Kwake kwaba nehlaya ku-inthanethi, “Amadoda asebenzisa ama-iPhone angamadoda alungile ngoba kufanele aye emakhaya ayowakhokhisa zonke izinsuku.”Lokhu empeleni kukhomba inkinga ebhekene cishe nawo wonke ama-smartphone - impilo yebhethri emfushane.Ukuze bathuthukise impilo yebhethri yamaselula abo futhi bavumele ibhethri ukuthi "ivuke igcwele" ngokushesha okukhulu, abasebenzisi baqhamuke namaqhinga ahlukile.
Elinye “lamaqhinga angajwayelekile” asakazwe kabanzi muva nje ukuthi ukubeka ifoni yakho kumodi yendiza kungashaja ngokushesha okuphindwe kabili kunakwimodi evamile.Ingabe ngempela?Intatheli yenze uhlolo lwasensimini kanti imiphumela ibingeyona enethemba.
Ngesikhathi esifanayo, izintatheli ziphinde zenza ucwaningo ngamahemuhemu azungeza ku-inthanethi mayelana “nokukhulula amandla okusekela omakhalekhukhwini” kanye “nokusebenzisa iqhwa ukuze kuthuthukiswe amandla okugcina amabhethri amadala.”Kokubili imiphumela yokuhlolwa nokuhlaziywa kochwepheshe kuqinisekisile ukuthi iningi lala mahemuhemu alithembekile.
Imodi yendiza ayikwazi "ukundiza"
Amahemuhemu e-inthanethi: “Uma ufaka ifoni yakho kumodi yendiza, izoshaja ngokuphindwe kabili kunakwimodi evamile?”
Ukuhumusha kochwepheshe: USolwazi uZhang Junliang, umqondisi weFuel Cell Research Institute yaseShanghai Jiao Tong University, uthe i-flight mode ayiyona into edlula ukuvimbela ezinye izinhlelo ukuthi zisebenze, ngaleyo ndlela zehlise ukusetshenziswa kwamandla.Uma kunezinhlelo ezimbalwa ezisebenzayo uma ushaja ngemodi evamile, imiphumela yokuhlola izoba seduze kwaleyo ekumodi yendiza.Ngoba mayelana nokuzishaja ngokwakho, awukho umehluko obalulekile phakathi kwemodi yendiza nemodi evamile.
U-Luo Xianlong, unjiniyela osebenza embonini yamabhethri, uvumelana noZhang Junliang.Utshele izintatheli ukuthi empeleni, isikrini siyingxenye edla amandla kakhulu yama-smartphone, futhi imodi yendiza ayikwazi ukuvala isikrini.Ngakho-ke, lapho ushaja, qiniseka ukuthi isikrini socingo sihlala sivaliwe, futhi nesivinini sokushaja sizosheshisa.Ngaphezu kwalokho, wengeze ngokuthi okunquma isivinini sokushaja somakhalekhukhwini empeleni amandla aphezulu okukhipha amanje eshaja.Ngaphakathi kwebanga lenani eliphakeme le-milliamp ifoni ephathekayo engakwazi ukumelana nayo, ishaja enamandla amakhulu azoshaja ngokushesha uma kuqhathaniswa.
Iselula “iyalalela” futhi ayiwuqondi umyalo wamandla okulondoloza
Amahemuhemu e-inthanethi: “Uma ifoni iphelelwa amandla, vele ufake u-*3370# kuphedi yokudayela bese ucofa.Ifoni izoqala kabusha.Ngemuva kokuthi ukuqalisa sekuqediwe, uzothola ukuthi ibhethri lingaphezulu ngo-50%?”
Ukutolika okuphrofeshinali: Unjiniyela uLuo Xianlong uthe akukho lokho okubizwa ngokuthi umyalo wokukhulula amandla ebhethri ayisipele.Le modi yomyalo ye-“*3370#” ifana kakhulu nendlela yokubhala ikhodi yeselula yasekuqaleni, futhi akufanele ibe umyalo webhethri.Namuhla, amasistimu e-ios ne-Android avame ukusetshenziswa kuma-smartphone awasalusebenzisi lolu hlobo lombhalo wekhodi.
Amabhethri afriziwe awakwazi ukukhulisa amandla
Amahemuhemu e-Inthanethi: “Faka ibhethri lomakhalekhukhwini esiqandisini, ulimise isikhathi esithile, bese ulikhipha uqhubeke nokulisebenzisa.Ibhethri lizohlala isikhathi eside kunangaphambi kokuba liqandiswe?”
Ukuhumusha kochwepheshe: U-Zhang Junliang uthe omakhalekhukhwini banamuhla ngokuyisisekelo basebenzisa amabhethri e-lithium.Uma eshajwe izikhathi eziningi, i-microstructure yawo yangaphakathi yemolekyuli izobhujiswa kancane kancane, okuzobangela ukuphila kwebhethri lamaselula ukuba wonakalise ngemva kwenani elithile leminyaka yokusetshenziswa.kubi kakhulu.Emazingeni okushisa aphezulu, ukusabela kwamakhemikhali okulimazayo nokungenakulungiseka phakathi kwezinto ze-electrode kanye ne-electrolyte ngaphakathi kwebhethri leselula kuzoshesha, kunciphise ukuphila kwebhethri.Nokho, isiqandisi esinezinga lokushisa eliphansi asinalo ikhono lokulungisa i-microstructure.
“Indlela yokuqandisa ayihambisani nesayensi,” kugcizelela uLuo Xianlong.Akunakwenzeka ukuthi isiqandisi sibuyisele amabhethri amadala ekuphileni.Kodwa ubuye waveza ukuthi uma iselula ingasetshenziswa isikhathi eside, ibhethri kufanele ikhishwe futhi igcinwe ezingeni lokushisa eliphansi, elingandisa impilo yebhethri.
Uthe ngokusho kwedatha yokuhlola efanele, izimo ezingcono kakhulu zokugcina amabhethri e-lithium ukuthi izinga lokushaja lingama-40% futhi izinga lokushisa lokugcina lingaphansi kuka-15 degrees Celsius.
Isikhathi sokuthumela: Dec-29-2023