Emkhakheni we-silicon yensimbi, intuthuko yakamuva iphawule ukuthuthuka okubalulekile kukho kokubili izinhlelo zokusebenza zezimboni kanye nezindlela ezintsha zobuchwepheshe. Nakhu ukuqoqwa kwezindaba zakamuva:
I-Metal Silicon Kubuchwepheshe Bebhethri: Imboni ye-silicon yensimbi ibone intuthuko edabukisayo ngokufika kwamabhethri ensimbi ye-lithium asebenzisa izinhlayiya ze-silicon ku-anode. Abacwaningi e-Harvard John A. Paulson School of Engineering and Applied Sciences baye bahlakulela ibhethri yensimbi ye-lithium entsha ekwazi ukushajwa futhi ikhishwe okungenani izikhathi ezingu-6,000, enekhono lokushajwa kabusha ngemizuzu. Lokhu kuthuthukiswa kungase kuguqule izimoto zikagesi ngokwandisa kakhulu ibanga lazo lokushayela ngenxa yomthamo omkhulu we-lithium metal anode uma kuqhathaniswa nama-graphite anode okuhweba.
I-Industrial Silicon Futures Trading: I-China yethule ikusasa lokuqala le-silicon yezimboni emhlabeni, isinyathelo esihloselwe ukusimamisa izintengo zensimbi, esetshenziswa kakhulu kuma-chips namaphaneli elanga. Lesi sinyathelo kulindeleke ukuthi sithuthukise amandla okulawula ubungozi ezinkampanini zemakethe futhi sibe negalelo ekukhuleni komfutho wamandla amasha kanye nentuthuko eluhlaza. Ukwethulwa kwezinkontileka nezinketho zesikhathi esizayo ze-silicon yemboni nakho kuzosiza ekwakheni intengo yaseShayina ehambisana nesilinganiso semakethe yezwe.
Ukufunda Okujulile Kwesibikezelo Sokuqukethwe Kwe-Metal Silicon: Embonini yensimbi, indlela yenoveli esuselwe ku-LSTM Yesigaba (Inkumbulo Yesikhathi Esifushane Eside) iphakanyiswe ukubikezela okuqukethwe kwe-silicon yensimbi eshisayo. Le ndlela ibhekana nokungahambi kahle kwakho kokubili okuguquguqukayo kokufaka nokuphendula okusampula ngezikhathi ezingavumelaniyo, ihlinzeka ngokuthuthuka okuphawulekayo kunamamodeli adlule. Le ntuthuko ekubikezelweni kokuqukethwe kwe-silicon ingaholela ekusebenzeni kangcono nasekulawuleni okushisayo enqubweni yokwenza insimbi.
Intuthuko Ku-Silicon-based Composite Anode: Ucwaningo lwakamuva lugxile ekulungiseni ama-anode ayinhlanganisela asuselwa ku-silicon anezinhlaka zensimbi-organic (ama-MOF) kanye nokuphuma kwawo kwezinhlelo zebhethri ze-lithium-ion. Lezi zinguquko zihlose ukuthuthukisa ukusebenza kwe-electrochemical yama-silicon anode, avinjelwa ukuqhutshwa kwawo okuphansi kwangaphakathi kanye nokushintsha kwevolumu enkulu ngesikhathi sokuhamba ngebhayisikili. Ukuhlanganiswa kwama-MOF nezinto ezisekelwe ku-silicon kungaholela ezinzuzweni ezihambisanayo ekusebenzeni kwesitoreji se-lithium-ion.
Idizayini Yebhethri Yesimo Esiqinile: Idizayini entsha yebhethri yesimo esiqinile yakhiwe engashaja ngemizuzu futhi ihlale izinkulungwane zemijikelezo. Lokhu okusha kusebenzisa izinhlayiya ze-silicon ezinosayizi we-micron ku-anode ukuze kuncishiswe ukusabela kwe-lithiation futhi kusize ukunqwabelana okulinganayo kongqimba oluwugqinsi lwensimbi ye-lithium, ukuvimbela ukukhula kwama-dendrite nokuvumela ukushajwa ngokushesha.
Lezi zenzakalo zibonisa ikusasa elithembisayo le-silicon yensimbi ezimbonini ezihlukahlukene, ikakhulukazi endaweni yokugcina amandla kanye nama-semiconductors, lapho izakhiwo zayo zisetshenziswa ukuze kwakhiwe ubuchwepheshe obusebenza kahle nobuhlala isikhathi eside.
Isikhathi sokuthumela: Oct-25-2024
