Menene Resistance Cikin Gida?

Juriya na ciki shine adawa ga kwararar halin yanzu a cikin baturi, wanda ya ƙunshi juriyar ohmic daga kayan aiki da juriya na polarization daga hanyoyin lantarki. Yana haifar da faɗuwar wutar lantarki yayin aiki kuma yana ƙaruwa yayin da batirin ya tsufa, yana shafar aiki kai tsaye, inganci, da tsawon rayuwa.

Wannan juriya yana wanzuwa a cikin dukkan batura saboda kayan{0}electrodes, electrolyte, separators, da haɗin gwiwa{1}ba cikakkun madugu ba ne. Lokacin da halin yanzu ke gudana ta cikin baturi, wasu ƙarfin lantarki suna canzawa zuwa zafi maimakon kunna na'urarka, kuma wannan asarar makamashi ta samo asali ne daga juriya na ciki.

Yadda Juriya na Ciki ke Aiki a Tsarin Batir

Baturi yana aiki fiye da tushen wutar lantarki mai sauƙi. Dangane da ka'idar Thévenin, kowane baturi mai amfani ana iya ƙila shi azaman ingantaccen tushen wutar lantarki da aka haɗa a jeri tare da juriya na ciki. Wannan samfurin yana bayanin dalilin da yasa ƙarfin lantarkin baturi ke faɗuwa ƙarƙashin kaya{2}}juriya na ciki yana cinye wasu ƙarfin lantarki da aka samar.

Lokacin da kuka auna buɗaɗɗen ƙarfin baturi{0} (ba tare da kaya ba), za ku ga ƙarfin lantarki (EMF). Haɗa wannan baturin zuwa na'ura, kuma wutar lantarki ta ƙare nan da nan ta faɗi. Bambanci tsakanin waɗannan dabi'u biyu yana bayyana ƙarfin lantarki da juriya na ciki ke cinyewa. Dangantakar tana bin dokar Ohm: raguwar wutar lantarki daidai yake da na yanzu wanda aka ninka ta hanyar juriya ta ciki (V=IR).

Don baturi mai 12V EMF da 0.02Ω juriya na ciki zane 200A, raguwar ƙarfin lantarki na ciki ya kai 4V, yana barin 8V kawai a tashoshi. Wannan ragi mai ban mamaki yana bayyana launin ruwan kasa a cikin manyan aikace-aikace{6} na yanzu da kuma dalilin da yasa juriya na ciki ke da mahimmanci fiye da yadda mutane da yawa suka fahimta.

Abubuwan Juriya na Cikin Gida

Juriya na ciki ba al'amari ɗaya ba ne{0}} yana haɗa nau'ikan juriya da yawa waɗanda ke amsa daban-daban ga yanayin baturi.

Ohmic Resistance

Juriya na Ohmic yana wakiltar madaidaiciyar juriyar lantarki na kayan baturi. Yana tasowa daga:

Juriya na lantarki: Resistivity na kayan lantarki, masu tarawa na yanzu, da haɗin ciki. Hatta karafa suna gudanar da rashin inganci saboda rashin lahani, datti, da karo na lantarki a cikin lattice madugu.

Juriya na Ionic: Masu adawa da motsi na ion ta hanyar lantarki da masu rarrabawa. Electrolyte conductivity, ion motsi, da separator permeability duk suna ba da gudummawa. Wannan bangaren yana amsawa nan take zuwa kwarara na yanzu kuma yana bin dokar Ohm daidai.

Wani sabon baturin alkaline na AA yawanci yana da juriya na ohmic 0.15Ω a zazzabi na ɗaki, yana tsalle zuwa 0.9Ω a -40 digiri yayin da rage motsin ion yana ƙara juriya na ionic. A digiri 40, yana faɗuwa zuwa kusan 0.1Ω yayin da haɓakar haɓakar wutar lantarki ya karu.

Resistance Polarization

Juriya na polarization yana fitowa daga hanyoyin lantarki na lantarki yayin caji da fitarwa. Ba kamar juriya na ohmic ba, yana canzawa da ƙarfi dangane da yadda baturin ke aiki.

Electrochemical polarization: Lokacin da halin yanzu ke gudana, halayen electrochemical a saman lantarki suna buƙatar kuzarin kunnawa. Dole ne baturi ya ware ƙarin ƙarfin lantarki don shawo kan shingen makamashi don canja wurin lantarki tsakanin lantarki da lantarki. Wannan polarization yana ginawa a sikelin microsecond kuma yana raguwa lokacin da halin yanzu ya ragu.

Tattaunawa polarization: Kamar yadda batura ke fitarwa, ion maida hankali gradients suna tasowa a cikin electrolyte. Wuraren da ke kusa da na'urorin lantarki suna raguwa yayin da sauran yankuna ke kula da mafi girma. Wannan rashin daidaituwa yana haifar da rashin daidaituwa kamar yadda ions dole ne suyi ƙaura daga matakin maida hankali. Ƙaddamar da hankali yana haɓaka sama da daƙiƙa kuma yana wakiltar babban juriya yayin babban fitarwa na yanzu.{3}.

Tare, waɗannan tasirin polarization na iya ƙetare juriya na ohmic, musamman a cikin baturan abin hawa na lithium{0}ion inda yawan yawan fitarwa ke haifar da ingantattun matakan tattara hankali.

Juriya na ciki aBatirin Motar Lithium Ion

Batirin abin hawa Lithium{0}ion yana ba da halaye na musamman na juriya na ciki waɗanda ke tasiri kai tsaye ga aikin abin hawa na lantarki. Waɗannan batura yawanci suna kula da juriya na ciki ƙasa da 1mΩ kowace tantanin halitta saboda girmansu da ingantaccen ƙira don manyan aikace-aikace{3} na yanzu.

Juriya na ciki a cikin ƙwayoyin lithium - ion sel ya kasance ɗan lebur a cikin jahohi daban-daban na caji{1} daga kusan 270mΩ a 0% zuwa 250mΩ a 70% na halin caji. Wannan kwanciyar hankali ya bambanta sosai da baturan nickel{7}, inda juriya ke canzawa sosai tare da matakin caji.

Koyaya, tsufa yana tasiri sosai ga juriya na ciki{0}ion lithium. Kamar yadda batura ke zagayowar, wani Layer passivation da ake kira da ƙarfi electrolyte interphase (SEI) yana ginawa akan na'urorin lantarki. Wannan Layer SEI yana ƙara juriya na ciki kuma yana aiki azaman abin dogara ga lafiyar baturi. Lokacin da juriya na cikin gida ya tashi sama da ƙimar asali, yana nuna ƙarshen yanayin rayuwa yana gabatowa.

Ga motocin lantarki, wannan juriya tana tasiri kai tsaye:

Kewayon tuki: Mafi girman juriya na ciki yana canza ƙarin makamashi zuwa zafi maimakon motsawa. Baturi mai juriya biyu na ciki na iya rasa kashi 15-20% na tasirin sa a ƙarƙashin yanayin tuƙi na yau da kullun.

Ganiya isar da wutar lantarki: Haɓakar abin hawa ya dogara da ƙarfin baturi don isar da manyan bugun bugun jini na yanzu-. Ƙara ƙarfin juriya yana iyakance kwararar halin yanzu, rage samun ƙarfin da ake samu. Batirin EV tare da juriya na 50mΩ yana ba da hanzari mafi girma fiye da wanda ke da 200mΩ.

Gudanar da thermal: Juriya{0}} zafi da aka samar yana buƙatar tsarin sanyaya aiki. Zafin da aka samar yayi daidai da I²R, don haka juriya mafi girma yana ƙara buƙatun sanyaya da amfani da kuzari.

Saurin caji: Juriya na ciki yana iyakance saurin caji. Babban juriya yana haifar da hauhawar wutar lantarki da yawa yayin caji, yana tilasta masu kula da caji don rage halin yanzu don hana yanayin wuce gona da iri.

Abubuwan Da Suka Shafi Juriyar Ciki

Matsaloli da yawa suna rinjayar ƙimar juriya na ciki, ƙirƙirar hadaddun hulɗa waɗanda ke ƙayyade aikin baturi a ƙarƙashin yanayi daban-daban.

Tasirin Zazzabi

Zazzabi yana canza juriya na ciki ta hanyar tasirinsa akan motsin ion da ƙimar amsawar sinadarai. Yanayin sanyi yana jinkirin motsin ion ta hanyar electrolyte, yana ƙaruwa juriya na ionic. Lithium - cell ion at -20 digiri zai iya nuna sau 2-3 juriya da aka auna a digiri 25.

Yanayin zafi gabaɗaya yana rage juriya ta haɓaka motsin ion da motsin motsi. Koyaya, zafin da ya wuce kima yana lalata kayan baturi, a ƙarshe yana ƙara tsayin tsayin lokaci{1} ta hanyar haɓakar tsufa.

Halin Mulki

Daban-daban sunadarai sunadarai na baturi suna nuna nau'ikan juriya daban-daban a cikin jihohin caji. Batirin Lithium{1} ion yana da juriya akai-akai daga kashi 20% zuwa 80% na halin caji, tare da ƙaruwa kawai a iyakar ƙarfin lantarki.

Nickel{0}}karfe{1}batir hydride yana nuna bambancin juriya da yawa. Suna nuna juriya kololuwa nan da nan bayan cikakken fitarwa da kuma bayan cikakken caji. Mafi kyawun aiki yana bayyana bayan awanni da yawa na hutawa bayan caji, lokacin da matakan maida hankali ya daidaita.

Shekaru da Ƙididdigar Zagayawa

Tsufawar baturi yana ƙara juriya na ciki ta hanyoyin lalata da yawa:

SEI Layer yana kauri akan lithium{0} ion anodes

Electrolyte bazuwar rage yawan aiki

Canje-canjen tsarin abu na Electrode

Asarar kayan aiki daga na'urorin lantarki

Ƙara juriya na lamba a haɗi

Sabuwar tantanin halitta na lithium{0}} na iya farawa daga 30mΩ kuma ya hau zuwa 80-100mΩ bayan zagayowar 1000. Bayan 150% na juriya na farko yawanci yana nuna cewa ƙarfin ya ragu ƙasa da 80% na ƙimar ƙima.

Yawan fitarwa

Zane na yanzu yana rinjayar juriya da aka auna ta hanyar tasirin polarization. Matsakaicin adadin fitarwa yana haifar da mafi girman matakan tattarawa da ƙarin matsananciyar polarization electrochemical. Baturi na iya nuna 40mΩ a fitarwar 1C amma 65mΩ a fitarwar 5C saboda waɗannan juriya masu ƙarfi.

Auna Juriya na Ciki

Daidaitaccen ma'aunin juriya na ciki yana buƙatar fahimtar hanyoyin gwaji daban-daban da aikace-aikacen su.

Hanyar Impedance AC (AC{0}}IR)

Hanyar AC tana amfani da ƙaramin siginar musanyawa na yanzu{0} yawanci a mitar 1kHz{2}} kuma tana auna martanin ƙarfin lantarki. Wannan babban siginar mitoci- da farko yana auna juriya na ohmic, saboda tasirin polarization ba ya ci gaba a waɗannan lokutan.

AC{0}}Amfanin gwaji na IR:

Ba mai lalata batir-

Ma'auni mai sauri (mili seconds)

M, sakamako mai maimaitawa

Daidaitaccen hanya don gwajin samarwa

An zaɓi mitar 1kHz saboda yana ɗaukar juriya na ohmic yayin da yake guje wa matakan lantarki a hankali. Duk da haka, wannan yana nufin AC{2}} ƙimar IR sun bayyana ƙasa da ma'aunin DC, tunda ba a gama kamawa ba.

Gwajin baturi da ake amfani da su wajen kera abin hawa na lantarki sukan auna a mitoci da yawa (100Hz zuwa 10kHz) don mafi kyawun siffata abubuwan juriya daban-daban. Makirci na Nyquist daga na'ura mai ba da hanya tsakanin hanyoyin sadarwa na lantarki na iya keɓance ohmic, canja wurin caji, da juriyar watsawa.

Hanyar Resistance DC (DC{0}}IR)

Hanyar DC tana amfani da bugun bugun jini akai-akai (yawanci 2-3 seconds) kuma yana auna raguwar ƙarfin lantarki. Wannan yana ɗaukar juriyar juriya na ciki gami da duk tasirin polarization yayin da suke haɓaka.

DC{0}Tsarin aunawa IR:

Yi rikodin buɗaɗɗen wutar lantarki (V₁){0}

Aiwatar da lodi na yau da kullum (I)

Yi rikodin ƙarfin lantarki da aka ɗora bayan daidaitawa (V₂)

Yi lissafi: R=(V₁ - V₂) / I

Wannan hanyar tana bayyana juriyar da aka samu yayin aikin baturi na ainihi, yana mai da shi mafi dacewa don hasashen aiki. Koyaya, manyan igiyoyin gwaji na iya damuwa da ƙananan batura, kuma polarization electrode yana buƙatar takamaiman lokacin don guje wa kurakuran auna.

Don misali mai aiki: Baturi mai nuna 3.8V da aka sauke da 3.5V ƙarƙashin nauyin 20A yana da juriya na ciki na ({3}}) / 20=0.015Ω ko 15mΩ.

Gwajin bugun jini

Gwajin ci gaba yana aiki da nau'ikan bugun jini da yawa a farashi daban-daban don kwatanta yadda juriya ke canzawa tare da matakin yanzu. Wannan dabarar taswirar cikakken bayanin martabar ƙarfin baturin a duk iyakar aikinsa.

Tsarin gwajin bugun jini na yau da kullun na iya haɗawa da:

bugun jini na daƙiƙa 5 a ƙimar 1C

5-dakika bugun jini a ƙimar 3C

bugun jini na dakika 10 a ƙimar 5C

Rikodin martanin ƙarfin lantarki ga kowane

Wannan bayanan yana bayyana ko juriya yana ƙaruwa a layi tare da halin yanzu ko yana nuna halayen da ba na kan layi yana nuna mummunan tasirin polarization.

Tasiri kan Ayyukan Baturi

Juriya na ciki yana ƙayyadaddun mahimman abubuwan halayen baturi waɗanda masu amfani ke fuskanta kai tsaye.

Runtime da Capacity

Juriya mafi girma na ciki yana rage lokacin aiki ƙarƙashin nauyin wutar lantarki akai-akai. Lokacin da baturi ke samar da halin yanzu, juriya na ciki yana cinye ƙarfin lantarki wanda in ba haka ba zai kunna nauyin. Yayin da juriya ke ƙaruwa, ƙarfin lantarki na ƙarshe yana faɗuwa da sauri, yana kaiwa ga yanke wutar lantarki a baya.

Bincike kan batirin wayar salula ya nuna hakan sosai. Batura uku masu ma'auni iri ɗaya amma juriya na ciki daban-daban an gwada su ƙarƙashin nauyin GSM da aka kwaikwayi:

Nickel -cadmium (155mΩ): Minti 120 lokacin magana a 3C fitarwa

Lithium -ion (320mΩ): Minti 50 lokacin magana a 3C fitarwa

Nickel{0}}karfe{1}hydride (778mΩ): An kasa yin aiki a fitarwar 3C

Batirin nickel{0}}karfe{1}, duk da yana da isasshen ƙarfi don tsawan lokacin magana, ba zai iya isar da isasshiyar halin yanzu ba saboda juriya na ciki. Ƙarfin ƙarfinsa ya haifar da raguwar ƙarfin lantarki a ƙasa da iyakar aiki da wayar.

Inganci da Haɓakar Zafi

Juriya yana canza ƙarfin lantarki zuwa zafi ta hanyar tasirin Joule (P=I²R). Wannan yana wakiltar sharar gida mai tsafta -makamashi wanda zai iya yin amfani da aikace-aikacen maimakon ya bazu azaman zafi.

Don zanen baturin motar lithium{0} 200A tare da jimlar juriya 50mΩ:

Ƙarfin zafi=(200A)² × 0.05Ω=2000W

Wannan ci gaba da nauyin zafi na 2kW yana buƙatar sanyaya mai mahimmanci

Idan juriya ya ninka zuwa 100mΩ, haɓakar zafi yana ƙaruwa zuwa 4kW, ninka buƙatun sanyaya da rage ingancin abin hawa. Zafin ba wai kawai yana ɓarna makamashi bane amma yana haɓaka lalata baturi ta wurin haɓakar yanayin aiki.

Ƙarfin Ƙarfi

Matsakaicin isar da wutar lantarki ya dogara sosai akan juriya na ciki. Ƙwararren ƙarfin baturi yana faruwa lokacin da juriya na ciki yayi daidai da juriya na ciki (matching impedance). Koyaya, wannan wurin aiki yana bata kashi 50% na ƙarfin baturi a ciki azaman zafi.

Aikace-aikace masu amfani suna aiki a mafi girman juriya don inganci, amma juriya na ciki har yanzu yana saita iyaka mafi girma akan ikon isarwa. Don haɓaka abin hawa na lantarki, juriya na ciki na baturi yana ƙayyade ko motar tana karɓar isasshiyar halin yanzu don matsakaicin karfin juyi.

Fakitin baturi mai juriya na 400V da 20mΩ na ciki na iya isar da mafi girman ƙarfin 8MW a takaice. Fakiti ɗaya tare da juriya na 80mΩ ya ragu zuwa 2MW- raguwar 75% na iya aiki.

Yadda Ake Rage Juriya na Cikin Gida

Fahimtar juriya na ciki yana haifar da dabarun ingantawa a duka matakan ƙira da aiki.

Inganta Tsarin Batir

Zaɓin kayan abu: Yi amfani da maɗaukakin kayan aikin lantarki- tare da ƙarancin polarization. Single{2}}crystal cathode kayan, manyan- na'urorin nickel, da ingantattun abubuwan kara kuzari duk suna rage juriya.

Electrolyt ingantawa: Ƙananan -wayoyin lantarki masu danko tare da haɓakar haɓakar ionic suna rage juriya na ionic. Abubuwan ƙari na ci gaba suna haɓaka jimiri da jigilar ion.

Electrode gine: Ƙananan lantarki suna rage nisa watsawa. Ingantaccen ƙirar mai tarawa na yanzu yana rage juriya na lantarki. Ƙunƙarar da ta dace tana daidaita ma'auni da motsin ion.

Fasahar rabuwa: Masu rabuwa na bakin ciki tare da porosity mafi girma suna rage juriya yayin kiyaye aminci. Masu raba yumbu{1}mai rufi suna haɓaka kwanciyar hankali ba tare da haɓaka juriya mai yawa ba.

Dabarun Aiki

Kula da yanayin zafi: Kula da batura a cikin kewayon zafin jiki mafi kyau (15{1}}35 digiri na mafi yawan lithium{3}}ion). Gudanar da zafin jiki mai aiki yana hana sanyi{4}}ƙaruwar juriyar zafin jiki da ƙara saurin tsufa.

Gudanar da caji: Guji matsanancin yanayin wutar lantarki. Ajiye batura tsakanin 20{2}80% halin caji lokacin da zai yiwu don rage girman juriya da ke haifar da damuwa.

Iyakoki na yanzu: Girmama C{0} ƙayyadaddun ƙima. Matsakaicin adadin fitarwa yana haifar da polarization kuma yana haɓaka lalacewa. Don tsawon rai, iyakance fitarwa mai dorewa zuwa ƙimar 1-2C.

Lokacin hutu: Bada damar maida hankali don daidaitawa bayan nauyi mai nauyi. Wutar lantarki yana murmurewa sosai bayan hutun dakika 30-60 yayin da maida hankali ya watse.

Kulawa da Kulawa

Tsarin sarrafa baturi mai wayo yana ci gaba da lura da juriya na ciki azaman alamar lafiya. Ƙimar juriya ta tashi tana haifar da gargaɗi kafin aikin ya lalace sosai.

Don fakitin baturi, daidaitawar tantanin halitta ya zama mahimmanci. Idan ɗaiɗaikun sel guda ɗaya sun haɓaka juriya mai ƙarfi, sun zama kwalabe waɗanda ke iyakance fakitin aiki. Gwaji na yau da kullun yana gano sel masu rauni kafin su yi tasiri ga fakitin duka.

Kyakkyawan haɗin haɗin gwiwa yana hana ƙara juriyar lamba. A cikin manyan fakitin batirin abin hawa, haɗin kai maras kyau na iya ƙara miliohms da yawa{1}} don yin tasiri sosai. Binciken lokaci-lokaci da tabbatarwa mai ƙarfi suna da ƙarancin haɗin kai-.

Juriya na Ciki azaman Ma'anar Lafiya

Yanayin lafiyar baturi (SoH) yana da alaƙa da ƙarfi tare da juriya na ciki. Yayin da batura ke tsufa, ƙarfin aiki yana dushewa yayin da juriya ke tashi{1} duka biyun suna nuni da lalacewa. Juriya na ciki yana ba da fa'idodi don kimanta lafiyar:

Mara -mai cin zali: Ma'aunin juriya yana buƙatar taƙaitaccen bugun jini na yanzu, ba cikakken zagayowar fitarwa baMai sauri: Ana samun sakamako a cikin daƙiƙa fiye da sa'o'i don gwajin iya aikiM: Canje-canjen juriya sau da yawa suna bayyana kafin gagarumin asarar iya aikiHasashen: Hasashen juriya na hasashen sauran rayuwa mai amfani

Bincike ya nuna juriya na ciki na iya hasashen ƙarshen baturi{0}na{1}} tare da daidaito sama da 95% ta amfani da bayanai daga zagayowar 100 na farko. Samfuran koyon injin da aka horar akan juriya sun fi ƙarfin iya aiki{5}} tushen tsinkaya.

Don batirin lithium{0}ion, juriya yana ƙaruwa daidai gwargwado tare da ƙidayar zagayowar har sai ƙarshen rayuwa ya gabato, lokacin da ya hanzarta. Wani sabon tantanin halitta da ke farawa a 30mΩ zai iya kaiwa 50mΩ a zagayowar 500 da 100mΩ a zagayowar 1000 kafin yin hanzari zuwa 150mΩ a zagayowar 1200.

Ma'auni na masana'antu yawanci suna bayyana ƙarshen baturi{0}na{1}} azaman 80% saura ƙarfin aiki ko 200% na farkon juriya na ciki, duk wanda ya fara faruwa. Yawancin batura sun isa iyakar juriya kafin iyakar iya aiki, suna yin juriya ya zama ma'aunin lafiya mai ra'ayin mazan jiya.

Tambayoyin da ake yawan yi

Menene bambanci tsakanin juriya na ciki da AC da DC?

Adadin juriya na ciki na AC da farko juriya na ohmic ta amfani da sigina masu girma{0} (yawanci 1kHz) waɗanda ba sa barin tasirin polarization ya haɓaka. Juriya na ciki na DC yana ɗaukar juriya gabaɗaya gami da polarization ta amfani da dorewar lodi na yanzu. Ƙimar DC yawanci sun wuce ƙimar AC da 20-50% saboda sun haɗa da juriya mai ƙarfi.

Za a iya rage juriya na ciki bayan ya karu?

Da zarar lalatawar tsari ta auku -Ƙara girman Layer SEI, asarar abu mai aiki, ko ruɓewar electrolyte{1}}ƙaruwar juriya na dindindin. Koyaya, juriya na wucin gadi yana ƙaruwa daga karkatar da hankali, ƙarancin zafin jiki, ko gurɓatawa wani lokaci ana iya jujjuya su ta hanyar yanayin yanayin sanyi mai kyau ko jiyya mai zafi. Sabbin maye gurbin electrolyte yayin gyarawa na iya dawo da wasu ayyuka.

Me yasa wasu batura suke jin dumi yayin amfani?

Ƙirƙirar zafi daga juriya na ciki yana sa batura suyi dumi yayin fitarwa. Ƙarfin da ya ɓace yayin da zafi yayi daidai da murabba'in juriyar lokutan halin yanzu (I²R). Matsakaicin magudanar ruwa yana haifar da ƙarin zafi sosai. Zanewar baturi 10A tare da juriya 0.1Ω yana haifar da 10W na zafi{6}} isa don lura da dumama baturin cikin mintuna.

Yaya ƙananan juriya na ciki za su samu da gaske?

Physics yana ƙaddamar da ƙayyadaddun ƙayyadaddun ƙayyadaddun ƙayyadaddun ƙayyadaddun kayan aiki da abubuwan motsa jiki na lantarki. Kwayoyin abin hawa na lithium na zamani{1} ion suna samun 20-30mΩ ta ingantaccen ƙira. Ƙarin raguwa yana buƙatar kayan haɓakawa ko tsarin gine-ginen tantanin halitta daban-daban. Matsakaicin ƙayyadaddun ƙayyadaddun ƙayyadaddun ƙayyadaddun ƙayyadaddun ƙa'idodi ya kasance a kusa da 10-15mΩ dangane da iyakokin fasaha na yanzu.

Magana

Bulletin Fasahar Energizer (2005). Juriya na Cikin Batir

Cibiyar Koyon Halittu (2024). Jerin Juriya na Ciki

Wikipedia. Juriya na ciki (An sabunta Janairu 2025)

Jami'ar Baturi. Yaya Juriya na Cikin Gida ke Shafar Ayyuka

x-injiniya.org. Yadda ake ƙididdige juriya na ciki na cell baturi

Rahoton Kimiyyar Halitta (2018). Nazarin Ma'auni Lokutta akan Juriya na Ciki

Kamfanin Hioki Corporation. Lithium{1} ion Gwajin Juriya na Cikin Batir