Sakamakon aikin an buga shi a cikin sharudcin duniya naal. Tashin ion tarko wani silinodi ne daga wayoyin. A ciki, an kirkireshi a ciki, filayen magnetic, wanda ions na comped abu ya juya.
Ta hanyar yawan juyawa na juyawa na ions, yana yiwuwa a tantance daidai taro. A cikin wannan tsari, yana da mahimmanci cewa ii juya tsinkaya. Kuma don wannan, filin lantarki wanda ke haifar da tarko tare da ɗabi'arsa ya kamata ya zama tsari na musamman. Ana kiran wannan filin, da kuma tarkuna tarko tare da tsauraran ƙarfi.
An kirkiro tarko mai tsauri (DHC) a Farfesa da fasahar hada-hadar kudi ta Kimiyya don ayyuka tare da manyan bayanai (CDISE) Evgeny Nikolaev. Ana kiranta, saboda a zahiri filin a ciki ba jituwa bane, amma ions "da alama" cewa wannan saboda yawan juyawa ne.
DHC shine mafi kyawun tarko a lokacin da daidaito na tantance bakan, don haka ana amfani dashi cikin rayayye cikin mahimman abubuwan da aka yi amfani da shi a cikin karatu, tunda akwai mahimman mahimmanci. An sanya shi a cikin taro specrometer tare da mafi girman filin sihiri a cikin dakin gwaje-gwaje na kasa na karfi filayen filayen, a Tallaharie, Amurka.
Daidaitaccen ma'aunin talakawa ya kamata ya yi girma tare da karuwa a filin magnetic (da kuma dubun miliyoyin daloli sune dubun miliyoyin daloli). A hakikanin gaskiya, ya juya cewa karuwa da karuwa a girman Filin Magnetic, da rashin alheri, yana girma ba layi daya ba, amma da sauri fiye da yadda ake tsammani.
Masana kimiyya sun ba da shawarar wannan saboda karancin iska a cikin tarko koda lokacin amfani da mafi kyawun famfo. Kuma mun kirkiro tarko na bude, wato, buɗewa daga iyakar, wanda zai ba ka damar tura gas ɗin da ya dace daga gare shi don kula da zama dole. An kira tarkon Zig-Zag Cell.
"Yanzu a cikin dakin gwaje-gwaje na wannan na'urar" a cikin Gland ". A kan shi zamuyi gwaje-gwaje kuma zamu bincika ko tunaninmu gaskiya ne. Amma idan suka yi gaskiya ne - to, tarko ya halitta zai sake dawo da dogaro da daidaito na daidaito daga filin magnetic, wanda zai ba da mafi kyawun daidaito tare da manyan filayen magnetic. Kuma tunda daidaito yana girma tare da haɓakar filin, wannan yana nufin cewa tarkon zai iya ba da izinin ƙirƙirar mafi daidai duka masu digiri na biyu, "in ji Daliban Skoltech na digiri na biyu Anton Loznes.
A cewar shugaban nazarin Farfesa Evgeny Nikolaev, taro mai yawa tare da sabon nau'in tarko zai iya gano daidai da mai, inda har zuwa 400 dubu daban-daban mahaɗan za a iya gano.
Source: Kimiyya mara kyau