Hanya mai sauƙi don duba halin baturin lithium ion

ଲେଖକ: ଆଇଫ୍ଲୋପାୱାର - Proveïdor de centrals portàtils

JGu Demertri Budke Farfesa Hu Yunan yana da na&39;urar baturi da na&39;ura don auna yanayin caji. Batir mai caji shine jigon sabbin fasahohi da yawa, misali, sabon amfani da makamashi mai sabuntawa. Dalla-dalla, ana amfani da su don motocin lantarki, wayoyin hannu da kwamfyutoci.

Jamus Meizi Johnnes Gitten Jami&39;ar Fort (JGU) da Simo Himhumholz Research Institute (HIM) sun ba da shawarar hanyar da ba ta sadarwa ba don gwada yanayin caji da duk wani lahani na baturan lithium-ion. Don wannan, ana amfani da magnetometer na atomic don auna filin maganadisu a kusa da naúrar baturi. Farfesa DmitryBudker da tawagarsa yawanci suna amfani da hanyoyin maganadisu na zarra don nazarin ainihin matsalolin ilimin kimiyyar lissafi, kamar neman sabbin ƙwayoyin cuta.

Ana amfani da ma&39;aunin maganadisu don kwatanta sharuɗɗan da aka auna ta hanyar auna filin maganadisu. Misali mai sauƙi na kamfas shi ne cewa ƙaƙƙarfan ingancin kamfas ɗin a cikin ƙasa yana amfani da ingancin batir na atom magnetometer don tabbatar da cewa buƙatar manyan batura masu cajin baturi ya shafi ƙaddarar fasaha mai wayo da ingantacciyar fasahar gano batirin. Yawancin sabbin ci gaba za su dogara da ko ana iya sarrafa su don samar da isasshen ƙarfi da tsawon rai.

Dr. ARNEWITNBROCK, Ƙungiyar Aiki, Farfesa DmitryBudker, JGU Physics, ya ce: "Tabbacin inganci ga batura masu caji babban ƙalubale ne. Hanyoyin da ba na sadarwa ba na iya ba da sabon dalili don ingantaccen ingancin baturi.

"Binciken Helmhoz. Tawagar ta fasa ta hanyar amfani da na&39;urar maganadisu ta atomatik. An gabatar da wannan ra&39;ayin a cikin kiran taro tsakanin Budker da abokin aikinsa na Jami&39;ar New York Alexejerschow.

Wickenbrock na wannan binciken ya ce "Fasaharmu ɗaya ce da ƙa&39;idar aiki ta maganadisu, amma ya fi sauƙi saboda muna amfani da atom magnetometer". Atomic magnetometer shine magnetometer famfo mai haske wanda ke amfani da zarra na gas a matsayin bincike na filin maganadisu. Ana samun su ta kasuwanci, kuma ana amfani da su don amfanin masana&39;antu da bincike na asali.

Tawagar Budker ta JGU da HIM itama ta ƙera nata na&39;urar firikwensin maganadisu na gaba, kuma suna amfani da waɗannan sinadarai na atom don bincike na asali na kimiyyar lissafi, kamar neman al&39;amuran duhu, da ƙoƙarin ɗaukar kacici-kacici a cikin abubuwa da abubuwan da ke hana abubuwa. Nan take halaka juna. Hanya mai sauƙi na iya gane ma&39;auni mai sauri da babban aiki a yanayin ma&39;aunin baturi, sanya baturin a cikin filin maganadisu na baya.

Baturin zai canza filin maganadisu na baya kuma ya auna canje-canje zuwa magnetometer na atomic. Wickenbrock ya kara da cewa: "Wannan canjin yana ba mu bayanai game da cajin baturi, ragowar wutar lantarki da yiwuwar lalacewa. “Tsarin yana da sauri sosai, muna tsammanin za a iya shigar da shi cikin sauƙi cikin tsarin injina.

". “Rahotanni sun karyata labarin fashewar hayaki na lantarki da iyakance raunin wasu nau’ukan wayoyin hannu da ke dauke da wasu nau’ikan wayoyin hannu, don gwada lahani a cikin batirin. Marubucin ya nuna a cikin takarda na PNAS mafi kusa: "Ana sa ran ikon ganowar wannan fasaha don kimanta sel yayin bincike, kula da inganci ko aiki.

“A lokacin rani da ya gabata, rukunin Aiki guda ya shirya ayyuka biyu da suka shafi amfani da atom da kimiyyar nukiliya, tare da halartar manyan matakan duniya. Kimanin masu bincike 200 daga ko&39;ina cikin duniya sun amsa ma&39;aunin ƙarfin maganadisu na yau da kullun da sauran nau&39;ikan batutuwan fasahar ma&39;aunin ƙididdigewa. .