Iialloy ezithambileyo zemagnethi1J85/ FeNi 85 / Ni80Mo5

Isetyenziswa kakhulu kwiindawo ezimbini zokuguqula amandla kunye nokucubungula ulwazi

Kwishishini lamandla, ikakhulu kwi-magnetic field ephezulu kukho i-induction ephezulu ye-magnetic kunye nokulahleka okuphantsi kwe-alloy. Kwishishini le-elektroniki, ikakhulu kwi-alloy ephantsi okanye ephakathi ene-magnetic permeability ephezulu kunye namandla aphantsi okunyanzela. Kwi-frequency ephezulu kufuneka kwenziwe kwi-strip encinci okanye i-alloy resistivity ephezulu. Ngokwesiqhelo ngephepha okanye i-strip.

Izinto zemagnethi ezithambileyo ezitshintshiselana nokusetyenziswa, ngenxa yemisinga yemagnethi etshintshanayo ebangelwa ngaphakathi kwezinto, nto leyo ebangela ukulahleka, kokukhona ukumelana kwe-alloy kuncinci, kokukhona ubukhulu bukhula, kokukhona intsimi yemagnethi etshintshanayo iphakama, ukulahleka komsinga we-eddy kukhulu, ukuncipha kombane wemagnethi. Ngenxa yoku, izinto kufuneka zenziwe iphepha elincinci (iteyipu), kwaye umphezulu ugqunywe ngomaleko wokuthintela, okanye ukusetyenziswa kweendlela ezithile kumphezulu ukwenza umaleko wokuthintela i-oxide, ezi ntlobo ze-alloys zihlala zisetyenziswa njenge-magnesium oxide electrophoresis coating.

I-iron-nickel alloy ikakhulu isetyenziswa kwi-alternating magnetic field, ikakhulu kwi-yoga iron, i-relay, ii-Small Power Transformers kunye ne-Magnetically shielded.

Nazi iinkcukacha zeemveliso zethu:1J85:

Ukwakheka kweekhemikhali

Inkqubo yonyango lobushushu

Ukukhusela ngemagnethi okungapheliyo: Ukuze uthintele ukuphazamiseka kwentsimi yemagnethi yangaphandle, rhoqo kwi-CRT, icandelo elijolise kwi-electron beam ye-CRT yangaphandle kunye nesikhuselo semagnethi, ungadlala indima yokukhusela ngemagnethi.