Mun lo ye jɛnɲɔgɔnya ye?

Intercalation ye iyɔnw donli ye minw be se ka yɛlɛma ka kɛ fɛnw ye minw be se ka yɛlɛma yɛlɛma kosɔbɛ k’a sɔrɔ u tɛ yɛlɛmaba don jatigiw ka sigicogo la. O elekitorosimiki baara ye fɛn jɔnjɔn ye ka .litiyɔmu iyɔn batiri charge ., yɔrɔ min na litiyɔmu iyɔnw be tagama elekitorodiw cɛ donni ni bɔli yɛlɛmaniw fɛ.

O miiriya bɔra saan 1970 wagati la tuma min na M. Stanley Whittingham ye yɛlɛmani don a la fɔlɔ ka batiriw ladon. Bi, mɔgɔw be se ka ɲɔgɔn minɛ cogo min na, o be se ka kɛ i n’a fɔ i be ni minan minw bɛɛ ye, u be se ka charger- ka bɔ telefɔniw na ka taga kuran mobiliw la. Saan 2024, diɲɛ bɛɛ ka litiyɔmu -iyɔn batiriw ka baara kɛli ni intercalation chimisry ye, o tɛmɛna 1 terawatt-lɛrɛ 1 kan saan kɔnɔ, ani a be se ka bɔ ka tɛmɛ o hakɛ kan siɲɛ fila. Ka mɔgɔw ka miiriya faamu, o nafa ka bon walisa k’a faamu i ka telefɔni be charge kɛ cogo min na wala mun na kuran mobili mako be chargement fɛɛrɛ kɛrɛnkɛrɛnninw na.

Intercalation be baara kɛ ni minan dɔw ka labɛncogo ye. O minanw be ni kovalan barikaman ye layiriw kɔnɔ nka van derw ka fanga barika ka dɔgɔ yɔrɔw ni ɲɔgɔn cɛ. O be galeriw lawuli yɔrɔ minw na iyɔnw be se ka don ani ka bɔ chargement ani dicharging wagati la.

Ni litiyɔmu ion be don ɲɔgɔn na chargement wagati la, a t’a tigi ka ɲɔgɔndanw tiɲɛ. Nka, a be yɔrɔ bonya layer-}tipili la ka bɔ 0,34 nanomɛtiriw la ka taga nanomɛtiri caaman na ka kɛɲɛ ni cogoyaw ye. O yɛlɛmani fanga be bɔ kɛnɛma chargeur la, o min be charge yɛlɛmani lawuli iyɔn ni jatigi cɛ redox reactions cɛ.

Graphite be ɲɛyirali kɔrɔman dɔ di. chargement wagati la, ni tansɔn be kɛ, litiyɔmu iyɔnw be don grafiti kɔnɔ ka LiC6 dilan, yɔrɔ min na karbɔni atɔmu wɔɔrɔ be litiyɔmu kelen kelen bɛɛ lamini. O grafiti layiriw be tilan dɔɔni walisa ka litiyɔmu ladon k’a sɔrɔ u b’u ka hexagonal labɛnnin mara. O lo kama, i ka batiri be fanga mara n’i y’a don.

Jogo jɔnjɔnw minw b’a to u be se ka charge kɛ ni ɲɔgɔn ye .:

O la, a be se ka kɛ ko mɔgɔw be se ka yɛlɛma yɔrɔ minw na, u be don chargement wagati la, u be bɔ baara la .

Labɛnw latangayɔrɔ-ɛlelektrɔdiw be balo chargement waa caaman na .

Charge -ɛlɛkitoroniki be bɔ chargeur kɔnɔ ka don ɛlɛkitorodi kɔnɔ .

Layer yiriwali- be iyɔnw ladon k’a sɔrɔ a ma fɛnw kari .

Intercalation

Bi bi la, mɔgɔw be se ka ɲɔgɔn minɛ cogo min na, o ye litiyɔmu-iyɔn batiriw ye, o min be se ka 70% ɲɔgɔn bɔ diɲɛ kɔnɔ. Jagokɛlaw ka litiyɔmu-iyɔn seliliw bɛɛ i n’a fɔ 2023 be baara kɛ ni intermisasiyɔn fɛnw ye i n’a fɔ baarakɛminanw minw be baara kɛ katodi ni anodi fila bɛɛ la. Tuma o tuma n’i b’i ka minan don i ka ɔridinatɛri kɔnɔ, n’i be don i ka baara la, o ye fɛɛrɛ ye min be fanga mara.

chargement wagati la, yɛlɛmani be kɛ yɔrɔnin kelen elekitorodi fila nunu na nka a be kɛ yɔrɔ wɛrɛw la. Litiyɔmu iyɔnw la, litiyɔmu iyɔnw be don ɲɔgɔn na ka don yɔrɔw la, o min be LiC6 dilan. Katodi la (a ka ca a la, litiyɔmu nɛgɛ oksidi), litiyɔmu iyɔnw de- intercalate ani ka bɔ o yɔrɔ la. O fɛɛrɛ be kuran ka fanga mara i n’a fɔ kemikali fanga. O chargeur be tansɔn di min b’a to o iyɔn yɛlɛmani be kɛ batiri ka bɔli sira kan.

O chargement fɛɛrɛ be baara kɛ ni iyɔn -}elektɔrɔn yɛlɛmani ye .:

A fɔlɔ, i ka chargeur be tansɔn kɛ min be ɛlɛkitoroninw waajibiya ka tɛmɛ kɛnɛma circuit fɛ ka taga yɔrɔ min na. A filanan, litiyɔmu iyɔn minw be elekitoroliti kɔnɔ, u be sama ka taga yɔrɔ min na, o be sɔrɔ yɔrɔ min na. Saba sabanan-o ye fɛn kɔrɔtalen- ye litiyɔmu iyɔn ani ɛlɛkitoroniki yɛlɛmani ɲɔgɔn fɛ ka don grafiti labɛnnin kɔnɔ. O yɛlɛmani fila be kɛ elekitorodi-}elektroliti ɲɔgɔndan na yɔrɔ min na chargement be kuran fanga yɛlɛma ka kɛ kemikali fanga marali ye.

O yɛlɛmani fɛɛrɛ nin lɔnna ka ɲɛ saan 2025 la MIT ɲininikɛlaw fɛ minw ye ɲɔgɔndan hakɛ suma ni 50 ye, lɛkɔlɔdi-}elɛkitoroliti farali ɲɔgɔn kan. U ka kalan min bɔra Science kɔnɔ, o y’a yira ko chargement teliya tɛ dan iyɔn jɛnsɛnni ma i n’a fɔ a tun be miiri fɔlɔ la cogo min na. Nka, o hakɛ be bɔ cogo min na ɛlɛkitoroninw be se ka yɛlɛma joona joona ɛlɛkitorodi la litiyɔmu iyɔnw gɛrɛfɛ. O sɛgɛsɛgɛli y’a to saan kɛmɛ-old Butler-Volmer ɛkuwasiyɔn min tun be jigi la, o ye danfara minw be yen, u ɲɛnabɔ yɔrɔ min na, mɔgɔw be se ka yɛlɛma yɔrɔ minw na, o be yɛlɛma ka kɛ miliyari 1 ye laboratuwariw kɔnɔ.

Teliya min be don chargement wagati la, o b’a yira ka gwɛ i ka batiri be se ka baara kɛ joona cogo min na. O la, a be se ka kɛ ko mɔgɔw be ɲɔgɔn minɛ joona joona, o kɔrɔ ko chargement wagati surun lo. O lo kama, n’an be fɛɛrɛ faamu, o kɔrɔtanin lo-.resarchers be se ka minanw ni elekitorolitiw dilan cogo ɲuman na sisan walisa ka chargement hakɛ fisaya sanni u ka jigi la kɔrɔbɔli ni fili kan. Kuran bolifɛnw ta fan fɛ, yɔrɔ min na chargement wagati bele ye gɛlɛyaba ye ka mɔgɔw ladon, ka yɛlɛmani don mɔgɔw ka baarakɛcogo la, o be se ka dɔ bɔ charges la ka bɔ miniti 40 la ka taga miniti damanin dɔrɔn kɔnɔ.

Fɛɛn sifa caaman be kɛ i n’a fɔ jatigiw ka se ka don ɲɔgɔn na, u kelen kelen bɛɛ be ni charges danfaraninw ye.

Grafitikana be to ka kɛ fɛn ye min be fanga sɔrɔ litiyɔmu-iyɔn batiriw kɔnɔ k’a sababu kɛ a ka chargeur ɲuman ye ani tewori se ye 372 mAh/g ye. A ka yɔrɔ labɛnnin be litiyɔmu iyɔnw ladon ka ɲɛ charge wagati la k’a sɔrɔ a ma bonya ka tɛmɛ. Graphite kɛra jagoko ye kabini Sony ye litiyɔmu -iyɔn batiri fɔlɔ don saan 1991 ani a bele be baara kɛ ni minan caaman ye sabu a be kisi chargement waa caaman ma k’a sɔrɔ a be to ka tilenninya mara.

Litiyɔmu kobaliti oksidi (LiCoO2)a be kɛ i n’a fɔ katodi telefɔniw ni portable fanba la. John Goodenough y’a lɔn saan 1980, o minan y’a to batiriw be se ka yɛlɛma. Jalaki wagati la, litiyɔmu iyɔn de- intercalate ka bɔ LiCoO2 la ka taga grafiti anodi la. Nka, litiyɔmu 50% ɲɔgɔn dɔrɔn lo be se ka bɔ charges wagati la sanni o boon ka kɛbali ye, o min b’a to 140 mAh/g be se ka kɛ 140 mAh/g ye. O basigibaliya be nɔɔ to i ka telefɔni be se ka fanga hakɛ min mara charge kelen kelen bɛɛ la.

Nikɛli{{0}manganɛzi-kobalati (NMC)i n’a fɔ LiNi1/3Co1/3Mn1/3O2 ka di kuran ka batiriw ye sabu u b’a to chargement hakɛ ka ca ka tɛmɛ kobaliti saniyalen. Nɛgɛ ɲagamininw labɛncogo be funteni basiginin ɲuman di sanfɛ- fanga charge wagati la ani a b’a to a be bɔ ka taga yɔrɔ wɛrɛ la k’a sɔrɔ a ma yɛlɛma. Bi EVw be baara kɛ ni NMC furaw ye minw labɛnna ka ɲɛ ka ɲɛsin baarakɛcogo kɛrɛnkɛrɛnninw ma-someme be chargement teliya bila ɲɛfɛ, dɔw be fanga hakɛ caya.

Litiyɔmu nɛgɛ fɔsifati (LiFePO4)a be chargement teliman kɛ jagokɛlaw ka katodi minanw cɛma. A ka olivine structure be to a nɔɔ na hali n’a be charger ni chargement procoleats ye, o b’a to a be diya bisiw ye ani kuran marali fɛɛrɛw la yɔrɔ min na lakanali fanga ka ca. LiFePO4 be se ka muɲu charge hakɛ la fɔɔ ka se 3C ma (a ka ɲi ka sara miniti 20 kɔnɔ) k’a sɔrɔ a ma tiɲɛ kosɔbɛ, hali n’a ka tansɔn min ka dɔgɔ, o be kuran hakɛ bɛɛ mara.

Silisiyɔn-}} .a be dancɛ yira anode yiriwali la. Silikon saniyalen be se ka tewori se 3 500 mAh/g-kolon sɔrɔ siɲɛ 10 ɲɔgɔn grafiti- nka a be 300% bonya chargement wagati la. Bi fɛnw be ɲɔgɔn sɔrɔ 5-10% silikɔni ni grafiti ye walisa ka dɔ fara setigiya kan k’a sɔrɔ kasara be bonya. Tesla ka 4680 seliliw y’a fɔ ko a be baara kɛ ni silikɔni-grafiti anodiw ye walisa ka se ka fanga caaman sɔrɔ ani ka chargement hakɛ min be se ka sɔn, hali n’a be sɔrɔ a yɛrɛ la.

Intercalation be ni koo caaman ye minw be nɔɔ to chargement baarakɛcogo n’a ka batiriw ka sii jan kan.

Volume yiriwali charge wagati la, o be kɛ sababu ye ka mekaniki gɛlɛya. Ni litiyɔmu iyɔnw donna elekitorodi minanw na, o yɔrɔ be bonya ka taga. 10% ɲɔgɔn be sɔrɔ grafiti la, n’a y’a sara ka ban. Ka segi ka taga ani ka yɛlɛma yɛlɛma charge de-diskari yɛlɛmaniw be se ka yɔrɔw fara ɲɔgɔn kan, ka kuran ka ɲɔgɔndanw tiɲɛ, ani ka tiɲɛni kɛ. Silicon, hali n’a ka tewori fanga ka bon 3,579 mAh/g, o be bonya ni 300% ye tuma min na a be kiti tigɛ ka ban chargement wagati la, o b’a to a ka gwɛlɛ kosɔbɛ ka baara kɛ n’a ye jagoko la. O lo kama, telefɔni batiriw be se ka dɔgɔya dɔɔni dɔɔni -the chargement be ɛlɛkitorodiw labɛncogo tiɲɛ dɔɔni dɔɔni.

Litiyɔmu min be kɛ ka wari minɛ joona joona, o be se ka kɛ farati juguw ye. N’i be teliya-}charge, litiyɔmu iyɔnw be se yɔrɔ min na, o be se ka kɛ joona ka tɛmɛ yɛlɛmani be se ka kɛ. Sanni u k’u don grafiti kɔnɔ, litiyɔmu minw be sɔrɔ, u ka ca i n’a fɔ nɛgɛ litiyɔmu min be sɔrɔ anodi kan. O litiyɔmu pilati be setigiya dɔgɔya, a be se ka dendrite kɛ ko -} ka batiri lamini, ani ka tasuma faratiw lawuli. Sɛgɛsɛgɛli minw gansira saan 2024 kɔnɔ, olu y’a yira ko plating be kɛ ka ɲɛ ka ɲɛsin fɛnw ma minw be ni litiriw ye minw be sɔrɔ yɔrɔ bɛɛ la, yɔrɔ minw na yɔrɔ be yɛlɛma yɛlɛma. O lo kama, chargement protocolew be sumanya k’a sɔrɔ batiriw be surunyana ka kɛ sekow bɛɛ ye-to bali ka pilati bali.

Funteni hakɛ min ka dɔgɔ, o be bɔ intercaration chinetics la. Funteni funteni be dɔ fara elekitoroliti ka nɔgɔya kan ani ka iyɔnw ka yɛlɛmani dɔgɔya, o be yɛlɛmani don a la. Diplɔmu 0 duguma , yɛlɛmani be kɛ dɔɔni dɔɔni fɔɔ litiyɔmu pilaki be kɛ hali n’a be charger hakɛ la. O lo kama, kuran mobiliw be chargeur fanga dantigɛ nɛnɛ wagati la ani mun na i man kan ka teliya-charge telefɔni nɛnɛman -the interlasiyɔn baara tɛ se ka to yen ni iyɔn minw be donna.

Kɛrɛfɛla yɛlɛmaniw charge wagati la, litiyɔmu be litiyɔmu ta ani ka baarakɛcogo dɔgɔya. Elektrɔdi-ektɔrɔliti yɔrɔ la, ɲɔgɔndan be kɛ yɔrɔ min na, elɛkitoroni yɛlɛmani min ma laɲini, o be elekitoroliti barikaman dɔ dilan. O layiri be yɛlɛma ka tɛmɛ chargement kan min be kɛ siɲɛ caaman, ka dɔ fara a ka fanga kan ani ka dan sigi iyɔnw ka bolifɛnw na. MIT ka sɛgɛsɛgɛli y’a yira ko kɛrɛfɛla yɛlɛmaniw be se ka dɔgɔya ni iyɔn -/electron yɛlɛmani fɛɛrɛ ɲuman ye walisa ka se ka don ɲɔgɔn na joona ka tɛmɛ ɛlɛkitoron yɛlɛmani kan min tɛ laɲini.

Seko dancɛw be nɔɔ to fanga hakɛ min be se ka mara. Intercalation componits be se ka iyɔn hakɛ dɔ dɔrɔn lo ladon min be dantigɛ yɔrɔw ni yɔrɔw cɛ. Ɲɛyirali fɛ, LiCoO2 be to a nɔɔ na ni litiyɔmu 50% ni kɔ be bɔ chargement wagati la, o min be se ka dan sigi 140 mAh/g ɲɔgɔn na. O yɔrɔ la, i ti se ka " chargement caman" kɛ batiri kɔnɔ, yɔrɔ minw be ɲɔgɔn sɔrɔ.

Tuma min na chargement aplimasiyɔnw be fanga sɔrɔ interface ɲinini ani jago baara la, o hakilina be taga yɔrɔ wɛrɛw la. O porogramu nunu be to ka tiɲɛ n’u y’u suma ni batiriw ka charge cycle miliyari caaman ye minw be kɛ loon o loon.

Biyosimi kɔnɔ, intermission be molekiliw ɲɛfɔ minw be don ADN basi fila cɛ. Fura ni mutajɛni dɔw be baara kɛ o fɛɛrɛ sababu fɛ, Leonard Lerman y’o min labɛn fɔlɔ saan 1961. Etidium bromide, min ka teli ka kɛ molekiliw la walisa ka ADN ye, o be baara kɛ ni basigi filaninw ye.

Minɛnw lɔnniya la, ɲɔgɔndan be se ka kɛ sababu ye ka 2D minanw sɛnɛ cogo dɔ la min be weele ko exfoliation, hali n’o be dan na ni yɛlɛmani ye min be se ka kɛ ka charge kɛ. O fɛɛrɛ be graphen kelen kelen lo bɔ- ani fɛɛn wɛrɛw la minw ka dɔgɔ ni atomu ye ka baara kɛ ni elekitoroniki baarakɛcogo kɛrɛnkɛrɛnninw ye.

O la, mɔgɔw be se ka ɲɔgɔn minɛ, o kɔrɔ ko ka tile wala kalo caaman don kalolajɛw kɔnɔ-a baara min be kɔn simi ɲɛfɔli ɲɛ saan kɛmɛkulu caaman kɔnɔ nka a be ni batiri fɛɛrɛw ye.

Intercalation

O kɛnɛ be to ka yiriwa joona ni sira caaman ye minw be bɔ saan 2024-2025 la, minw laɲini ye ka chargement baara fisaya.

Elɛkitoroliti yɛlɛmani ka charge teliman kɛ, o be yɛlɛmaniba dɔ yira. MIT 2025 ka sɛgɛsɛgɛli y’a yira ko ka aniyɔn suguya caaman yɛlɛma, o be se ka fanga barika dɔgɔya ion-/electron yɛlɛmani kama, o min b’a to mɔgɔw be don ɲɔgɔn na chargement wagati la. Sɛgɛsɛgɛlikɛlaw be baara kɛra sisan ni sɛgɛsɛgɛri ye min be kɛ ni ɔridinatɛri ye walisa ka elekitoroliti waa caaman sɛgɛsɛgɛ, ka masinw yiriwa-yeli modɛliw la walisa k’a lɔn furakisɛ minw be se ka charge teliya, min tɛ lafiya sɔrɔ. O fɛɛrɛ ye elekitoroliti dɔw lɔn ka ban minw be 20-30% charge ka tɛmɛ yɛlɛmani kɔrɔw kan.

Solid-site ɛlɛkitorolitiw be layidu di ko u be se ka charge teliya la. Litiyɔmu pilaki be se ka kɛ yɔrɔ min na chargement électronique la, ɛlɛkitoroliti barikamanw be se ka dendriti dilan ni masin ye. Nka, fɛn barikamanw minw ka gwɛlɛ, olu be gwɛlɛya kuraw don elekitorodi-}elektroliti ɲɔgɔndan na yɔrɔ min na ɲɔgɔndan be kɛ. Sɛgɛsɛgɛli jijaliw be sinsin a kan ko a ka kan ka kɛ ko a ka ɲi ka kɛ ko a ka ɲi ka kɛ ko a be se ka kɛ ko a be se ka kɛ ko mɔgɔw be ɲɔgɔn minɛ cogo min na. Polimeri nɛgɛw minw be se ka yɛlɛma ani u be se ka kɛ ni mekaniki gɛlɛyaw ye, u be se ka kɛ sababu ye ka batiri barikamanw sɔrɔ minw be se ka baara kɛ.

Jatebɔ ka kiraya minanw be chargement optimisation teliya. Tokyo kalansoba ɲininikɛlaw ye fiziki- ka ladilikanw labɛn minw b’a yira ko mɔgɔw be ɲɔgɔn minɛ ani u be se ka basigi n’u be baara kɛ ni fɛɛn tan dɔrɔn ye minw be se ka mɔgɔw dɛmɛ. O fɛɛrɛ in be elekitorodi yɔrɔ waa caaman sɛgɛsɛgɛ-/fɛnɲɛnamaya faraɲɔgɔnkanw na jatebɔ la, ka kɔn laboratuwari sɛgɛsɛgɛli sɔngɔ gwɛlɛ ɲɛ, min b’a yira ko mɔgɔ minw be se ka baara kɛ, olu be se ka baara kɛ ni wari ye. O la, a be se ka kɛ ko a ka yiriwali wagati dɔgɔyara ka ban joona joona.

Funteni marali fɛɛrɛw be charges lakanani fisaya. Komi funteni dɔgɔmanw be don ɲɔgɔn na dɔɔni dɔɔni ani funteni hakɛ ka ca, batiriw labɛncogo ɲumanw be funteni kɔlɔsi sisan ani ka chargeur yɛlɛma ka kɛɲɛ ni fanga ye. Kuran mobili dɔw be batiriw labɛn ka kɔn u ka ɲɛ sanni u ka charge teliya la walisa ka elekitorodiw ka funteni don yɔrɔ min na, yɔrɔ min na mɔgɔw be se ka don ɲɔgɔn na joona joona, nka u ka surun ɲɔgɔn na, o be to ka dɔgɔya. O funteni-}aware charge be batiri ka ɲɛnamaya janya k’a sɔrɔ a be charge teliya min be se ka sɔn, o mara.

Elɛkitorodiw minw be sɔrɔ, olu b’a to iyɔnw be se ka don yɔrɔ minw na joona joona. O la, a be se ka kɛ ko mɔgɔw be ɲɔgɔn minɛ, ani u be ɲɔgɔn minɛ, u be ɲɔgɔn dɛmɛ ka ɲɔgɔn minɛ ni ɲɔgɔn ye, ani u be ɲɔgɔn minɛ cogo min na, o be se ka kɛ sababu ye ka ɲɔgɔn dɛmɛ ka ɲɔgɔn minɛ ni ɲɔgɔn ye. そのような結果は,ストレートの結果の結果を受けました。 O boonw lɔcogo fana be se ka kɛ sababu ye ka bonya min be sɔrɔ mɔgɔw ka ɲɔgɔnye wagati la, o bonya. Sɛgɛsɛgɛri dɔw y’a yira ko nanostructured grafiti be se ka charge siɲɛ 2-3 ka tɛmɛ fɛn kɔrɔw kan k’a sɔrɔ a be to ka yɛlɛma yɛlɛma, o be na ni miniti 10 ka wari hakɛ bɛɛ ye min ka surun tiɲɛn na.

Intercalation

Jatɔya teliman be litiyɔmu iyɔnw ɲɔndi ka don anodi kɔnɔ joona ka tɛmɛ yɛlɛmani min be kɛ ka ɲɔgɔn minɛ, o be se k’u ladon. Ni iyɔnw sera joona joona, gwɛlɛya fila be sɔrɔ: litiyɔmu be nɛgɛ litiyɔmu bila a sanfɛ sanni a ka kɛ ka kasi, ani mekaniki gɛlɛya min be sɔrɔ ɛlɛkitorodi yɔrɔw farali teliya la. O fila bɛɛ be batiriw ka setigiya n’u ka sii dɔgɔya. Minɛnw fanba be dan sigi chargement teliman na ka se 80% ma ani ka sumaya kosɔbɛ 20% labanw na walisa ka se ka don ɲɔgɔn na.

Funteni dɔgɔyali be internatɛri yɛlɛmani sumaya kosɔbɛ bari iyɔn yɛlɛmani be dɔgɔya ani iyɔn min be ɲɔgɔn fɛ, o be fanga caaman ɲini. 0 degere 0 duguma, interfalation be kɛ sluggis ye fɔɔ hali chargements ka wari hakɛ ka ɲi ka kɛ sababu ye ka litiyɔmu bila ka ɲɛ sanni a ka don ka ɲɛ ka don grafiti kɔnɔ. Kuran mobili fanba be se ka chargeur fanga dantigɛ degere 5 duguma ani dɔw yɛrɛ be ban chargement teliman na fɔɔ batiri be gwan. O b’a to batiri tɛ se ka tiɲɛni kɛ kudayi.

High-sitɛmu litiyɔmu -iyɔn batiriw ka teli ka to 1 000 ka taga se 3 000 ma charge/000 charge dafalen ma sanni setigiya ka jigi ka se 80% ma. Intercalation ani de de{9}} ɲɔgɔndan yɛlɛmani kelen kelen bɛɛ be na ni yɛlɛmaniw ye minw be kɛ ni yɛlɛmaniw ye-elektrɔdiw be bonya ani ka kontra kɛ, fɛnɲɛnamaw be fara ɲɔgɔn kan, ani u be tiɲɛ. O hakɛ tigitigi be bɔ minanw, baarakɛcogo ani charge hakɛ lo la. Jatɔya dɔɔni ani ka ban funteni hakɛ la, o be yɛlɛmani ka ɲɛnamaya kɛcogo dɔgɔya, o min be kɛ ni mekaniki gɛlɛya dɔgɔyali ye yɛlɛmani wagati la.

A be se ka kɛ ko gwɛlɛyaw be yen. 2025 MIT lɔnniya min be sɔrɔ iyɔn -}electron yɛlɛmani na, o be tewori dɔ di min be se ka kɛ sababu ye ka minanw dilan ni internatɛri kinetiki teliya ye. Elɛkitorodi minw be ni fɛnw ye minw be se ka yɛlɛma ani difuziyɔn siraw ka surun, u be se ka teliya siɲɛ 2-3 ka tɛmɛ fɛɛn kɔrɔw kan. Nka, miniti 5 chargement tun bena a to mɔgɔw be ɲɔgɔn minɛ siɲɛ 6-8 ka tɛmɛ bi fɛɛrɛw kan k’a sɔrɔ u be litiyɔmu pilaki bali ani ka funteni hakɛ mara. Sɛgɛsɛgɛri be kɛra ni fanga ye o laɲinita kɔ ni elekitorolitiw, elekitorodiw lɔcogo ani baarakɛcogo ɲumanw ye.

O la, mɔgɔw be se ka lɔnniya sɔrɔ saan 2019 la, min be sɔrɔ John Godenough, M. Stanley Whittingham, ani Akira Yoshino ye ka litiyɔmu -iyɔn batiriw yiriwa. U ka baara y’a to u ye ɲɔgɔn minɛ ka bɔ laboratuwari ɲinini dɔ la ka kɛ bi tile elekitoronikifɛnw ni kuran bolifɛnw jusigilan ye. Komi ɲininikɛlaw be to ka a ka fɛɛrɛw bɔ kɛnɛ kan- i n’a fɔ 2025 iyɔn fila lɔnniya min be charges-intercation chimis labɛn, n’a sɔrɔ o bena kɛ sababu ye ka teliya- chargement yɛlɛmaniw lawuli. Danfara min be miniti 40 ka charge ni miniti 5 charge cɛ, o be bɔ pewu ka kɛ sababu ye ka yɛlɛmani don joona joona k’a to a be to a nɔɔ na ani k’a latanga.

sababuw

MIT News - "Kumafɔli nɔgɔman dɔ tun be se ka teliya - chargeing dilan cogo yira, ka jan -} foli la" (October 2025)

Lɔnniya - "Lithium-ni ɲɔgɔndan ni iyɔn fila/{2}}elektrɔn yɛlɛmani" (Oktɔburu 2025)

Wikipedia - Ɲɛnabɔli (simi) ani Litiyɔmu- batiri sɛbɛnw .

Nature - "Baali tilennin Li-yɛrɛ min be se ka kɛ ni halozɛni yɛlɛmani ye–intercalation chimique" (2019)

Simi sɛgɛsɛgɛliw - "Solvant Co{1}}Sɛbɛnni minw be kɛ batiriw ni berew ta fan fɛ" (2025)

npj 2D Minɛw ani baarakɛcogo - "Ka ɲɔgɔn don i n’a fɔ minɛn min be se ka dilan ka dilan" (2021)

LɔnniyaDirect barokunw - Intercalation compounde lajɛ .

Simi LibreTexts - Labɛnw ni ɲɔgɔndɛmɛ kalanw