Kamar yadda aka sanar a cikin mujallu na kimiyya da yawa, graphene ɗayan ɗayan juriya ne kuma a lokaci guda nau'ikan carbon waɗanda mutane zasu iya samarwa. Idan har a wannan ma mun ƙara yiwuwar samar da hadaddun tsarin da ke bayar da fasahohi kamar buga 3D, za mu iya samun sakamakon mahaɗan abin birgewa kamar wanda aka rubuta a cikin littafin Guinness of Records kamar su Tsarin buga 3D mafi sauki a doron ƙasa.
Don wannan, maimakon aiki tare da graphene kamar haka, wani nau'in airgel, kwatankwacin kowane gel da zaku iya sani, wanda a cikin abin da aka haɗa shi an maye gurbin ruwa da gas. Godiya ga wannan tsarin, kamar yadda kake gani a saman wannan sakon, ya kasance yana yiwuwa a tsara wani tsari wanda za'a sanya shi a saman furen fure yayin, dangane da taurin, zai iya ninkawa sau 10 karfe.
Godiya ga buga 3D, an tsara fasalin mafi ƙanƙanci a duniya
Kamar yadda yayi sharhi ci zuw, daya daga cikin masu binciken da suke kula da wannan binciken:
Graphene abu ne na neman sauyi kuma yana da ma'ana cewa airgel yayi shi sosai. 3D ɗinmu na graphene airgel ɗinmu yana da kaddarorin masu ban sha'awa kuma yana ba da damar amfani da kayan don ƙarin aikace-aikace da yawa kamar lantarki don ƙirƙirar batura ko semiconductors.
Don cimma wannan tsari, masu binciken sun yi amfani da na'urar buga inkjet mai dun-dun-dun-dun-dun don kirkirar iska mai daukar hoto. Godiya ga wannan hanyar, iya 3D buga ɗigon abubuwa a cikin cakuda graphene oxide da ruwa a cikin tire wanda yakamata ya kasance -20 digiri Celsius. Tare da wannan yana yiwuwa a samar da tsarin kankara na graphene da ruwan sanyi wanda zai bawa graphene damar kula da sifofinsa.
Da zarar an ƙirƙiri wannan tsarin, ta hanyar lyophilization, an cire ruwan daga kayan don gragel airgel da aka samo a wancan lokacin zai iya kula da fasalinsa.