A fagen silicon karfe, ci gaban baya-bayan nan ya nuna gagarumin ci gaba a cikin aikace-aikacen masana'antu da sabbin fasahohi. Ga jerin sabbin labarai:
Silicon Karfe a Fasahar Batir: Masana'antar siliki ta ƙarfe ta shaida wani ci gaba mai ban sha'awa tare da zuwan batirin ƙarfe na lithium waɗanda ke amfani da ƙwayoyin silicon a cikin anode. Masu bincike a Harvard John A. Paulson School of Engineering and Applied Sciences sun ƙera sabon batirin ƙarfe na lithium wanda zai iya caji da fitarwa aƙalla sau 6,000, tare da ikon yin caji cikin mintuna. Wannan ci gaban na iya yin juyin juya halin motocin lantarki ta hanyar haɓaka nisan tuƙi sosai saboda ƙarfin ƙarfin ƙarfe na lithium anodes idan aka kwatanta da anodes na graphite na kasuwanci.
Kasuwancin Silicon Futures na Masana'antu: Kasar Sin ta ƙaddamar da makomar siliki ta masana'antu ta farko a duniya, wani yunƙuri na daidaita farashin ƙarfe, wanda galibi ana amfani da shi a cikin guntu da na'urorin hasken rana. Ana sa ran wannan yunƙurin zai haɓaka ikon sarrafa haɗari na ƙungiyoyin kasuwa da ba da gudummawa ga haɓakar haɓakar sabbin makamashi da ci gaban kore. Kaddamar da kwangiloli na gaba da zaɓuɓɓukan silicon masana'antu kuma za su taimaka wajen samar da farashin kasar Sin wanda ya yi daidai da sikelin kasuwar kasar.
Koyo mai zurfi don Hasashen Abubuwan Hasashen Silicon Karfe: A cikin masana'antar ƙarfe, an gabatar da wani sabon salo da ya danganci Phased LSTM (Ƙwaƙwalwar Tsawon Lokaci) don tsinkayar abun ciki na silicon karfe mai zafi. Wannan hanyar tana magance rashin bin ka'ida na shigarwar da masu canji na amsawa da aka yi samfura a tsaka-tsakin tsaka-tsaki, yana ba da gagarumin ci gaba akan samfuran da suka gabata. Wannan ci gaba a cikin hasashen abun ciki na silicon na iya haifar da ingantacciyar haɓaka aiki da sarrafa zafi a cikin aikin ƙarfe.
Ci gaba a cikin Silicon-Based Composite Anodes: Bincike na baya-bayan nan ya mayar da hankali kan gyaggyara abubuwan haɗin gwiwar siliki tare da tsarin ƙarfe-kwayoyin halitta (MOFs) da abubuwan da suka samo asali don aikace-aikacen baturi na lithium-ion. Waɗannan gyare-gyaren suna nufin haɓaka aikin lantarki na siliki anodes, waɗanda ke takurawa ta hanyar ƙarancin ƙarfin aikinsu da babban canjin ƙara yayin hawan keke. Haɗin MOFs tare da kayan tushen silicon na iya haifar da fa'idodi masu dacewa a cikin aikin ajiyar lithium-ion.
Zane-zanen baturi mai ƙarfi: An ƙirƙiri sabon ƙirar baturi mai ƙarfi wanda zai iya caji cikin mintuna kuma ya wuce na dubban hawan keke. Wannan bidi'a tana amfani da ɓangarorin silicon masu girman micron a cikin anode don taƙaita halayen lithium da sauƙaƙe plating iri ɗaya na wani kauri na ƙarfe na lithium, yana hana haɓakar dendrites da ba da damar yin caji cikin sauri.
Wadannan ci gaban suna nuna kyakkyawar makoma ga silicon karfe a masana'antu daban-daban, musamman a cikin ajiyar makamashi da na'urorin lantarki, inda ake amfani da kaddarorinsa don ƙirƙirar fasahohi masu inganci da dorewa.
Lokacin aikawa: Oktoba-25-2024
