【Huate Magnetic Separation Encyclopedia】 Codsiga Tignoolajiyada Qaboojinta Saliida ee Qalabka Kala Saarida Magnetic
Qalabka ka faa'iidaysiga ee Magnetoelectric wuxuu ka ciyaaraa door aan la bedeli karin ee wax soo saarka ka faa'iidaysiga birta iyo kuwa aan biraha ahayn. Horumarinta, mabda'a, faa'iidooyinka iyo khasaaraha iyo codsiga warshadaha ee qaboojinta biyaha, qaboojinta hawada iyo tiknoolajiyada qaboojinta saliidda ayaa la falanqeeyay oo la barbardhigayaa. Natiijooyinku waxay muujinayaan in tignoolajiyada qaboojinta saliidda ay tahay tignoolajiyada muhiimka ah ee goobta soo saarista qalabka farsamaynta macdanta, taas oo wanaajin karta waxqabadka qalabka, buuxinta shuruudaha wax soo saarka miinada, waxayna leedahay rajooyin balaadhan oo codsi ah oo ku saabsan dhinacyada kala soocida walxaha magnetic iyo kuwa aan ahayn- walxaha magnetic ka saarida wasakhda birlabeedka.
Qalabka ka faa'iidaysiga Magnetoelectric waa nooc ka mid ah qalabka dhalin kara xoog bir ah oo xoog leh, kaas oo si weyn loogu isticmaalo kala soocida macdanta madow, kuwa aan birta ahayn iyo kuwa dhifka ah.
Kala-soocida birlabeedka xooggan ayaa inta badan loo isticmaalaa in lagu xalliyo dhibaatada kala-soocidda macdanta magnetic daciifka ah. Waqtigan xaadirka ah, kala-soocida birlabeedka xooggan ee magnetic inta badan waxay isticmaashaa goobta korantada. Waxaa jira laba siyaabood oo waaweyn oo lagu heli karo goobta korantada ee awoodda goobta sare. Mid waa in la kordhiyo cabbirka tooska ah ee qalabka, tan kalena waa in la kordhiyo culeyska korantada. Ficil ahaan, sababtoo ah xaddidaadda qaybaha, kororka cabbirka tooska ah ayaa sidoo kale xaddidan, sidaas darteed kordhinta culeyska korantada ayaa noqda hab wax ku ool ah.
Marka culeyska korantada magnetka uu kordho, heerkulka gariiradda korantada ayaa si lama filaan ah u kici doonta. Sidaa darteed, si loo hubiyo hawlgalka badbaadada leh ee qalabka farsamaynta macdanta, tignoolajiyada qaboojinta ayaa loo baahan yahay si loo xakameeyo heerkulka gariiradda elektromagnetic ee xadka la oggol yahay. Sidaa darteed, tignoolajiyada qaboojinta ayaa muhiimad weyn u leh marka la eego qalabyada waaweyn.
Qalabka faa'iidada magnetoelectric, qaybta ugu muhiimsan waa gariiradda korantada, taas oo si toos ah ula xiriirta nolosha adeegga qalabka. Sidaa darteed, habka qaboojinta ee gariiradda elektromagnetic waa mid aad u muhiim ah, iyo geedi socodkeeda horumarinta ayaa si tartiib tartiib ah isu beddelay qaboojinta hawada, qaboojinta biyaha ilaa qaboojinta saliidda dareeraha ah, qaboojinta hawada qasabka ah, qaboojinta isku-dhafka saliidda-biyaha, ka dibna qaboojinta uumiga. Hababkan qaboojinta waxay leeyihiin faa'iidooyin iyo faa'iido darrooyin iyaga u gaar ah.
Farsamada qaboojinta Solenoid
1.1 Solenoid gariiradda godan ee biyaha qaboojinta
Sannadihii 1980-aadkii, gariiradda korantada ee qalabka ka faa'iideysiga magnetoelectric waxaa lagu qaboojiyey hal silig oo bannaan. Habkani waa mid sahlan qaab dhismeedka iyo ku habboon dayactirka, waxaana marka hore loo isticmaalaa giraanta toosan ee kala-saareyaasha magnetic gradient sare. Marka la kordhiyo xoogga goobta magnetic, gariiradda qaboojinta biyaha ayaa si tartiib tartiib ah u adkeyneysa in la buuxiyo shuruudaha, sababtoo ah biyaha dhex mara siliga godan ayaa si lama filaan ah u keeni doona maqaarka gudaha gudaha siliga, taas oo saameyn doonta kuleylka kuleylka. iyo ugu dambeyntii saameeya saameynta xulashada iyadoo saameynaysa xoogga goobta elektromagnetic.
1.2 Qaboojinta saliid gariiradda Solenoid, qaboojinta hawada qasabka ah iyo qaboojinta isku dhafan ee saliidda
Gariiradda kicinta ayaa laga sameeyay H-class ( iska caabin heerkulka 180 ℃) laba-glaas xariir ah oo lagu duudduubay silig elektromagnetic ah, qaab dhismeedka dabaysha saddex-geesoodka ah, iyo dahaarka u dhexeeya kooxaha, si koox kasta oo gariiro ah ay si buuxda ula xiriirto saliid, sababtoo ah gariiradda alaabadu waxay sameeyaan gariiro madaxbannaan. Wareega saliida, rakibida qaboojiyaha hawada iyo kulaylka ka baxsan gariiradda, iyo wareegga qasabka ah, hufnaanta kulaylka sareeyo, si kor u kaca heerkulka gariiradda elektromagnetic-ka uu ka yar yahay ama la mid yahay 25 ℃.
Transformer-ku wuxuu qaataa qaboojinta saliidda, taas oo si weyn u beddesha saamaynta qaboojinta, hagaajinta heerka isticmaalka alaabta, waxay yaraynaysaa cabbirka tooska ah ee qalabka, waxay wanaajisaa waxqabadka korantada korantada, waxayna kordhisaa nolosha adeegga qalabka. Hadda qalabka ka faa'iidaysiga magnetoelectric ayaa si ballaaran u qaatay tignoolajiyada qaboojinta saliidda.
Tignoolajiyada qaboojinta saliidda ayaa lagu dabaqay giraanta toosan ee kala soocida magnetic gradient sare.
Tignoolajiyada Qaboojinta Saliida Lagu dabaqay Electromagnetic Slurry High Gradient Magnetic Separator
Tiknoolajiyada qaboojinta saliidda ayaa lagu dabaqay ka saaraha birta korantada
1.3 Qaboojinta uumiga ee gariiradda elektromagnetic
Cilmi-baarista tikniyoolajiyadda qaboojinta uumi-baxa ayaa sanado badan laga sameeyay gudaha iyo dibaddaba, guulaha qaarna waa la gaaray, laakiin saameynta codsiga dhabta ah maaha mid lagu qanci karo. Marka la eego mabda'a, tignoolajiyada qaboojinta uumi waa tignoolajiyada qaboojinta wax ku ool ah, taas oo u qalanta daraasad dheeri ah. Sababtoo ah dhexdhexaadinta ay isticmaasho waxay leedahay sifooyinka uumiga iyo dahaarka korantada, waxay samayn kartaa xaalad wareeg ah oo dabiici ah. Farsamada qaboojinta uumi-baxa ayaa markii hore lagu wareejiyay oo lagu tallaalay qaboojinta gariiradda korantada ee qalabka faa'iidada magnetoelectric. Waxay ka bilaabmatay iskaashiga u dhexeeya Shandong Huate Magnet Technology Co., Ltd. iyo Machadka Injineerinka Korontada ee Akadeemiyada Sayniska Shiinaha ee 2005. Waqtigan xaadirka ah, waxaa inta badan loo adeegsadaa ka saareyaasha birta korantada iyo giraanta toosan ee magnetka sare ee xulashada mashiinka xulashada mashiinka iyo codsiga goobta ayaa muujinaya in saameynta kuleylka kulaylku ay wanaagsan tahay iyo saameynta wax-soo-saarka ugu fiican ayaa la helay. Waqtigan xaadirka ah, dhexdhexaadiyaha qaboojinta ee loo isticmaalo farsamada qaboojinta uumi-baxa waa Freon, kaas oo hadda xaddidan sababtoo ah saameynta waxyeellada leh ee lakabka ozone ee jawiga. Sidaa darteed, horumarinta warbaahinta qaboojinta hufan, jaban, iyo deegaanka saaxiibtinimo waa jihada mustaqbalka ee horumarinta.
Qalabka ka faa'iideysiga magnetoelectric-ka weyn wuxuu qaataa tignoolajiyada qaboojinta saliidda, taas oo si weyn loo wanaajin karo waxqabadka, kor u kaca heerkulka, isticmaalka tamarta, tayada qalabka iyo waxqabadka qiimaha.
Codsiga farsamada qaboojinta faa'iidada magnetoelectric
Codsiga Isku-dhafka Saliida-Biyaha Qaboojiyaha Toosan ee Giraanta Sarreysa ee Magnetic Kala-soocida ee Dabada Hematite ee Australia Dib u habaynta
Codsiga qaboojinta isku-dhafka saliidda-biyaha giraanta toosan
Isku dhafka biyaha saliidda qaboojinta giraanta toosan ee gradient sare ee magnetka ayaa loo isticmaalaa mashruuca sifaynta kaolin
Goobta codsiga macaamiisha kala soocida magnetic high gradient magnetic
Saliid adag oo qaboojinaysa birta korantada, oo ka shaqeysa dekedda Tangshan Caofeidian
Codsiga tikniyoolajiyadda qaboojinta saliidda ee qalabka faa'iidada magnetoelectric waxay hagaajin kartaa waxqabadka qalabka, buuxinta shuruudaha wax soo saarka ee miinooyinka, waxayna leeyihiin rajooyin codsi oo ballaadhan oo loogu talagalay kala-soocidda alaabta magnetic iyo ka saarida wasakhda magnetic ee alaabta aan magnetic.
Baaxadda adeegyada farsamada ee Huate Mineral Processing Engineering Institute Design
① Falanqaynta walxaha caadiga ah iyo ogaanshaha walxaha birta ah.
② Diyaarinta iyo nadiifinta macdanta aan biraha ahayn sida fluorite, kaolinite, bauxite, caleen caleen, baryrite, iwm.
③Ka faa'iidaysiga biraha madow sida birta, titanium, manganese, chromium iyo vanadium.
④ Ka faa'iidaysiga macdanta macdanta magnetic daciifka ah sida tungsten madow, tantalum niobium ore, rummaan, gaaska korantada, iyo daruur madow.
⑤ Ka faa'iidaysiga guud ee agabka sare sida dabada kala duwan iyo dhar dhalada.
⑥ Waxaa jira ore-magnetic, culus iyo sabbeynta isku darka faa'iidooyinka biraha ferrous.
⑦ Kala soocida dareenka caqliga leh ee macdanaha macdanaha ah iyo kuwa aan birta ahayn.
⑧ Imtixaan doorasho joogto ah oo semi-warshadeed ah.
⑨ Qalabaynta budada Ultrafine sida burburinta walxaha, shiididda kubbadda iyo kala-soocidda.
⑩ Mashaariicda furaha EPC sida burburinta, xulashada hore, shiidi, kala soocida magnetic (culus, sabbeynta), raft qalalan, iwm.
Waqtiga boostada: Febraayo-22-2022