwe.