Njengoba kumenyezelwe komagazini abaningi besayensi, i-graphene ingenye yezinhlobo ezikhanyelana kakhulu futhi ngasikhathi sinye ezikhanyayo zekhabhoni abantu abangazenza. Uma kulokhu sifaka nethuba lokukhiqiza izakhiwo eziyinkimbinkimbi ezinikeza amasu afana nokuphrintwa kwe-3D, singathola umphumela njengomphumela omangazayo njengalowo osanda kubhalwa eGuinness Book of Records njengokuthi Isakhiwo esiphrintiwe kakhulu se-3D emhlabeni.
Ngalokhu, esikhundleni sokusebenza ne-graphene kanjalo, uhlobo lwe i-airgel, efana kakhulu nanoma iyiphi i-gel ongayazi, lapho ingxenye uketshezi kushintshwe igesi. Ngenxa yalolu hlelo, njengoba ubona phezulu kulokhu okuthunyelwe, kuye kwenzeka ukwakheka kwesakhiwo esingabekwa emacembeni ezimbali ngenkathi, ngokuqina, singaba namandla aphindwe kayishumi kun insimbi.
Ngenxa yokuphrinta kwe-3D, isakhiwo esilula kunazo zonke se-graphene emhlabeni sakhiwe
Njengoba kuphawuliwe chi zhou, omunye wabaphenyi abaphethe lolu phenyo:
IGraphene iyizinto eziguqukayo futhi kunengqondo ukuthi i-airgel ikwenza ngokwengeziwe. I-airgel yethu ye-graphene ephrintiwe ye-3D inezindawo ezithokozisayo futhi ivumela okokusebenza ukuthi kusetshenziselwe izinhlelo zokusebenza eziningi ezinjenge-elekthronikhi ukudala amabhethri noma ama-semiconductors.
Ukufeza lesi sakhiwo, abacwaningi basebenzise iphrinta ye-inkjet enombili-mbumbulu ukudala i-graphene airgel. Ngenxa yale ndlela, can 3D phrinta amaconsi ento enhlanganisweni ye-graphene oxide namanzi kuthileyi okufanele ibe ku - 20 degrees Celsius. Ngalokhu kungenzeka ukuthi kukhiqizwe isakhiwo seqhwa le-graphene namanzi abandayo avumela i-graphene ukuthi igcine ukwakheka kwayo.
Lapho lesi sakhiwo sesakhiwe, ngokusebenzisa i- lyophilization, amanzi asuswa ezintweni ezibonakalayo ukuze i-graphene airgel etholwe ngaleso sikhathi ikwazi ukugcina ukwakheka kwayo.