Ngenxa yokuntuleka kwamandla, izifundazwe eziningi ezweni lonke zikhiphe izaziso zokwabiwa kwamandla ngokulandelana, okuvuse izingxoxo ezishisayo. Ngaphansi kwesizinda senkinga yamandla, ilethe umthelela omkhulu ekuthuthukisweni komnotho kwamabhizinisi ezimayini. Uluhlaza kanye ne-carbon ephansi kuyindlela kuphela yentuthuko esimeme. Kanjani? Ukusebenzisa ubuchwepheshe obuphezulu kanye nobuchwepheshe ukunikeza umfutho omusha ezimbonini zendabuko, kanye nokusebenzisa ukuqwashisa ngokonga amandla kanye nokunciphisa ukukhishwa komoya emsebenzini wansuku zonke kanye nokuphila kuyinkinga ephuthumayo okufanele ixazululwe, futhi futhi kuyisidingo esingokwemvelo sokuguqulwa komnotho waseShayina.
Njengezinto eziyisisekelo ezisebenzayo, amaminerali angewona awensimbi asetshenziswa kabanzi ezimbonini ezifana nobuchwepheshe bolwazi, imishini esezingeni eliphezulu, izinto ezintsha, amandla amasha, ukonga amandla kanye nokuvikelwa kwemvelo. Intuthuko esheshayo yemboni yamaminerali angewona awensimbi ikhuthaze kakhulu intuthuko yezinto zokwakha ezithuthukisiwe kanye nezinto ezisebenzayo. Kanye nentuthuko esheshayo yezobuchwepheshe kanye nomnotho. Izinto zamaminerali angewona awensimbi ngokuvamile zidinga ubumsulwa obukhulu, futhi okuqukethwe kokungcola kuvame ukunquma izinga lekhwalithi yomkhiqizo, ikakhulukazi okuqukethwe kwe-iron-titanium. Ekucutshungulweni kwamaminerali angewona awensimbi, imisebenzi yokususa insimbi kanye ne-titanium ngokuvamile iyadingeka.
Njengamanje, izindlela zokususa nokuhlanza insimbi zamaminerali angewona awensimbi zifaka phakathi ukuhlukaniswa kwamagnetic, ukuntanta, ukuhlukaniswa kwamandla adonsela phansi, ukuhlukaniswa kukagesi, ukuhlukaniswa kwamakhemikhali, ukuhlukaniswa kokungqubuzana, kanye nokuhlunga nge-photoelectric. Ngokusetshenziswa "kwezinhloso ezimbili zekhabhoni" kanye nesidingo sokusetshenziswa kahle kwezinsizakusebenza zamaminerali, ukuhlukaniswa kwamagnetic sekuyindlela eyinhloko yokususa ukungcola kuma-ore angewona awensimbi, ikakhulukazi lapho kubhekene nama-ore angewona awensimbi anenani eliphezulu, ahlanzekile kakhulu. Insimu yamagnetic ephezulu kakhulu inqunyelwe yimikhawulo yomzimba, kanti isihlukanisi samagnetic esisebenza ngokushisa okuphansi sinenzuzo yensimu yamagnetic ephezulu yemvelo. Ukungcola kwensimbi ne-titanium kumaminerali angewona awensimbi ajwayelekile anezimpawu zokudonsa okubuthakathaka, usayizi wezinhlayiya ezincane, kanye nokususwa okunzima. Ihlose izinkinga zobuchwepheshe ezikhona kuma-separators ajwayelekile okudonsa insimbi, i-Weifang Xinli Superconducting Magnetoelectric Technology Co., Ltd. ithuthukise futhi yakhiqiza uchungechunge lwe-CGC lwama-separators asebenza ngokushisa okuphansi, ahlanganisa imishini yama-calibers ahlukahlukene njengemishini yezimboni namamodeli elebhu. Imishini inezinzuzo zezindleko zokusebenza eziphansi, ukonga amandla, izinga lokusebenza eliphezulu kanye nokuphila isikhathi eside. Ingasetshenziswa ekuhlanzweni kwamaminerali angewona awensimbi acwebezelayo njenge-kaolin kanye ne-rare earths, futhi inganciphisa ngempumelelo okuqukethwe kokungcola okuyingozi njengensimbi ne-titanium.
Isihlukanisi sikamazibuthe se-Xinli superconducting cryogenic superconducting sinezici ezilandelayo
01 Ukusetshenziswa kwamandla okuphansi
Kusetshenziswa ubuchwepheshe be-superconducting obusezingeni eliphansi, ikhoyili isebenza ezingeni lokushisa eliphansi elingu-4.2K (-268.8°C). Ngalesi sikhathi, ukumelana kwekhoyili kungu-zero, futhi isimo se-superconducting sibonakala ngemva kokufakwa amandla. Uhlelo lokuqandisa ludinga kuphela ukugcina i-superconducting magnet kulesi simo sokushisa esiphansi, okusindisa u-90% kagesi uma kuqhathaniswa ne-comductance magnet evamile, inenzuzo enkulu yezindleko zokusebenza, futhi iphansi ku-carbon kanye nohlaza.
02 zero volatilization ye-helium ewuketshezi
Ubuchwepheshe bokuqandisa ngomjikelezo ovaliwe busetshenziswa okokuqala ekhaya nakwamanye amazwe, kusetshenziswa isiqandisi ukuze kuqandiswe okuqhubekayo, kuvalwa umjikelezo we-helium onezigaba ezimbili wegesi noketshezi, ukuze i-helium ingaguquguquki ngaphandle kwemagnethi, futhi inani eliphelele le-helium eliwuketshezi lihlale lingashintshi. Asikho isidingo sokugcwalisa kabusha kungakapheli iminyaka emi-2-3. I-helium ewuketshezi inciphisa kakhulu izindleko zokulungisa.
03 Insimu yamagnetic ingalungiswa ngokungahleliwe
Insimu yamagnetic ekhiqizwa yi-superconducting inamandla aphezulu kanye ne-gradient enkulu. Kumaminerali angewona awensimbi ahlukene, amandla ensimu yamagnetic angakhethwa kusukela ku-0 kuya ensimini ephezulu kakhulu ngokwezakhiwo zamaminerali, ukwakheka, njll., ngaphandle kokulahlekelwa yi-helium.
04 Ukusebenza kahle kakhulu
Ukuhlunga nokuhlanza okuphindwe kabili kwesilinda kungasebenza ngokuqhubekayo ngaphansi kwesimo sokuvusa, futhi ukusebenza kahle kokukhiqiza kuphezulu cishe ku-75%.
05 Impilo yesevisi ende
Ama-coil e-Superconducting asebenza endaweni enezinga lokushisa eliphansi ene-helium eyodwa, futhi izinga lokuguga kokushisa liphansi kakhulu, futhi impilo yama-coil e-superconducting inde kuneyama-coil avamile aqhuba.
06 Ukulawula okusatshalaliswa kwe-DCS okuphelele
Ukusetshenziswa kobuchwepheshe be-Inthanethi yezinto kungadlulisela ulwazi kanye namapharamitha okusebenza kwesihlukanisi se-cryogenic superconducting magnetic egumbini lokulawula elikude ngesikhathi sangempela ngama-sensor, kwakha uhlelo lokulawula olusatshalaliswa yi-DCS lwemishini ekude, olungabonisa ngokuguquguqukayo amapharamitha okusebenza kwemishini ngesikhathi sangempela. Sebenzisa imishini ukuhlaziya idatha, ukuxilongwa kwamaphutha kanye nokucubungula ukuze kufezwe ukusebenza okunganakwa nokuhlakaniphile kwemishini.
Ipulatifomu yokuqapha ekude ye-IoT 5G
Ukwakheka kwamaminerali kwemayini ye-kaolin eGuangdong yi-kaolin, i-quartz, amaminerali e-mica kanye nenani elincane le-potassium feldspar, i-hematite, ne-ilmenite. Ngokuhlaziya izici zensimbi, i-titanium kanye nezinye izimbiwa ezingcolile e-ore yokuqala yesitshalo, sisebenzisa isihlukanisi se-magnetic superconducting esisezingeni eliphansi njengemishini yokulawula umkhiqizo oqediwe.
Imiphumela yokukhiqiza ikhombisa ukuthi ngemva kokuhlukaniswa kwamagnetic okune-gradient ephezulu, okuqukethwe kwensimbi kwehla kusuka ku-0.85% kuya ku-0.51%, izinga lokususwa kwensimbi lingafinyelela ku-40.0%, kanti ubumhlophe be-calcination buthuthukiswa kakhulu, bufinyelela ku-81.1. Isihlukanisi samagnetic esisebenza ngokushisa okuphansi sinomthelela osobala ekususweni kwensimbi ne-titanium ku-kaolin, futhi ikhwalithi izinzile.
Indawo yeLabhorethri Eyinhloko Yokucubungula Amaminerali yaseShayina-Germany
Ukusetshenziswa kwemboni kanye nokukhuthazwa kwezihlukanisi zikagesi ezisebenzisa amazinga okushisa aphansi ekhaya nakwamanye amazwe kubonisa ukuthi ubuchwepheshe kanye nemishini yokucubungula amaminerali ezweni lami sekufinyelele ezingeni elihamba phambili emhlabeni, ikakhulukazi ekuhlukaniseni i-kaolin esezingeni eliphezulu, ukuhlanzwa kwe-ore yomhlaba engavamile kanye nokuhlukaniswa kukagesi kwezinye izimbiwa ezicolekile. Kudlala indima ebalulekile ekuthuthukiseni izinga lokubuyiselwa kwamaminerali kanye nekhwalithi yomkhiqizo, futhi kuzodlala indima enhle ekukhuthazeni ukuthuthuka kobuchwepheshe bokucubungula obujulile embonini kanye nentuthuko esimeme yezimayini eziluhlaza. Kuzophinde kulethe izinzuzo ezinkulu zezomnotho, ezemvelo kanye nezenhlalo ekuthuthukisweni okuluhlaza kwezimayini ezihlakaniphile.
Isayithi le-Guangdong Huaiji lokusebenzisa amakhasimende
Amakhasimende aseFujian asebenzisa indawo
Isayithi lesicelo samakhasimende e-Inner Mongolia
Ama-separator amabili e-superconducting magnetic asetshenziswa amakhasimende aseCzech
Indawo yokusebenzisa i-superconducting magnetic separator yamakhasimende e-Guangxi
Indawo yokusebenzisa i-superconducting magnetic separator yohlobo lwelabhorethri
I-Weifang Xinli Superconducting Magnetoelectric Technology Co., Ltd.
I-Weifang Xinli Superconducting Magnetoelectric Technology Co., Ltd. yasungulwa eWeifang High-tech Zone ngo-2009. Iyinkampani ephethwe ngokuphelele yiShandong Huate Magnetoelectric Technology Co., Ltd., ibhizinisi lobuchwepheshe obuphezulu eSifundazweni saseShandong, kanye nombimbi oluqanjiwe lokusungula izinto ezintsha zemagnetoelectric kanye ne-cryogenic superconducting magnet. Iyunithi, iSifundazwe saseShandong Specialized kanye ne-Special New Enterprise, iWeifang City Hidden Champion Enterprise. Le nkampani inamandla obuchwepheshe aqinile futhi inesiteshi socwaningo sikazwelonke se-post-doctoral. Iyibhizinisi eliholayo (elilimayo) embonini yokukhiqiza imishini ephezulu eSifundazweni saseShandong. Le nkampani ihileleke kakhulu ocwaningweni nasekuthuthukisweni kobuchwepheshe be-superconducting njenge-medical superconducting magnetic resonance (MRI) kanye nemishini yokuhlukanisa i-superconducting magnetic yezimboni, futhi ifezekisa ukuthuthukiswa kwezimboni. Yiyona kuphela imagnethi ye-superconducting kanye nomshini ophelele ohlanganisa i-R&D kanye nokukhiqiza enyakatho yoMfula iYangtze. Amabhizinisi okukhiqiza imishini.
Ukusebenza kobuchwepheshe kwemikhiqizo eyinhloko yenkampani sekufinyelele ezingeni elihamba phambili emhlabeni jikelele, kanti isihlukanisi sensimbi esiqhuba i-superconducting kanye nesihlukanisi semagnethi esiqhuba i-superconducting kugcwalise igebe lasekhaya. Imikhiqizo yochungechunge lwemagnethi oluqhuba i-1.5T MRI ibhalwe ohlelweni lukazwelonke lokusekela isayensi nobuchwepheshe "lweminyaka eyi-12" kanye "neProjekthi Ekhethekile Yokuguqulwa Kwempumelelo Ezimele Yesifundazwe saseShandong", kanti imagnethi eqhuba i-3.0T MRI ibhalwe "kuProjekthi Yohlelo Locwaningo Nokuthuthukiswa Okubalulekile Lwesifundazwe saseShandong". Iphrojekthi yemagnethi eqhuba i-7.0T MRI yokuphila ifakiwe ohlelweni lokuthuthukiswa kwesayensi nobuchwepheshe "lweminyaka eyi-13" lwesifundazwe saseShandong; imishini yokuhlukanisa i-superconducting magnetic yezimboni ifakiwe ohlelweni lukazwelonke lokusekela isayensi nobuchwepheshe "lweminyaka eyi-12" kanye namaProjekthi Ayisihluthulelo "eSifundazweni saseShandong National Independent Innovation" eSizindeni Sokubonisa".
Isikhathi sokuthunyelwe: Novemba-04-2021