A matsayin babban madaidaici, kayan aikin fasaha na auna asara, ana amfani da resonance na magnetic a fannonin ilimin ƙasa, magani, ilmin halitta da ilmin sunadarai. Kayan aikin maganadisun maganadisu na al'ada galibi suna amfani da tsarin maganadisu mai rufi, kamar U-dimbin yawa da sifar ganga, wanda ke haifar da ƙarancin buɗewa da ɗaukar kayan aiki, kuma ba zai iya auna abubuwa akan farfajiya ba, wanda ke taƙaita iyakokin aikace-aikacen.

An yi amfani da hanyar resonance na maganadisun nukiliya mai gefe ɗaya kuma an haɓaka shi a cikin 'yan shekarun nan. Tsarin maganadisu mai gefe ɗaya zai iya warware matsalolin da aka ambata a sama. Halayensa sune: tsarin a buɗe yake, baya ƙunsar abin da aka auna, ana iya auna shi kai tsaye a farfajiya, kuma yana da fa'ida mai yawa; karami ne, ba nauyi, kuma mai sauƙin ɗauka.

Wannan maganadisu mai gefe ɗaya da CSJ ya samar yana ɗaukar tsarin Halbach magnet ɗin rabin-zobe. Tsarin maganadisu ya dogara ne akan ainihin ƙa'idar filin electromagnetic don haɓaka girman maganadisu da sigogin tsari akan ƙarfin filayen tsakiyar, daidaiton daidaiton filin magnetic da ɗan gajeren zango wanda tsarin Halbach magnet rabin-zobe ya samar. Tsarin maganadisu na iya samar da madaidaiciyar madaidaiciya da madaidaiciyar rarraba madaidaiciyar filin magnetic da ake buƙata don gwaje -gwajen reshe na nukiliya na nukiliya ba tare da ƙara murɗawa ba, yana fahimtar ƙaramin ƙarfi da ɗaukar kayan aikin resonance na maganadisu, kuma yana ƙara faɗaɗa kewayon aikace -aikacen makaman nukiliya.