Masana kimiyya suna samun kayan aiki na Magnetic na 6G fasahar g
Masana'antun masana kimiyyar kayan aiki sun kirkiro da sauri don samar da Epsilon ƙarfe na ƙarfe da kuma nuna alkawarinta ga na'urorin sadarwa na gaba. Abubuwan da suka fi dacewa da magnetic kadarorin sanya shi ɗaya daga cikin kayan da aka fi so, kamar don ƙarni na sadarwa 6G na aikace-aikace. An buga aikin a cikin mujallar kayan aikin sunadarai sunadarai C, Jaridar Royal ta Chemistry. Iron na ƙarfe (III) ɗaya daga cikin kurangarshen kurakurai ne a cikin ƙasa. Mafi yawanci ana samun shi azaman mai ma'adinai (ko alppha ƙarfe na ƙarfe, α-fe2O3). Wani ingantaccen canji da na kowa shine Maghemite (ko gyaran gamma, γ-fe2o3). An yi amfani da tsohon a masana'antu a matsayin mai jan launi, da kuma ƙarshen a matsayin matsakaici mai rikodin maganadita. Canji biyu sun banbanta ba kawai a cikin tsarin lu'ulu'u (Alfa-Oxide Ormagonal Syngony da Galma-Iron Oxide) amma kuma a cikin kamfanonin Magnic. Bugu da ƙari ga waɗannan nau'ikan Orsoshin Oxhide (III), akwai ƙarin abubuwan gyaran abubuwa kamar esilon-, beta-, gidan zeta-, har ma da gilashi. Lokaci mafi kyau shine Epsilon ƙarfe Oxide, ε-f2O3. Wannan gyaran yana da babban ƙarfi mai ƙarfi (ikon kayan don yin tsayayya da filin sihiri na waje). Thearfin ya kai KOE AIKE A CIKIN SAUKI NA daki, wanda yake daidai yake da sigogi na magnets ya dogara da abubuwa masu tsada da dama. Bugu da ƙari, kayan yana ɗaukar hasken lantarki a cikin kewayon kayan aiki na Sub-teromretz da 5g suna amfani da dubun mutane Gigafertz. Akwai shirye-shiryen amfani da kewayon sub-teerahertz a matsayin kewayon aiki a ƙarni na shida (60) Fasaha mara waya, wanda ake shirye fasaha don gabatarwa mai aiki a farkon 2030s. A sakamakon abu ya dace da samar da sauya raka'a ko cirestar da'irori a waɗannan menu. Misali, ta amfani da kwatangwalo ε-fe2o3 nanoputers zai yuwu a sanya alamun raƙuman ruwa da kuma suna kare saƙo daga inpration daga waje. A ε-f2O3 Hakanan za'a iya amfani dashi a cikin na'urorin liyɗa na 6g. Epsilon Iron Oxide ne mai matukar wuya kuma mai wuya baƙin ƙarfe oxide don samu. A yau, ana samarwa a cikin ƙanana kaɗan, tare da tsari da kanta yana ɗaukar har zuwa wata ɗaya. Wannan, ba shakka, ya nuna ka'idojin aikinta. Marubutan binciken da aka kirkiro wata hanya don hanzarta hanzarin amfani da iron one osoilon one oxide mai iya rage lokacin da sau 30 da sauri!) Kuma ƙara yawan samfurin sakamakon. Tsarin yana da sauki don haifarwa, mai arha kuma ana iya aiwatar da shi cikin sauƙi a cikin masana'antu, kuma kayan da ake buƙata don synthesis - baƙin da silicon mai yawa a duniya. "Kodayake an sami lokaci na Epsilon-baƙin ciki a cikin tsarkakakken tsari na musamman saboda rikitarwa na synthesis, alal misali a matsayin matsakaici don magnetic - rikodi. Mun sami nasarar sauƙaƙa fasahar, "in ji Evgeny Gorbachev, dalibin PhD a Ma'aikatar Kayan Kimiyyar Kimiyya a Jami'ar Jihar Moscow da kuma marubucin farko na aikin. Makullin don cin nasarar aikace-aikace na kayan tare da halaye-karya-karya shine bincike a cikin ainihin kayan jikinsu. Ba tare da nazarin zurfin bincike ba, abubuwan ƙila a manta da kayan don shekaru masu yawa, kamar yadda ya faru fiye da sau ɗaya a cikin tarihin kimiyya. Wannan shine Tandem na kayan kimiyya a Jami'ar Jihar Moscow, wanda ya sanya shi hadin gwiwa, da masana kimiyyar lissafi a Mipt, wadanda suka yi karatun dalla-dalla, wadanda suka yi karatun da shi daki-daki.
Lokaci: Jul-04-2022 