【Qoraal-ka Kala-soocidda Magnetic-ga Huate】 Adeegsiga Tiknoolajiyada Qaboojinta Saliidda ee Qalabka Kala-soocidda Magnetic-ga
Qalabka Magnetoelectric beneficiation wuxuu door aan la beddeli karin ka ciyaaraa wax soo saarka biraha iyo kuwa aan biraha ahayn. Horumarinta, mabda'a, faa'iidooyinka iyo khasaarooyinka iyo codsiga warshadaha ee qaboojinta biyaha, qaboojinta hawada iyo tiknoolajiyada qaboojinta saliidda qasabka ah ayaa la falanqeeyay oo la barbar dhigay. Natiijooyinka waxay muujinayaan in tiknoolajiyada qaboojinta saliiddu ay tahay tiknoolajiyad muhiim ah oo ku saabsan wax soo saarka qalabka macdanta lagu farsameeyo, taas oo hagaajin karta waxqabadka qalabka, buuxin karta shuruudaha wax soo saarka macdanta, waxayna leedahay rajo ballaaran oo ku saabsan kala soocida walxaha birlabta iyo ka saarista walxaha aan birlabta ahayn ee wasakhda birlabta.
Qalabka Magnetoelectric beneficiation waa nooc ka mid ah qalabka soo saari kara xoog birlabeed oo xooggan, kaas oo si weyn loogu isticmaalo kala soocidda macdanta birta madow, kuwa aan birta ahayn iyo kuwa naadirka ah.
Kala-soocidda birlabta ee xoogga leh ee goobta birlabta waxaa inta badan loo isticmaalaa xallinta dhibaatada kala-soocidda macdanta birlabta ee daciifka ah. Waqtigan xaadirka ah, kala-soocidda birlabta ee xoogga leh ee goobta birlabta ayaa inta badan adeegsata goobta birlabta. Waxaa jira laba siyaabood oo waaweyn oo lagu heli karo goobta birlabta oo leh xoog sare oo goobta ah. Mid waa in la kordhiyo cabbirka toosan ee qalabka, tan kalena waa in la kordhiyo culayska birlabta. Dhab ahaantii, sababtoo ah xaddidaadda qaybaha, kororka cabbirka toosan sidoo kale waa xaddidan yahay, sidaa darteed kordhinta culayska birlabta waxay noqotaa hab wax ku ool ah.
Marka culayska koronto-dhaliye uu kordho, heerkulka gariiradda koronto-dhaliye wuxuu si lama huraan ah u kici doonaa. Sidaa darteed, si loo hubiyo hawlgalka badbaadada leh ee qalabka wax lagu farsameeyo macdanta, tiknoolajiyada qaboojinta ayaa loo baahan yahay si loo xakameeyo heerkulka gariiradda koronto-dhaliye ee ku jirta xadka loo oggol yahay. Sidaa darteed, tiknoolajiyadda qaboojinta ayaa muhiimad weyn leh marka la eego qalabka baaxadda weyn.
Qalabka magnetoelectric beneficiation, qaybta ugu muhiimsan ee xudunta u ah waa gariiradda elektromagnetic-ka, taas oo si toos ah ula xiriirta cimriga adeegga qalabka. Sidaa darteed, habka qaboojinta ee gariiradda elektromagnetic-ka waa mid aad muhiim u ah, geeddi-socodkeedana si tartiib tartiib ah ayuu isu beddelay qaboojinta hawada, qaboojinta biyaha una beddelay qaboojinta saliidda dareeraha ah, qaboojinta hawada qasabka ah, qaboojinta isku-dhafka saliidda iyo biyaha, ka dibna qaboojinta uumiga. Hababkaan qaboojinta waxay leeyihiin faa'iidooyinkooda iyo khasaarooyinkooda.
Tiknoolajiyada Qaboojinta Solenoid
1.1 Qaboojinta biyaha ee fiilada godan ee Solenoid coil
Sannadihii 1980-meeyadii, gariiradda elektaroonigga ah ee qalabka magnetoelectric beneficiation waxaa lagu qaboojiyey hal silig oo godan. Habkani waa mid fudud qaab-dhismeed ahaan waana mid ku habboon dayactirka, waxaana marka hore loo isticmaalaa kala-soocayaasha magnetic-ga ee giraanta toosan. Iyadoo la kordhinayo xoogga goobta birlabta, gariiradda qaboojinta biyaha ayaa si tartiib tartiib ah u adag in la buuxiyo shuruudaha, sababtoo ah biyaha dhex mara siligga godan waxay si lama huraan ah u sababi doonaan in simbiriirixan lagu sameeyo derbiga gudaha ee siligga, taasoo saameyn doonta kala-baxa kulaylka ee gariiradda, ugu dambayntiina saameyn ku yeelan doonta saameynta xulashada iyadoo saameynaysa xoogga goobta korantada.
1.2 Qaboojinta saliida siligga gariiradda Solenoid, qaboojinta hawada qasabka ah iyo qaboojinta isku-dhafka ah ee saliidda iyo biyaha
Xarig-kicinta kicinta waxaa laga sameeyay silig koronto oo laba-jibbaaran oo xariir ah oo lagu duubay H-class (iska caabbinta heerkulka 180 ℃), qaab-dhismeed saddex-cabbir ah oo wareegsan, iyo dahaadh u dhexeeya kooxaha, si koox kasta oo gariirad ah ay si buuxda ula xiriirto saliidda, sababtoo ah gariiradda badeecaddu waxay samaysaa gariirado madax-bannaan. Wareegga marinnada saliidda, rakibidda qaboojiyaha hawada iyo beddelaha kulaylka ee ka baxsan gariiradda, iyo wareegga qasabka ah, hufnaanta kala-baxa kulaylka sare, si heerkulka kor u kaca gariiradda koronto-dhaliye uu uga yaraado ama u dhigmo 25 ℃.
Transformer-ku wuxuu qaataa qaboojinta saliidda, taas oo si weyn u beddesha saameynta qaboojinta, hagaajisa heerka isticmaalka agabka, yareysa cabbirka toosan ee qalabka, kor u qaadaysa waxqabadka dahaarka korontada, iyo dheereynta cimriga adeegga qalabka. Hadda qalabka magnetoelectric beneficiation wuxuu si ballaaran u qaatay tignoolajiyada qaboojinta saliidda.
Tiknoolajiyada qaboojinta saliidda ayaa lagu dabaqay giraanta toosan ee kala-soocidda magnetic-ga ee heerka sare leh.
Tiknoolajiyada Qaboojinta Saliidda ee lagu dabaqay kala-soocidda magnetic-ga ee korantada ku shaqeeya
Tiknoolajiyada qaboojinta saliidda ayaa lagu dabaqay qalabka birta elektaroonigga ah ee ka saara birta elektaroonigga ah
1.3 Qaboojinta uumi-baxa ee gariiradda elektromagnetic-ka
Cilmi-baarista ku saabsan tignoolajiyada qaboojinta uumiga ayaa sannado badan laga sameeyay gudaha iyo dibadda, waxaana la gaaray guulo qaar, laakiin saameynta dhabta ah ee codsiga ma aha mid lagu qanacsan yahay. Marka laga eego mabda'a, tignoolajiyada qaboojinta uumiga waa tignoolajiyada qaboojinta ee hufan, taas oo mudan in la sii barto. Maadaama habka ay isticmaasho uumi-baxa iyo dahaarka korontada, waxay samayn kartaa xaalad wareeg dabiici ah. Tignoolajiyada qaboojinta uumiga ayaa markii ugu horreysay loo wareejiyay oo lagu tallaalay qaboojinta gariiradda elektromagnetic-ka ee qalabka magnetoelectric beneficiation. Waxay ka bilaabatay iskaashiga u dhexeeya Shandong Huate Magnet Technology Co., Ltd. iyo Machadka Injineerinka Korontada ee Akadeemiyada Sayniska Shiinaha sanadkii 2005. Waqtigan xaadirka ah, waxaa inta badan loo isticmaalaa ka-saarayaasha birta elektromagnetic-ka iyo giraanta toosan ee magnetic-ga oo leh heer sare. Xulashada mashiinka iyo codsiga goobta ayaa muujinaya in saameynta kala-baxa kulaylka ay wanaagsan tahay oo saameynta wax soo saarka ee ugu habboon la helo. Waqtigan xaadirka ah, habka qaboojinta ee loo isticmaalo tignoolajiyada qaboojinta uumiga waa Freon, kaas oo hadda xaddidan sababtoo ah saameyntiisa waxyeelada leh ee lakabka ozone ee jawiga. Sidaa darteed, horumarinta warbaahinta qaboojinta ee hufan, kharash yar, iyo deegaanka u fiican ayaa ah jihada mustaqbalka ee horumarka.
Qalabka magnetoelectric beneficiation ee baaxadda weyn wuxuu qaataa tiknoolajiyada qaboojinta saliidda, taas oo si weyn loogu horumarin karo waxqabadka, kor u kaca heerkulka, isticmaalka korontada, tayada qalabka iyo waxqabadka kharashka.
Adeegsiga tignoolajiyada qaboojinta magnetoelectric
Adeegsiga Kala-soocidda Birta-Oogga ee qaboojinta ee isku-dhafan ee Saliidda-Biyaha ee Toosan ee Kala-soocidda Birta-Tiran ee Hematite ee Australia Dib-u-habaynta
Adeegsiga qaboojinta isku-dhafka ah ee saliidda-biyaha giraanta toosan ee kala-soocidda magnetic-ga ee heerka sare ah ee mashruuca kahor-xulashada qoyan ee hematite
Kala-soo-saare birlab ah oo isku-dhafan oo saliid-biyo-qoyan ah ayaa loo isticmaalaa mashruuca nadiifinta kaolin
Goobta codsiga macaamiisha ee kala soocida magnetic-ga ee korantada leh ee heerka sare ah
Ka saar bir koronto oo xoog leh oo qaboojin saliid ah, oo ka shaqeysa dekedda Tangshan Caofeidian
Adeegsiga tiknoolajiyada qaboojinta saliidda ee qalabka magnetoelectric beneficiation wuxuu hagaajin karaa waxqabadka qalabka, wuxuu dabooli karaa shuruudaha wax soo saarka ee macdanta, wuxuuna yeelan karaa fursado ballaaran oo lagu isticmaalo kala soocidda walxaha birlabta iyo ka saarista wasakhda birlabta ee walxaha aan birlabta ahayn.
Baaxadda adeegyada farsamada ee Machadka Naqshadeynta Injineerinka Habaynta Macdanta Huate
①Falanqaynta walxaha caadiga ah iyo ogaanshaha walxaha birta ah.
② Diyaarinta iyo nadiifinta macdanta aan biraha ahayn sida fluorite, kaolinite, bauxite, caleen wax, baryrite, iwm.
③Beneficiation ee biraha madow sida birta, titanium, manganese, chromium iyo vanadium.
④ Macdanta macdanta ee macdanta magnetic-ga ee daciifka ah sida macdanta tungsten madow, tantalum niobium ore, rummaan, gaaska korontada, iyo daruur madow.
⑤ Isticmaalka dhammaystiran ee kheyraadka labaad sida dabo-dabool kala duwan iyo wasakhda dhalaalaysa.
⑥ Waxaa jira macdan-magnetik, culus iyo sabeyn isku dhafan oo ah macdanta ferrous.
⑦ Kala soocidda dareemayaasha caqliga leh ee macdanta birta ah iyo kuwa aan birta ahayn.
⑧ Imtixaanka xulashada joogtada ah ee nus-warshadeed.
⑨ Habaynta budada aadka u fiican sida burburinta walxaha, shiididda kubbadda iyo kala soocidda.
⑩ Mashruucyada furaha EPC sida burburinta, xulashada kahor, shiididda, kala soocidda birlabta (culus, sabbeynta), raf qalalan, iwm.
Waqtiga boostada: Febraayo-22-2022