Ngenxa yokunqongophala kombane, amaphondo amaninzi kulo lonke ilizwe akhuphe izaziso zokwabiwa kwamandla ngokulandelelana, nto leyo evuse iingxoxo ezishushu. Phantsi kwengxaki yamandla, izise impembelelo enkulu kuphuhliso loqoqosho lwamashishini emigodi. Uluhlaza kunye nekhabhoni ephantsi yindlela yophuhliso oluzinzileyo. Njani? Ukusebenzisa ubugcisa obuphezulu kunye nobuchwepheshe ukunika amandla amatsha kumashishini emveli, kunye nokuphumeza ulwazi ngokugcinwa kwamandla kunye nokunciphisa ukukhutshwa komoya emsebenzini wemihla ngemihla nakubomi yingxaki engxamisekileyo ekufuneka isonjululwe, kwaye ikwayimfuneko yendalo yotshintsho lwezoqoqosho lwaseTshayina.
Njengezixhobo ezisisiseko ezisebenzayo, iiminerali ezingezizo zesinyithi zisetyenziswa kakhulu kumashishini afana netekhnoloji yolwazi, izixhobo eziphezulu, izixhobo ezintsha, amandla amatsha, ukonga amandla kunye nokukhuselwa kokusingqongileyo. Uphuhliso olukhawulezileyo lweshishini leeminerali ezingezizo zesinyithi lukhuthaze kakhulu uphuhliso lwezixhobo zokwakha eziphambili kunye nezixhobo ezisebenzayo. Kunye nophuhliso olukhawulezileyo lwetekhnoloji kunye noqoqosho. Izixhobo zeminerali ezingezizo zesinyithi ngokubanzi zifuna ubunyulu obuphezulu, kwaye umxholo wokungcola uhlala umisela umgangatho womgangatho wemveliso, ngakumbi umxholo wesinyithi-titanium. Ekucutshungulweni kweeminerali ezingezizo zesinyithi, imisebenzi yokususa isinyithi kunye ne-titanium ngokubanzi iyafuneka.
Okwangoku, iindlela zokususa nokucoca isinyithi kwiiminerali ezingezizo zesinyithi ziquka ikakhulu ukwahlulahlula imagnethi, ukutyibilika, ukwahlulahlula amandla adonsela phantsi, ukwahlulahlula umbane, ukwahlulahlula iikhemikhali, ukwahlulahlula ukungqubana, kunye nokuhlelwa kwe-photoelectric. Ngokusetyenziswa "kweethagethi ezimbini zekhabhoni" kunye nesidingo sokusetyenziswa ngokufanelekileyo kwezixhobo zezimbiwa, ukwahlulahlula imagnethi kube yindlela ephambili yokususa ukungcola kwii-ore ezingezizo zesinyithi, ngakumbi xa kujongwana nee-ore ezingezizo zesinyithi ezinexabiso eliphezulu, ezicocekileyo kakhulu. Intsimi yemagnethi ephezulu inqunyelwe yimida yomzimba, kwaye isahluli semagnethi esiphantsi esiqhuba ubushushu obuphantsi sinenzuzo yentsimi yemagnethi ephezulu yendalo. Ukungcola kwesinyithi kunye ne-titanium kwiiminerali ezingezizo zesinyithi ngokubanzi kuneempawu zemagnethi ebuthathaka, ubungakanani obuncinci bezinto ezincinci, kunye nokususwa okunzima. Ijolise kwiingxaki zobugcisa ezikhoyo kwii-separators zemagnethi eziqhelekileyo zokususa isinyithi, i-Weifang Xinli Superconducting Magnetoelectric Technology Co., Ltd. iphuhlise kwaye yavelisa uthotho lwe-CGC lwee-separators zemagnethi eziqhuba ubushushu obuphantsi, ezigubungela izixhobo zee-calibers ezahlukeneyo ezifana noomatshini bemizi-mveliso kunye neemodeli zelebhu. Ezi zixhobo zinezibonelelo zeendleko eziphantsi zokusebenza, ukonga amandla, izinga lokusebenza eliphezulu kwezixhobo kunye nobomi benkonzo ende. Ingasetyenziswa ekucoceni iiminerali ezingezizo zesinyithi ezicoliweyo ezifana ne-kaolin kunye ne-rare earths, kwaye inokunciphisa ngempumelelo umxholo wokungcola okuyingozi njenge-iron kunye ne-titanium.
I-Xinli superconducting cryogenic superconducting magnetic separator ineempawu ezilandelayo
01 Ukusetyenziswa kwamandla okuphantsi
Isebenzisa iteknoloji ye-superconducting yobushushu obuphantsi, i-coil isebenza kubushushu obuphantsi be-4.2K (-268.8°C). Ngeli xesha, ukumelana kwe-coil ku-zero, kwaye imeko ye-superconducting iyabonakala emva kokufakwa kwamandla. Inkqubo yokufrijiza ifuna kuphela ukugcina i-superconducting magnet kule meko yobushushu obuphantsi, egcina i-90% yombane xa ithelekiswa ne-comductance magnet eqhelekileyo, inenzuzo enkulu yeendleko zokusebenza, kwaye iphantsi kwi-carbon kunye nohlaza.
02 zero volatilization ye-helium engamanzi
Itekhnoloji yokukhenkceza evaliweyo isetyenziswa okokuqala ekhaya nakwamanye amazwe, kusetyenziswa ifriji yokukhenkceza rhoqo, ivala umjikelo wegesi-ulwelo wezigaba ezibini ze-helium, ukuze i-helium ingaguquki ngaphandle kwemagnethi, kwaye isixa siphela se-helium engamanzi sihlale singatshintshi. Akukho mfuneko yokuzalisa kwakhona kwiminyaka emi-2-3. I-helium engamanzi inciphisa kakhulu iindleko zokugcina.
03 Intsimi yemagnethi inokulungiswa ngokungacwangciswanga
Intsimi yemagnethi eveliswa yi-superconducting inobunkunkqele obuphezulu kunye ne-gradient enkulu. Kwiiminerali ezahlukeneyo ezingezizo ezesinyithi, ubunkunkqele bentsimi yemagnethi bunokukhethwa ukusuka ku-0 ukuya kweyona ntsimi iphezulu ngokweempawu zeeminerali, ukwakheka kwazo, njl.njl., ngaphandle kokulahlekelwa yi-helium.
04 Ukusebenza kakuhle kakhulu
Ukwahlulahlula kunye nokuhlanjwa kwe-flush okwe-double-cylinder kunokusebenza ngokuqhubekayo phantsi kwemeko yokuvuthuza, kwaye ukusebenza kakuhle kwemveliso kuphezulu malunga ne-75%.
05 Ubomi benkonzo ende
Iikhoyili ze-Superconducting zisebenza kwindawo enobushushu obuphantsi ene-helium enye, kwaye izinga lokuguga kobushushu liphantsi kakhulu, kwaye ubomi beekhoyili ze-superconducting bude kunezo zeekhoyili ze-compulsing eziqhelekileyo.
06 Ulawulo olupheleleyo lwe-DCS olusasazwayo
Ukusetyenziswa kwetekhnoloji ye-Intanethi yezinto kunokudlulisa ulwazi kunye neeparameter zokusebenza ze-cryogenic superconducting magnetic separator kwigumbi lolawulo elikude ngexesha langempela ngokusebenzisa ii-sensors, zenze inkqubo yolawulo esasazwa yi-DCS yezixhobo ezikude, enokubonisa ngokuguquguqukayo iiparameter zokusebenza kwezixhobo ngexesha langempela. Sebenzisa izixhobo ukuhlalutya idatha, ukuchonga iimpazamo kunye nokucubungula ukuze kufezekiswe ukusebenza kwezixhobo ngaphandle kokujonga nokuqonda.
Iqonga lokujonga elikude le-IoT 5G
Ulwakhiwo lwezimbiwa kwimayini ye-kaolin eGuangdong yi-kaolin, i-quartz, iiminerali ze-mica kunye nenani elincinci le-potash feldspar, i-hematite, kunye ne-ilmenite. Ngokuhlalutya iimpawu zesinyithi, i-titanium kunye nezinye izimbiwa ezingcolileyo kwi-ore yokuqala yesityalo, sisebenzisa isahluli semagnethi esiphantsi kobushushu njengesixhobo sokulawula imveliso egqityiweyo.
Iziphumo zemveliso zibonisa ukuba emva kokwahlulwa kwemagnethi ene-gradient ephezulu, umxholo wesinyithi uyancipha ukusuka kwi-0.85% ukuya kwi-0.51%, izinga lokususwa kwesinyithi linokufikelela kwi-40.0%, kwaye ubumhlophe be-calcination buphuculwe kakhulu, bufikelela kwi-81.1. I-superconducting magnetic separator yobushushu obuphantsi inefuthe elicacileyo ekususweni kwesinyithi kunye ne-titanium kwi-kaolin, kwaye umgangatho uzinzile.
Indawo yeLebhu ye-China-German Magnetoelectric and Intelligent Mineral Processing Key Laboratory
Ukusetyenziswa kweshishini kunye nokukhuthazwa kwezixhobo zokwahlulahlula i-superconducting magnetic ezisebenzisa ubushushu obuphantsi ekhaya nakwamanye amazwe kubonisa ukuba iteknoloji yelizwe lam yokucubungula izimbiwa kunye nezixhobo zifikelele kwinqanaba eliphambili kwihlabathi, ngakumbi ekuhlukaniseni i-kaolin ekumgangatho ophezulu, ukucocwa kwe-ore yomhlaba enqabileyo kunye nokwahlulahlula i-magnetic kwezinye izimbiwa ezicoliweyo. Idlala indima ebalulekileyo ekuphuculeni izinga lokubuyiselwa kwezimbiwa kunye nomgangatho wemveliso, kwaye iya kudlala indima entle ekukhuthazeni ukuqhubela phambili kwetekhnoloji yokucubungula nzulu yeshishini kunye nophuhliso oluzinzileyo lwemigodi eluhlaza. Iya kuzisa neenzuzo ezinkulu zoqoqosho, zendalo kunye nezentlalo kuphuhliso oluluhlaza lwemigodi ekrelekrele.
Guangdong Huaiji indawo yokusetyenziswa kwabathengi
Abathengi baseFujian basebenzisa le ndawo
Indawo yesicelo sabathengi base-Inner Mongolia
Ii-superconducting magnetic separators ezimbini ezisetyenziswa ngabathengi baseCzech
Indawo yokusebenzisa isahluli semagnethi se-superconducting sabathengi baseGuangxi
Indawo yokusebenzisa isahluli semagnethi sohlobo lwelebhu
I-Weifang Xinli Superconducting Magnetoelectric Technology Co., Ltd.
I-Weifang Xinli Superconducting Magnetoelectric Technology Co., Ltd. yasekwa kwiWeifang High-tech Zone ngo-2009. Yinkampani ephethwe ngokupheleleyo yiShandong Huate Magnetoelectric Technology Co., Ltd., ishishini lobuchwepheshe obuphezulu kwiPhondo laseShandong, kunye nentsebenziswano yeqhinga lokuvelisa imagnethi ye-magnetoelectric kunye ne-cryogenic superconducting magnet. Iyunithi, iPhondo laseShandong Specialized kunye ne-Special New Enterprise, iWeifang City Hidden Champion Enterprise. Le nkampani inamandla obuchwephesha kwaye inesikhululo sophando sesizwe emva kobugqirha. Lishishini elikhokelayo (elilimayo) kushishino lokuvelisa izixhobo oluphezulu kwiPhondo laseShandong. Le nkampani ibandakanyeka kakhulu kuphando nophuhliso lwetekhnoloji ye-superconducting efana ne-medical superconducting magnetic resonance (MRI) kunye nezixhobo zokwahlula i-superconducting magnetic magnetic, kwaye ifezekisa uphuhliso lwemizi-mveliso. Yiyo kuphela imagnethi ye-superconducting kunye nomatshini opheleleyo odibanisa i-R&D kunye nemveliso kumantla oMlambo iYangtze. Amashishini okuvelisa izixhobo.
Ukusebenza kobuchwephesha kweemveliso eziphambili zenkampani kufikelele kwinqanaba eliphambili lamazwe ngamazwe, kwaye i-superconducting iron separator kunye ne-superconducting magnetic separator zizalise umsantsa wasekhaya. Iimveliso ze-1.5T MRI superconducting magnet series zidweliswe kwisicwangciso senkxaso yesayensi netekhnoloji sikazwelonke "se-Twelfth Five-Year" kunye "neProjekthi ePhambili yoGuquko lweNguqulelo yoBuchule eZimeleyo yePhondo laseShandong", kwaye i-3.0T MRI superconducting magnet idweliswe kwi "Projekthi yeNkqubo yoR&D ephambili yePhondo laseShandong". Iprojekthi ye-7.0T MRI life-metabolism superconducting magnet ifakiwe kwisicwangciso sophuhliso lwesayensi netekhnoloji "se-Thirteenth Five-Year" sePhondo laseShandong; izixhobo zokwahlula i-superconducting magnetic zoshishino zifakiwe kwisicwangciso senkxaso yesayensi netekhnoloji sikazwelonke "se-Twelfth Five-Year" kunye neeProjekthi eziPhambili "ze-Shandong National Independent Innovation" kwiNdawo yoMboniso".
Ixesha lokuthumela: Novemba-04-2021