HayaɓaYi wasa da muhimmiyar rawa a cikin bincike da ci gaba a fagen nukiliyar nukiliya. Shirin Its a cikin Eserary na Rhotary ne na gwaji na gwaji na gwaji a karkashin gini. Wannan aikin zai kafa inji mai sanyaya don tabbatar da sanyayar kayan masarufi. "Domin samar da filayen lantarki da ake bukata don kewaya masu martaba, suna da kayan magnetic kayan magnetic, da kuma kula da kayan magnetic suna buƙatar aiki a matsanancin yanayin zafi, kusa da cikakken sifili." A cikin tsire-tsire mai sanyaya, yankin ƙasa mai kyau na Helium ya mamaye yanki na murabba'in mita 3,000, kuma jimlar yanki ta kai mita 5,400.
A cikin furucin nukiliya,hayaɓaana amfani da shi sosai ga firiji da aikin sanyaya.Hayaɓaan dauki wani kyakkyawan firiji saboda kayan kayatarwa da kyawawan halaye na therenic. A cikin tsire-tsire sanyaya,hayaɓaAna amfani da shi don kiyaye mai martaba a zazzabi mai aiki da ya dace don tabbatar da cewa zai iya aiki yadda yakamata kuma yana haifar da isasshen ƙarfi.
Don tabbatar da aikin yau da kullun na mai amsawa, shuka mai sanyi tana amfani da kayan aikin magnetic don samar da filin da ake buƙata na lantarki. Kayan kayan magnetic na buƙatar aiki a matsanancin yanayin zafi, kusa da cikakken sifili mai kyau. A matsayin muhimmiyar matsakaici mai sanyaya,hayaɓaZai iya samar da yanayin da ake buƙata na ƙarancin zafin da ake buƙata kuma yana da kwantar da hankali sosai don tabbatar da cewa zai iya cimma nasarar aikin da ake tsammanin.
Domin biyan bukatun mai sanyaya mai sanyaya,hayaɓaShuka yana mamaye yankin da yawa. Wannan yana nuna mahimmancin Heliuh a cikin bincike game da Nukiliya na Nillear da ci gaba, da kuma rashin daidaitonsa wajen samar da yanayin cryeroenic da sakamako mai sanyaya.
A ƙarshe,hayaɓaYana taka muhimmiyar rawa a cikin binciken Nillear da Ci gaba. A matsayina na matsakaici mai dacewa mai sanyaya, ana amfani dashi sosai a cikin aikin sanyaya aikin gwajin nukiliya na gwaji. A cikin tsire-tsire mai sanyaya, mahimmancin Helium ya nuna a cikin iyawar da ya dace da ƙarancin yanayin zafi da tasiri mai sanyaya don tabbatar da cewa reactor yana iya aiki a al'ada. Tare da ci gaban fasahar nukiliya, aikace-aikacen aikace-aikace a fagen bincike da ci gaba zasu zama m.
Lokaci: Jul-24-2023
