Izazinzulu zifumana i-nanopowded ye-6G Itekhnoloji ye-G
Ngokwenzululwazi yezinto ezibonakalayo sele iphuhlise indlela ekhawulezayo yokuvelisa i-iprilon inyibiliki kwaye ibonise isithembiso sayo kwizixhobo ezilandelayo zonxibelelwano. Iipropathi zayo ezibalaseleyo zenza ukuba kwenziwe enye yezona zinto zinenjongo, ezinjengesikhokelo se-6G esivela kwizixhobo zonxibelelwano kunye nokurekhodwa kwemagneti. Umsebenzi wapapashwa kwijenali yeSoby Chemistry C, ijenali yeRoyal Sociestry. I-Iron Oxide (III) yenye yezona nquma zibanzi emhlabeni. Ifunyanwa kakhulu njengezimbiwa ze-hematire (okanye i-alphay yentsimbi ye-oxide, α-fe2o3). Olunye utshintsho oluzinzileyo noluqhelekileyo yi-magamite (okanye uhlengahlengiso lwe-gamma, γ-fe2o3). Okwangaphambili isetyenziswa ngokubanzi kumzi mveliso njenge-pigment ebomvu, kwaye le yokugqibela njengendawo yokurekhoda yemagneti. Olu tshintsho lumbini alupheleli kuphela kwisimo se-crystalline (i-alpha-i-oxide inesifo se-hexagonal syngeny syngony i-cuic) kodwa nakwiipropathi zemagazini. Ukongeza kwezi ntlobo ze-iron oxide (iii), kukhona uhlengahlengiso olungaqhelekanga olufana ne-Epsilon-,, iBeta-,, i-zeta-, kunye neglasi. Elona nqanaba elinomtsalane liyintsimbi ye-epsilon ox axide, ε-fe2o3. Olu hlengahlengiso lunamandla aphezulu kakhulu (amandla omxholo ukuxhathisa imagnethi yangaphandle). Amandla afikelela kwi-20 ye-koe kubushushu begumbi, enokuthelekiswa neeparamitha ezisisiseko sezinto ezinqabileyo zomhlaba. Ngaphaya koko, izinto ezibonakalayo zifumana imitha ye-elektromagnetic kwi-Sub-Terahertz Rider (100-300 GHZ) ngenkqubo yokufumana izixhobo zendalo. Kukho izicwangciso zokusebenzisa uluhlu lwe-terahert luba njengoluhlu lokusebenza kwisigaba sesithandathu (i-6g) itekhnoloji engenazingcingo, elungiselelwe intshayelelo esebenzayo kubomi bethu ukusuka ekuqaleni kweminyaka engama-2030. Isiphumo esibangesiphumo silungele ukuveliswa kweeyunithi okanye iisekethe ze-onsurber kwezi ndlela zawo. Umzekelo, ngokusebenzisa i-ε-fe2o3 ye-nanopowds kuya kuba nakho ukwenza iipeyinti ezifumana amaza e-elektromagnetic kwaye ke amagumbi okukhusela kwimiqondiso engaphandle, aze akhusele imiqondiso evela ngaphandle. I-ε-fe2o3 ngokwayo inokusetyenziswa kwizixhobo ezingama-6g zokwamkela. I-Epsilon i-oxide yindlela enqabileyo nenzima yesinyithi iyoyifumana. Namhlanje, iveliswa ngamancinci kakhulu, kunye nenkqubo ngokwalo ithatha ukuya kwinyanga. Oku, kunjalo, kulawula ukusebenzisa kwayo. Ababhali bophononongo baphuhlise indlela yokutshintsha i-synthesi yentsimbi ye-Epsilon ye-Epsilon ye-Epsilon Oxpide ekwaziyo ukunciphisa ixesha lesntntshes ukuya kuthi ga ngenye imini (oko kukuthi, ukonyusa ubungakanani bemveliso yesiphumo. Indlela yobuchule ilula ukuyivelisa kwakhona, iphantsi kwaye inokuphunyezwa ngokulula kumzi mveliso, kwaye zinokuphunyezwa ngokulula kuMzi mveliso, kwaye zinokuphunyezwa ngokulula kwishishini, kwaye izinto eziyimfuneko kwiSynthesis - intsimbi kunye nezinto ezininzi ezisemhlabeni. "Nangona iSigaba se-Eprilon-Intsimbi yafunyanwa kwiFomu eNcinciweyo kwiFomu eNcibini ekude, ngo-2004, ayifumananga isicelo semveliso ngenxa yobunzima be-manytici. Evgeny gorgenachev, umfundi we-PhD kwisebe lezayensi kwiYunivesithi yaseMoscow kunye nombhali wokuqala womsebenzi. Isitshixo sokusetyenziswa ngempumelelo kwezixhobo ngeempawu zokuqhekeza irekhodi kuphando kwiipropathi zabo ezisisiseko. Ngaphandle kovavanyo olunzulu lwe-in-vereth, izinto ezinokwenza ilityelwe ngokungafilekileyo kangangeminyaka emininzi, njengoko kwenzekile ngaphezulu kwembali yesayensi. YayinguTandem wezixhobo zezazinzulu kwiYunivesithi yaseMoscow, eyayifumana i-computers, kunye nezamashishini kwi-miight, ngubani owazifunda ngokweenkcukacha, owenza uphuhliso.
I-Post Tight: Jul-04-2022 