Kayan ado na Carbon kamar Graphene suna da haske amma abubuwa masu ƙarfi tare da kyawawan dabarun aikace-aikacen, amma na iya zama da wahala a kera mutane da kuma cin abinci mai kyau, kuma hanyoyin cin zarafi, kuma hanyoyin cin zarafi ne kuma ba abokantaka bane kuma ba abokantaka da muhalli ba.
Tare da samar da adadin graphene, don shawo kan matsalolin da aka ci karo da aiwatar da hanyoyin hakar yanzu, ciki har da kari, lantarki, lantarki, lantarki, lantarki, lantarki, lantarki, lantarki.
Masu bincike sun yi amfani da kayan watsawa don cire graphene daga tsararren ma'adinai na halitta. Sun gano cewa ma'adinai na ma'adinai yana nuna kyakkyawan bege wajen samar da masana'antu-sikelin graphene da graphene-kamar abubuwa.
Abubuwan Carbon na Carbon na Haske na iya zama daban. Dangane da abun ciki na carbon, bluomphole na iya samun damar aikace-aikace daban-daban na aikace-aikace. Wasu nau'ikan na iya amfani da su don kaddarorinsu na catalytic, yayin da wasu nau'ikan suna da kaddarorin kwastomomi.
Halin halayen hypopyroxene na ƙirar iskar shaka a cikin tsarin rage iskar shaka, kuma ana iya amfani dashi don samar da wutar titanet (babban silcon) satar baƙin ƙarfe.
Saboda kayan aikinta da kayan aikinta, bulk karfi, ƙarfi mai kyau kuma yana da ikon tallan adsorb abubuwa da yawa, saboda haka za'a iya amfani dashi azaman kayan tacewa iri-iri. Hakanan ya nuna ikon kawar da barbashi mai tsayayyen raunuka waɗanda zasu iya lalata kafofin ruwa.
Hypopyroxene yana nuna ikon yin lalata da kuma tsarkake ruwa daga ƙwayoyin cuta, spores, microorganisms da shuɗi-kore algae. Saboda babban catalytic da rage kaddarorin, ana amfani da Sipia a matsayin adsorbent don magani na ruwa.
(a) X13500 Gwargwadon da (B) X35000 fasalin TAT HANYA na samfurin Hyphophyllite. (C) Raman Bayyanar da aka yi da maganin (d) XPs bakan da layin carbon a cikin bakan hypopylhylh
Hakar graphene
Don shirya duwatsun zuwa Graphene na micrancope (SEM) don bincika ƙwararrun ƙwararrun ƙwayoyin cuta da farincin kaya a cikin samfuran. Sun kuma yi amfani da wasu hanyoyin dakin gwaje-gwaje don bincika yanayin tsarin gaba ɗaya da kuma kasancewar wasu ma'adanai a cikin ruwana.
Bayan bincike na samfurin da shirye-shiryen sun kammala, masu binciken sun sami damar cire graphene daga Digerite bayan sarrafa samfurin daga Karelia ta amfani da mai tsabtace na dijital.
Tunda yawan samfurori da yawa za a iya sarrafa su ta amfani da wannan hanyar, babu haɗarin gurɓataccen sakandare, kuma ba a buƙatar hanyoyin sarrafa kayan aiki mai zuwa.
Tunda an san ingantattun kayan kwalliya na graphene a cikin jama'ar bincike na kimiyya, an inganta mutane da yawa da kuma hanyoyin da aka haɓaka. Koyaya, da yawa daga cikin waɗannan hanyoyin sune hanyoyin aiwatar da ayyuka masu yawa ko kuma suna buƙatar amfani da sunadarai da iskar shaye-shaye da yawa.
Kodayake graphene da sauran carbon finafinan sun nuna babban yuwuwar aikace-aikacen R & D nasara, matakai ta amfani da waɗannan kayan har yanzu suna ci gaba da ci gaba. Wani bangare na ƙalubalen shine a sanya hakar abinci mai tsada na Graphene, wanda ke nufin gano fasahar watsawa ta dama shine mabuɗin.
Wannan watsawa ko hanyar haɗin kai ne mai wahala da rashin tausayi cikin yanayi, ƙarfin waɗannan hanyoyin na zamani zasu iya haifar da lahani cikin kyawawan halaye na Graphene.
Aikace-aikacen masu tsarewa na ultrasonic a cikin Graphene synthummais yana kawar da haɗarin da farashin da ke hade da matattarar abubuwa da hanyoyin sunadarai. Aiwatar da wannan hanyar zuwa ga ma'adinai na ma'adinai na dilophylthite ya dakatar da hanyar sabon yanayin muhalli na samar da graphene.
Lokacin Post: Nuwamba-04-2021
