IMagnethi eyomeleleyo yeMagnethi ye-Accelerator Magnet
Zonke iimagnethi azidalwanga zilingana. Ezi Magnethi zoMhlaba ziRare zenziwe nge-Neodymium, eyona nto inamandla umazibuthe esisigxina kwimarike namhlanje. Imagnethi ye-Neodymium inosetyenziso oluninzi, ukusuka kwiinkqubo ezahlukeneyo zemizi-mveliso ukuya kwinani elingenamkhawulo leeprojekthi zomntu.
I-Honsen Magnetics nguMthombo wakho weMagnet weNeodymium Rare Earth Magnets. Jonga ingqokelela yethu epheleleyoApha.
I-Proton Accelerator enamandla Neodymium Arc Rotor Magnets
I-Arc Phakamisa ooMazibuthe beMoto Ngomngxuma wokuBala
Iisampulu zasimahla ezisisigxina zemagnethi zomhlaba ezinqabileyo zeNeodymium
amandla aphezulu Afikelelekayo ngokusisigxina Magnet Arc Shape
Imagnethi yeHalbach array luhlobo lwendibano yemagnethi ebonelela ngemagnethi eyomeleleyo kwaye igxile. Ezi magnethi zibandakanya uthotho lweemagnethi ezisisigxina ezicwangciswe kwipatheni ethile ukuvelisa intsimi yemagnethi engabonakaliyo kunye neqondo eliphezulu le-homogeneity.
Igama leMveliso: Neodymium Arc/Segment/Tile Magnet
Izinto eziphathekayo: Neodymium Iron Boron
Ubungakanani: Yenzelwe wena
Ukwaleka: Isilivere, iGolide, iZinc, iNickel, iNi-Cu-Ni. Ubhedu njl.
Umkhombandlela weMagnetization: Ngokwesicelo sakho
Injongo yokusika imagnethi yonke ibe ziziqwenga ezininzi kwaye uyisebenzise kunye kukunciphisa ilahleko yeeddi. Sibiza ezi magnethi zinobubele "Lamination". Ngokuqhelekileyo, amaqhekeza amaninzi, ngcono umphumo wokunciphisa ilahleko ye-eddy. I-lamination ayiyi kutshabalalisa ukusebenza kwemagnethi ngokubanzi, kuphela i-flux eya kuchaphazeleka kancinci. Ngokuqhelekileyo silawula izikhewu zeglue ngaphakathi kobunzima obuthile usebenzisa indlela ekhethekileyo yokulawula i-gap nganye inobunzima obufanayo.
I-Halbach array sisakhiwo semagnethi, esisisakhiwo esifanelekileyo kubunjineli. Injongo kukuvelisa eyona ndawo inamandla yemagnethi enelona nani lincinci lemagnethi. Ngomnyaka we-1979, xa uKlaus Halbach, umphengululi waseMelika, eqhuba iimvavanyo zokukhawulezisa i-electron, wafumana esi sakhiwo sikhethekileyo samagnetic esisisigxina, saphucula ngokuthe ngcembe esi sakhiwo, kwaye ekugqibeleni wenza into ebizwa ngokuba yi-magnetic "Halbach".
Kukho iindlela ezininzi zokusetyenziswa kweemagnethi ezisisigxina kwizicelo zeemoto, kubandakanya ukusebenza kakuhle. Ushishino lweemoto lugxile kwiindidi ezimbini zokusebenza kakuhle: ukusebenza kakuhle kwamafutha kunye nokusebenza kakuhle kumgca wokuvelisa. Iimagnethi zinceda kuzo zombini.
I-N pole kunye ne-S pole yemagnethi zicwangciswe ngokutshintshanayo. Ipali ye-N enye kunye nepali enye zibizwa ngokuba zipere zeepali, kwaye iimotor zinokuba nazo naziphi na iperi yezibonda. Iimagnethi zisetyenziswa kubandakanya i-aluminiyam nickel cobalt umazibuthe osisigxina, iimagnethi ezisisigxina zeferrite kunye noomazibuthe onqabileyo bomhlaba osisigxina (kubandakanya imagnethi esisigxina yesamarium cobalt kunye neodymium iron boron umazibuthe osisigxina). Umkhombandlela wemagneti wahlulwe kwi-parallel magnetization kunye ne-radial magnetization.
Umazibuthe we-neodymium oneqondo eliphantsi lokunyanzeliswa unokuqalisa ukuphulukana namandla ukuba ubushushu obungaphezulu kwe-80°C. Ukunyanzeliswa okuphezulu kwemagnethi ye-neodymium iphuhliswe ukuba isebenze kumaqondo obushushu ukuya kuthi ga kwi-220 ° C, kunye nelahleko encinci engenakubuyiselwa. Imfuno yomlinganiso wobushushu obuphantsi kwizicelo zemagnethi ye-neodymium ikhokelele kuphuhliso lwamabakala amaninzi ukuhlangabezana neemfuno ezithile zokusebenza.