Amazinga okulahleka kobunzima be-oxidation kwi-graphite ekhutshiweyo kunye ne-graphite ye-flake ahlukile kubushushu obahlukeneyo. Izinga lokulahleka kobunzima be-graphite ekhutshiweyo liphezulu kunele-graphite ye-flake, kwaye ubushushu bokuqala bezinga lokulahleka kobunzima be-oxidation kwi-graphite ekhutshiweyo liphantsi kunele-graphite ye-flake yendalo. Kwi-900 degrees, izinga lokulahleka kobunzima be-oxidation kwi-graphite ye-flake yendalo lingaphantsi kwe-10%, ngelixa izinga lokulahleka kobunzima be-oxidation kwi-graphite ekhutshiweyo liphezulu ukuya kwi-95%.
Kodwa kubalulekile ukuqaphela ukuba xa kuthelekiswa nezinye izinto zokutywina zemveli, ubushushu bokuqalisa i-oxidation ye-graphite eyandisiweyo busephezulu kakhulu, kwaye emva kokuba i-graphite eyandisiweyo icinezelwe kwimo, izinga layo le-oxidation liya kuba liphantsi kakhulu ngenxa yokuncipha kwamandla ayo omphezulu.
Kwindawo yeoksijini ecocekileyo kubushushu obuyi-1500 degrees, i-grafiti ekhutshiweyo ayitshi, ayiqhumi, okanye itshintshe naluphi na utshintsho olubonakalayo lweekhemikhali. Kwindawo yeoksijini yolwelo ephantsi kakhulu kunye ne-chlorine engamanzi, i-grafiti ekhutshiweyo nayo izinzile kwaye ayiqhekeki.
Ixesha lokuthumela: Agasti-12-2022