Arc Magnets

Arc Magnets

Neodymium magnetsmuddo dheer ayaa loo aqoonsaday inay leeyihiin awood sare iyo wax-qabadkooda. Waxaa loo isticmaalaa warshado kala duwan oo kala duwan laga bilaabo injineerinka hawada hawada ilaa qalabka elektarooniga ah ee macaamiisha. Magnets-ka Arc waxay leeyihiin qaab gaar ah oo u eg goobada kala badh, taas oo u oggolaanaysa inay si habsami leh isugu daraan dusha qaloocan iyo naqshado gaar ah. Naqshaddan cusubi waxay furaysaa cabbir cusub oo dhan oo ah codsiyada magnetic, taasoo awood u siinaysa injineerada iyo naqshadeeyayaasha inay sahamiyaan fursadaha aan dhammaadka lahayn ee mashruucyadooda. Laga sameeyay kaliya neodymium tayo sare leh, magnets-yadayadu waxay bixiyaan awood aan la barbar dhigi karin, hubinta waxqabadka sare ee codsi kasta. Laga soo bilaabo matoorada korantada iyo koronto-dhaliyeyaasha ilaa kala-soocida birlabeedka, magnet-yadani waxay kordhiyaan hufnaanta iyo isku halaynta. Sifooyinkooda birlabeedka ee sarreeya, oo ay ku jiraan dib-u-hagaajin sare iyo xoog-saarid, ayaa ka dhigaya kuwo ku habboon dalbashada codsiyada warshadaha ee u baahan awoodda ugu badan ee magnetka. MarkaHonsen Magnetics, waxaan mudnaanta siinaa badbaadada iyo joogtaynta. Magnet-kayaga arc waa la dahaadhay si looga hortago daxalka loona kordhiyo cimri dhererka. Intaa waxaa dheer, magnets-yada si adag ayaa loo tijaabiyaa si loo hubiyo u hoggaansanaanta heerarka caalamiga ah ee la aqoonsan yahay. Ballanqaadkan tayada iyo joogteynta ayaa naga caawinaysa inaan sii wadno booskayaga sida bixiye xalal magnetic la aaminsan yahay.
  • Dardariyaha Goobta Xoog ee Magnet-ka Xoogan

    Dardariyaha Goobta Xoog ee Magnet-ka Xoogan

    Dardariyaha Goobta Xoog ee Magnet-ka Xoogan

    Dhammaan magnets-ka looma wada abuurin si siman. Magnets-yada Dunida Naadirka ah waxa laga sameeyey Neodymium, oo ah maaddada magnetka joogtada ah ee ugu xooggan suuqa maanta. Magnets Neodymium waxay leeyihiin adeegsiyo badan, laga bilaabo codsiyo warshadeed oo kala duwan ilaa tiro aan xadidnayn oo ah mashruucyo shaqsiyeed.

    Honsen Magnetics waa isha Magnet ee Neodymium Rare Earth Magnets. Eeg ururintayada oo dhanhalkan.

    Ma u baahan tahay cabbir gaar ah? Codso xigasho qiimaha mugga.
  • Xawaaraha Proton ee Awooda leh Neodymium Arc Rotor Magnets

    Xawaaraha Proton ee Awooda leh Neodymium Arc Rotor Magnets

    Xawaaraha Proton ee Awooda leh Neodymium Arc Rotor Magnets

    Dhammaan magnets-ka looma wada abuurin si siman. Magnets-yada Dunida Naadirka ah waxa laga sameeyey Neodymium, oo ah maaddada magnetka joogtada ah ee ugu xooggan suuqa maanta. Magnets Neodymium waxay leeyihiin adeegsiyo badan, laga bilaabo codsiyo warshadeed oo kala duwan ilaa tiro aan xadidnayn oo ah mashruucyo shaqsiyeed.

    Honsen Magnetics waa isha Magnet ee Neodymium Rare Earth Magnets. Eeg ururintayada oo dhanhalkan.

    Ma u baahan tahay cabbir gaar ah? Codso xigasho qiimaha mugga.
  • Arc Lift Motor Magnets oo leh dalool Countersunk

    Arc Lift Motor Magnets oo leh dalool Countersunk

    Arc Lift Motor Magnets oo leh dalool Countersunk

    Dhammaan magnets-ka looma wada abuurin si siman. Magnets-yada Dunida Naadirka ah waxa laga sameeyey Neodymium, oo ah maaddada magnetka joogtada ah ee ugu xooggan suuqa maanta. Magnets Neodymium waxay leeyihiin adeegsiyo badan, laga bilaabo codsiyo warshadeed oo kala duwan ilaa tiro aan xadidnayn oo ah mashruucyo shaqsiyeed.

    Honsen Magnetics waa isha Magnet ee Neodymium Rare Earth Magnets. Eeg ururintayada oo dhanhalkan.

    Ma u baahan tahay cabbir gaar ah? Codso xigasho qiimaha mugga.
  • Tusaalooyinka bilaashka ah ee dhulku naadirka ah ee Neodymium magnets

    Tusaalooyinka bilaashka ah ee dhulku naadirka ah ee Neodymium magnets

    Tusaalooyinka bilaashka ah ee dhulku naadirka ah ee Neodymium magnets

    Dhammaan magnets-ka looma wada abuurin si siman. Magnets-yada Dunida Naadirka ah waxa laga sameeyey Neodymium, oo ah maaddada magnetka joogtada ah ee ugu xooggan suuqa maanta. Magnets Neodymium waxay leeyihiin adeegsiyo badan, laga bilaabo codsiyo warshadeed oo kala duwan ilaa tiro aan xadidnayn oo ah mashruucyo shaqsiyeed.

    Honsen Magnetics waa isha Magnet ee Neodymium Rare Earth Magnets. Eeg ururintayada oo dhanhalkan.

    Ma u baahan tahay cabbir gaar ah? Codso xigasho qiimaha mugga.
  • Qaabka Arc Magnet Joogtada ah ee Tamarta La awoodi karo

    Qaabka Arc Magnet Joogtada ah ee Tamarta La awoodi karo

    Qaabka Arc Magnet Joogtada ah ee Tamarta La awoodi karo

    Dhammaan magnets-ka looma wada abuurin si siman. Magnets-yada Dunida Naadirka ah waxa laga sameeyey Neodymium, oo ah maaddada magnetka joogtada ah ee ugu xooggan suuqa maanta. Magnets Neodymium waxay leeyihiin adeegsiyo badan, laga bilaabo codsiyo warshadeed oo kala duwan ilaa tiro aan xadidnayn oo ah mashruucyo shaqsiyeed.

    Honsen Magnetics waa isha Magnet ee Neodymium Rare Earth Magnets. Eeg ururintayada oo dhanhalkan.

    Ma u baahan tahay cabbir gaar ah? Codso xigasho qiimaha mugga.
  • Hal-dhinac xoog leh magnet halbach array magnet

    Hal-dhinac xoog leh magnet halbach array magnet

     

    Halbach array magnets waa nooc ka mid ah isu imaatinka birlabeedka kaas oo bixiya goob birlabeed xooggan oo diiradda leh. Magnets-yadani waxay ka kooban yihiin taxane birlab joogto ah oo loo habeeyey qaab gaar ah si ay u abuuraan goob birlabeed aan jiho lahayn oo leh heerar sare oo isku mid ah.

  • Neodymium (Dhul naadir ah) Arc/Segnet Magnet ee Matoorada

    Neodymium (Dhul naadir ah) Arc/Segnet Magnet ee Matoorada

    Magaca Alaabta: Neodymium Arc/Segment/Tile Magnet

    Waxyaabaha: Neodymium Iron Boron

    Cabbirka: Habaysan

    Dahaarka: Silver, Gold, Zinc, Nickel, Ni-Cu-Ni. Copper iwm.

    Jihada Magnetization: Sida ku cad codsigaaga

  • Magnets Joogta ah ee Laminated si loo yareeyo Khasaaraha Hadda jira

    Magnets Joogta ah ee Laminated si loo yareeyo Khasaaraha Hadda jira

    Ujeedada laga leeyahay in magnet dhan loo gooyo dhowr qaybood oo la wada isticmaalo waa in la yareeyo luminta dareenka. Waxaan ugu yeernaa magnet-ka noocaan ah "Lamination". Guud ahaan, qaybo badan oo ka mid ah, ayaa ka sii wanagsan saamaynta dhimista luminta. Lamination ma xumeyn doono guud ahaan waxqabadka magnetka, kaliya qulqulka ayaa wax yar saameyn doona. Caadi ahaan waxaan xakameynaa godadka xabagta gudaha dhumuc gaar ah iyadoo la adeegsanayo hab gaar ah si loo xakameeyo farqiga kasta wuxuu leeyahay dhumuc isku mid ah.

  • Halbach Array Magnetic System

    Halbach Array Magnetic System

    Halbach array waa qaab-dhismeedka magnet-ka, kaas oo ah qaab-dhismeedka ugu habboon ee injineernimada. Hadafka ayaa ah in la dhaliyo goobta magnetka ugu xoogga badan oo leh tirada ugu yar ee magnets. Sannadkii 1979-kii, markii Klaus Halbach, oo ah aqoonyahan Maraykan ah, uu sameeyay tijaabooyinka dardargelinta elektaroonigga ah, wuxuu helay qaabkan magnet-ka ah ee joogtada ah, si tartiib tartiib ah ayuu u hagaajiyay qaabkan, ugu dambeyntiina wuxuu sameeyay waxa loogu yeero "Halbach" magnet.

  • Magnets Joogtada ah ee loo isticmaalo Warshadaha Baabuurta

    Magnets Joogtada ah ee loo isticmaalo Warshadaha Baabuurta

    Waxaa jira adeegsiyo badan oo kala duwan oo loogu talagalay magnets-ka joogtada ah ee codsiyada baabuurta, oo ay ku jirto waxtarka. Warshadaha baabuurta waxa ay diirada saarayaan laba nooc oo wax ku ool ah: hufnaanta shidaalka iyo hufnaanta khadka wax soo saarka. Magnets ayaa labadaba caawiya.

  • Soo saaraha Matoorka ee Servo

    Soo saaraha Matoorka ee Servo

    Tiirka N iyo tiirka S ee magnetka ayaa si kale loo habeeyey. Mid ka mid ah tiirarka N iyo mid ka mid ah tiirarka s waxaa loo yaqaannaa labo tiir, matoorada waxay yeelan karaan wax kasta oo tiirar ah. Magnets waxa loo isticmaalaa oo ay ku jiraan aluminium nickel cobalt magnets joogto ah, ferrite magnets joogto ah magnets iyo dhul dhif ah magnets joogto ah (oo ay ku jiraan samarium cobalt magnet joogto ah iyo neodymium bir boron joogto ah magnets). Jihada magnetization waxay u qaybsantaa magnetization is barbar socda iyo magnetization radial.

  • Neodymium (Dhul naadir ah) Magnets loogu talagalay Matoorada Waxtarka leh

    Neodymium (Dhul naadir ah) Magnets loogu talagalay Matoorada Waxtarka leh

    Magnet neodymium oo leh heer hoose oo qasab ah ayaa laga yaabaa inuu bilaabo inuu lumiyo awoodda haddii lagu kululeeyo in ka badan 80 ° C. Magnets neodymium oo xoog badan ayaa la sameeyay si ay ugu shaqeeyaan heerkul ilaa 220°C ah, iyadoo leh khasaare aan dib loo celin karin. Baahida heerkulka hooseeya ee codsiyada magnet neodymium ayaa horseeday horumarinta darajooyin dhowr ah si loo buuxiyo shuruudaha hawlgalka ee gaarka ah.

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