An gwada shi a babban dakin gwaje-gwaje na Ghnetic (HFML) a Jami'ar Radboud Najeriyar, da Ghs-Censors yana tallafawa aiki a filayen magnetic har zuwa 30 t da kuma a lokacin sanyi (ƙasa zuwa 1.5 k).
Abubuwan da aka ambata masu ma'ana suna isar da matsayin daidaito wanda ba a taɓa samun nasarar da aka samu a ƙarƙashin waɗannan yanayin ba, yana riƙe da kurakurai marasa daidaituwa na ƙasa da 1% a duk fadin kewayon matakan.
Zaɓuɓɓukan maɓallin canjin magnetic na canji na na'urorin GHS-C saboda yawan abubuwan firikwensin na graphene.
Graphene ya zama mai ɗaukar nauyin filin lantarki kai tsaye fassara, wanda aka kiyaye shi a duk faɗin filin maganadia - yin waɗannan na'urorin da suka yi sauki don daidaitawa.
Yanayin yanayi biyu na graphene shima yana nufin inganci, maimaitawa da ingantaccen bayanai ana bayar da shi ta hanyar Ghs-Censorsor, ba tare da wani hysteris ba, ba tare da wani hysteres ba, ba tare da wani hysteres ba, ba da kariya ga filayen jirgin sama mai ban mamaki.
Wannan mataki ne fallasa fiye da na yau da na'urori masu aikin na'urori waɗanda suka nuna asymmetry, yana samar da ma'auni daban-daban gwargwadon shugabanci.
Fadakarwa na cigaban GHS-C shine babban aikin aikinsu wanda ya haifar da rashin wutar lantarki yana cikin Misalan aikace-aikacen da suka dace sun haɗa da karancin yawan zafin jiki mai tsayi, babban filin Magnet, sarrafa filayen Maballin Maɗaukaki, da sauran kayan aikin kimiyya da magani. Hakanan ana iya amfani da na'urori masu mahimmanci a cikin gwaje-gwajen kimiyyar kimiyyar kimiyyar kimiyyar lissafi E.G., Binciken Binciken Likiti na Quanintum, Superconductity da Spintronics. Hoto: Pargrap - hoton ya nuna (a hannun dama) 37 t maganyen da aka saka a ciki da tsarin kula da kayan lantarki (hagu)