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2023-07-03

Kooxda Cilmi-baarista ee XI 'Jaamacadda Jaamacadda Jaamacadda Jiatong ayaa ka dhigtay horumar cusub oo ka dhacay batteriyada adag ee gobolka

Iyada oo loo baahan yahay baahida sii kordheysa ee cufnaanta tamarta iyo waxqabadka badbaadada ee baytariyada lithium ee ku yaal aaladaha elektiroonigga ah ee la qaadan karo iyo gawaarida korantada, waa deg deg in la horumariyo batteriyada cusub ee ionta. Baytariyada birta ee lithium ayaa la filayaa in loo isticmaalo jiilka soo socda ee aaladaha kaydinta tamarta sababtoo ah cufnaanta tamarta sare. Si kastaba ha noqotee, dareeraha caadiga ah ee dareeraha ah ee elektrolyte waa mid aad u deggan heerkul sare waxayna leedahay halis weyn oo badbaado ah oo ah cilado. Ka sokow, dareeraha elektrolyte wuxuu u nugul yahay jawaab celinta dhinaca birta lithium, taasoo dhalisay koritaanka luuqadda lithium-ka, taas oo yareynaysa hufnaanta ceyriska ee batteriga. Sidaa darteed, way adag tahay in la isticmaalo birta lithium. Marka loo eego dhibaatada kor ku xusan, xi 'Jaamacadda Jaamacadda Jaamacadda Jiootong, Machadka Warshadaha Kiimikada Ming-TAo Li, Mr Tang, Mr Tang, John Craint-ka ah Austin, John Class Ning, Goody, Borofisar ah (John Hilnuought b), ayaa wadajirka la soo sheegay qaab dhismeedka is-dhexgalka ee Gel Electrolyte, waxay ogaadeen kor u qaadida dareeraha dareeraha ee dabiiciga ah, xallinta dhibaatada ku habboon birta lithium. Electrolyte Electrolyte wuxuu ka kooban yahay nano Sio2 oo wax ka beddelaya Gel Electrolyte, wax ka badalida Gel Elektrolyte iyo Gel Electrolyte ayaa ka fogaadaysa ku-meel-gaarka ah ee arrimaha amniga, oo si weyn kor ugu qaadaya waxqabadka amniga ee elektrolyte, Iyo isku-darka u dhexeeya Sie2 gel elektrolyte oo ka
2023-07-03

Kooxda Cilmi-baarista ee XI 'Jaamacadda Jaamacadda Jaamacadda Jiatong ayaa ka dhigtay horumar cusub oo ka dhacay batteriyada adag ee gobolka

Iyada oo loo baahan yahay baahida sii kordheysa ee cufnaanta tamarta iyo waxqabadka badbaadada ee baytariyada lithium ee ku yaal aaladaha elektiroonigga ah ee la qaadan karo iyo gawaarida korantada, waa deg deg in la horumariyo batteriyada cusub ee ionta. Baytariyada birta ee lithium ayaa la filayaa in loo isticmaalo jiilka soo socda ee aaladaha kaydinta tamarta sababtoo ah cufnaanta tamarta sare. Si kastaba ha noqotee, dareeraha caadiga ah ee dareeraha ah ee elektrolyte waa mid aad u deggan heerkul sare waxayna leedahay halis weyn oo badbaado ah oo ah cilado. Ka sokow, dareeraha elektrolyte wuxuu u nugul yahay jawaab celinta dhinaca birta lithium, taasoo dhalisay koritaanka luuqadda lithium-ka, taas oo yareynaysa hufnaanta ceyriska ee batteriga. Sidaa darteed, way adag tahay in la isticmaalo birta lithium. Marka loo eego dhibaatada kor ku xusan, xi 'Jaamacadda Jaamacadda Jaamacadda Jiootong, Machadka Warshadaha Kiimikada Ming-TAo Li, Mr Tang, Mr Tang, John Craint-ka ah Austin, John Class Ning, Goody, Borofisar ah (John Hilnuought b), ayaa wadajirka la soo sheegay qaab dhismeedka is-dhexgalka ee Gel Electrolyte, waxay ogaadeen kor u qaadida dareeraha dareeraha ee dabiiciga ah, xallinta dhibaatada ku habboon birta lithium. Electrolyte Electrolyte wuxuu ka kooban yahay nano Sio2 oo wax ka beddelaya Gel Electrolyte, wax ka badalida Gel Elektrolyte iyo Gel Electrolyte ayaa ka fogaadaysa ku-meel-gaarka ah ee arrimaha amniga, oo si weyn kor ugu qaadaya waxqabadka amniga ee elektrolyte, Iyo isku-darka u dhexeeya Sie2 gel elektrolyte oo ka
2023-07-03

Cadaynta qeexan ee dabiiciga ah

Helitaanka Local of Supercontactity ee maaddada cusub ee lagu sameeyo bulshada sayniska, kuwan waxaa lagu dhejiyay sheygan lakab kaarboon ah oo ah lakab kale, iyo xagasha xagal ka mid ah "sixirka" ee ka baxsan kaarboonka Xaleef, ka dhig elektaroonigga inuu ku qulqulo iyada oo aan iska caabbiya, muuqaalkaani si weyn ayuu u hagaajin karaa waxtarka tamarta ee gudbinta awoodda, wuxuuna soo bandhigay taxane tikniyoolajiyad cusub. Hadda, tijaabo cusub oo ka socota Jaamacadda Princeton ayaa shaaca ka qaaday sidan loogu yeero "Magic geeska Magic" ee Truvel Graphene-ka oo laga yaabo in Saynisyahanada Saynisyahanada Saynisyahanada ah ay u soo bandhigaan caddeyn adag. Daraasadooda waxaa lagu soo daabacay joornaalka joornaalka July 31, 2019. Waxaa jira xitaa magac loogu talagalay arimahan, "Warbaahinta." Qayb ka mid ah xiisaha ayaa ah in sheyga ay fududahay in wax laga barto marka loo eego summadaha jira maxaa yeelay waxay leedahay kaliya laba lakab oo kaliya hal batoro, kaarboon kaliya. B. Andrei Bernevig, oo ah borofisar ku takhasusay sharaxaadda sha
2023-07-03

Ka waran dulqaadka shataabka batariga lithium? Waa maxay faa'iidooyinkeedu?

Sidee ku saabsan dulqaadashada shataabka batariga lithium? Waa maxay faa iidooyinka ku saabsan hoosaadka batteriga lithium? Battariga lithium waa sahayda korantada ee caadiga ah ee suuxdinta iyo sidoo kale sahayda korantada ee heeganka ah iyo sahayda korantada degdegga ah ee hoosaadka nukliyeerka, sidaa darteed waxqabadka batteriga littik-ka ayaa si toos ah u go'aamiya waxqabadka iyo ka hortagga awoodda hoosaadka dhulka hoostiisa. Haddii batteriga lithium uusan ku filneyn in la bixiyo awood ku filan, hoosaadku ma noqon karto mid dhakhso badan, dhaqaajinta ayaa si weyn loo xadidi doonaa, waqtiga khidmadeynta dusha sarena way sii dheerayn doontaa, oo halista in la soo bandhigi doonaa sidaas darteed si weyn ayaa loo kordhin doonaa , horumarka iyo adeegsiga baytariyada lithium ee suumanka hoosaadku had iyo jeer waxaa lagu qiimeeyaa soosaarayaasha submarine ee adduunka. Sidee ku saabsan dulqaadashada shataabka batariga lithium? In kasta oo batariga lithium uu si weyn kor ugu qaadi karo nolosha biyaha hoosteeda, iyo natiijada shatterium-ka ee lagu dallaco, sidaa darteed waxay si wax ku ool ah u horumarin karaan dabacsanaanta dagaalka hoosaadka, oo ay sidoo kale kor u qaadaan awoodda hawsha hoosaadka, laakiin sidoo kale waxay leeyihiin taxane ah Cadaalad-darrooyinka lithium-ion, sida shaqada ayaa u diri doona tiro aad u badan oo kuleyl ah, tan iyada oo ku hadlay