Taxanaha RCSC Superconducting Birta Kala-duwayaasha
Isticmaalka iyo Tilmaamaha:
Taxanaha RCC heer-kulka hoose ee superconducting magnetka wuxuu isticmaalaa magnets-conducting si uu u dhaliyo goob birlabeed xooggan oo looga baahan yahay ka saarista birta. Faa'iidada ayaa ah in gobolka superconducting (-268.8 ° C), uu jiro hadda oo aan iska caabin ah lahayn, iyo hadda wuxuu dhex maraa gariiradda superconducting si ay u abuurto goob magnet ah oo xooggan. Awood sare oo bir ah, qoto dheer oo weyn oo bir ah, awoodda nuugista birta ee xooggan, miisaanka fudud, isticmaalka tamarta yar, badbaadinta tamarta iyo ilaalinta deegaanka, iwm., faa'iidooyinka ay kala-saareyaasha elektromagnetic-ga caadiga ah aysan u dhigmi karin. Waxaa inta badan loo isticmaalaa in lagu tirtiro wasakhda birta ee wanaagsan ee ku jirta tolitaanka dhuxusha
Sharaxaada Model:
Guulihii:
Heerkulka hoose ee superconducting magnetka ayaa gudbay qiimaynta farsamada ee gobolka iyo wasiirka iyo qiimaynta alaabta ee November 2008 iyo June 2010 siday u kala horreeyaan, waxaanay heleen saddexdan shati ee soo socda:
Mid ka mid ah shatiyada hal-abuurka ayaa la xaqiijiyay, magaca patent-ku waa "heerkul hoose oo awood leh kala-soocida magnetka xooggan" (ZL200710116248.4)
◆ Hal nooc oo utility ah ayaa la xaqiijiyay patent-ka, magaca patent-kuna waa "Aaladda Joojinta Kala-bixinta Magnetic Superconducting" (ZL 2007 2 0159191.1)
◆ Hal nooc oo utility ah ayaa la xaqiijiyay shatiga, magaca patent-kuna waa "Aaladda ilaalinta dabacsan ee saxanka hoose ee kala-soocida magnetic superconducting" (ZL 200820023792.4)
Qaab dhismeedka qalabka:
Kala-soocida magnetic superconducting heer-kulka hooseeya wuxuu inta badan ka kooban yahay qolofka iyo aaladda ka laadlaadda, qaybta magnet-ka ee awoodda sare leh, nidaamka qaboojinta iyo nidaamka xakamaynta tooska ah. Magnet-ka kondhomka sare leh ayaa lagu laadlaadsan yahay qolofka, iyo nidaamka qaboojiyaha waxaa loo isticmaalaa in lagu ilaaliyo heerkulka helium dareere ah.
Nidaamka kontoroolka otomaatiga ah wuxuu xaqiijin karaa koontaroolka fog iyo ogaanshaha cilladaha fog iyadoo loo marayo shabakadda wireless-ka. Tirooyinkan soo socdaa waa jaantuska saddex-geesoodka ah iyo sawirrada shaqada ee kala-soocida birlabeed ee heerkul hoose.
Jaantuska soo socdaa waa jaantus qaabaysan oo qolof iyo qalab laadlaad ah oo heer-ku- hooseeya
1, qolof
2. Dareemka Cadaadiska
3. Usha laadlaadsan
4. meelaynta gunta
5, saxanka hagaajinta
6,elastomer
7. looxa la dhaqaajin karo
8, xidhitaanka bolt
9. Shell saxan hoose
10, caag dabacsan
11, saxan isku xira
12. Saxanka hoose ee manganese sare
13. Magnet
Magnet 13 ee kala-soocida magnetic superconducting ayaa go'an on qolof 1 iyada oo loo marayo usha laalaadista 3, iyo qaybta sare ee usha laalaadista 3 waxaa lagu qalabeeyaa dareemaha cadaadis 2 si loo ogaado xoogga magnetic SEPARATOR superconducting waqti kasta.
Marka kala-soocida magnetic superconducting uu shaqeynayo, birta taraamka waxay saameyneysaa saxanka sare ee manganese hoose ee 12 ee qolofka xawaaraha sare, sameynta cadaadiska saxanka isku xirka 11. Waqtigaan, elastomer 6 waa la cufan oo wuu qallafsan yahay iyada oo loo marayo saxanka isku xirka 11 si loo nuugo tamarta saameynta. Marka saameyntu ay weyn tahay, Marka elastomer 6 la cadaadiyo ilaa xad, caag jilicsan 10 ayaa la cadaadiyaa si uu u soo saaro qallafsanaanta oo u nuugo tamarta saameynta, si wax ku ool ah u hubinta in qolof 1 uusan gariirin marka birta ka saarta superconducting ay shaqeyneyso, si loo hubiyo in birta ka saarta superconducting ay ku xayiran tahay qolofka 1 magnet 13 u shaqeeyo si deggan.
mabda'a shaqada:
Jaantuska soo socdaa waa jaantuska qaab dhismeedka magnet-conducting super. Gariiradda sare-conducting 6 waxaa lagu quusiyaa dareeraha helium 5. Helium dareeraha ah wuxuu bixiyaa heerkul hooseeya 4.2K marka gariiradda superconducting ay shaqaynayso. Helium dareere ah 5 waxaa lagu daboolay faaruqa sare ee 4K Dewar 4., Si loo hubiyo daadinta kulaylka ugu hooseeya ee Dewar heerkulka hooseeya, taas oo ah, 4K Dewar, gaashaan kulaylka 40K 3 iyo 300K Dewar 2 ayaa lagu rakibay bannaanka si loo hubiyo in nidaamku gaaro dheelitirka kulaylka, si ay birta ka saarta superconducting u shaqeyso si la isku halleyn karo oo xasilloon. Lambarka taxanaha 1 waa talaajad .
1, qaboojiyaha
2,300KDewar
3, gaashaanka kulaylka
4, 4KDewar
5. Helium dareere ah
6, gariiradda sarraysa
Sababo la xiriira xoogga magnetic aadka u sarreeya ee uu dhaliyo heerkulka hoose ee superconducting magnetka, xoogga weyn ee magnetic field wuxuu keeni doonaa burburka birta inay saameyn ku yeeshaan magnetka xawaare aad u degdeg badan, taas oo keeni karta dhaawac ku yimaada magnet-ka sareeya. Sidaa darteed, magnet-conducting-ka sarreeya ee kala-soocida magnetic-ku-hooseeya ee superconducting ayaa ku xayiran qolofka iyada oo loo marayo Aaladda Joojinta. Qolofku wuxuu ku qalabaysan yahay alaab qaran oo la aqoonsan yahay - qalab laadlaadsan oo dabacsan. Marka qashinka birta ay si xoog leh u saameeyaan magnetka, qalabkani wuxuu si kalsooni leh u nuugi karaa tamarta saameynta, wuxuu ka ilaalin karaa magnet-ka sare ee waxyeellada, wuxuuna hubin karaa in heerkulka hooseeya ee superconducting magnet uu si fiican u shaqeyn karo muddo dheer.
Qaybta xakamaynta hawlgalka ee heerkulka hoose ee superconducting magnetic kala soocida Chinese iyo Ingiriisi interfaces ka shaqeeya, taas oo ay fududahay in la fahmo, fududahay in la isticmaalo, fududahay in la ilaaliyo, iyo xaqiijin kartaa gudbinta online ee diiwaanada hawlgalka iyo kormeerka online ee heerka hawlgalka, ogaanaya fog. xakamaynta iyo ogaanshaha, hagaajinta isku halaynta hawlgalka qalabka.
