Ngenxa yokushoda kokuphakelwa kukagesi, izifundazwe eziningi ezweni lonke ziye zakhipha izaziso zokunikezwa kukagesi ngokulandelana kwazo, okuvuse izingxoxo ezishisayo.Ngaphansi kwesizinda senkinga kagesi, kulethe umthelela omkhulu ekuthuthukisweni komnotho wamabhizinisi ezimayini.Okuluhlaza kanye nekhabhoni ephansi iyona ndlela kuphela yentuthuko esimeme.Kanjani?Ukusebenzisa ukuthuthukiswa kobuchwepheshe obuphezulu nobuchwepheshe ukunikeza umfutho omusha ezimbonini zendabuko, nokusebenzisa ukuqwashisa ukongiwa kwamandla kanye nokunciphisa ukungcola emsebenzini wansuku zonke kanye nempilo kuyinkinga ephuthumayo okufanele ixazululwe, futhi kuyisidingo esingapheli soguquko lomnotho waseChina. .
Njengezinto eziyisisekelo zokusebenza, amaminerali angewona ezensimbi asetshenziswa kakhulu ezimbonini ezifana nobuchwepheshe bolwazi, imishini ephezulu, izinto ezintsha, amandla amasha, ukonga amandla nokuvikelwa kwemvelo.Ukuthuthuka okusheshayo kwemboni yezimbiwa ezingezona ezensimbi kukhuthaze kakhulu ukuthuthukiswa kwezinto ezithuthukile zesakhiwo kanye nezinto zokusebenza.Nokuthuthuka okusheshayo kobuchwepheshe nomnotho.Izinto zamaminerali okungezona ezensimbi ngokuvamile zidinga ukuhlanzeka okuphezulu, futhi okuqukethwe kokungcola kuvame ukunquma izinga lekhwalithi yomkhiqizo, ikakhulukazi okuqukethwe kwe-iron-titanium.Ekucutshungulweni kwamaminerali angewona awensimbi, imisebenzi yokukhipha insimbi ne-titanium ngokuvamile iyadingeka.
Njengamanje, ukususwa kwensimbi nezindlela zokuhlanza amaminerali angewona ezensimbi ikakhulukazi ahlanganisa ukuhlukaniswa kazibuthe, ukuntanta, ukuhlukaniswa kwamandla adonsela phansi, ukuhlukaniswa kukagesi, ukuhlukaniswa kwamakhemikhali, ukuhlukaniswa kwe-friction, nokuhlunga kwe-photoelectric. ukuze kusetshenziswe kahle imithombo yamaminerali, ukuhlukaniswa kazibuthe sekuyindlela eyinhloko yokususa ukungcola ezinsimbini ezingezona ezensimbi, ikakhulukazi uma kubhekwana nenani eliphezulu, ubumsulwa obuphezulu obungeyona insimbi.Indawo kazibuthe ephakeme kunazo zonke inqunyelwe ukulinganiselwa ngokomzimba, futhi isihlukanisi kazibuthe esinezinga eliphansi lokushisa esinezinga eliphansi sinenzuzo yendawo enozibuthe ephakeme kakhulu. Ukungcola kwe-iron ne-titanium ngokuvamile kumaminerali angewona ezensimbi kunezici zobuzibuthe obuthaka, usayizi wezinhlayiyana ezinhle, kanye ukususwa okunzima.Ihlose izinkinga zobuchwepheshe ezikhona kuzihlukanisi ezivamile kazibuthe zokususwa kwensimbi, i-Weifang Xinli Superconducting Magnetoelectric Technology Co., Ltd. ithuthukise futhi yakhiqiza uchungechunge lwe-CGC lwezihlukanisi kazibuthe ezinezinga lokushisa eliphansi, ezimboza amathuluzi ahlukahlukene njengemishini yezimboni nelabhorethri. amamodeli.Izinto zokusebenza zinezinzuzo zezindleko eziphansi zokusebenza, ukonga amandla, izinga eliphezulu lokusebenza kwemishini kanye nempilo ende yesevisi.Ingasetshenziswa ekuhlanzeni amaminerali angewona ensimbi afana ne-kaolin nomhlaba ongavamile, futhi inganciphisa ngempumelelo okuqukethwe kokungcola okuyingozi njengensimbi ne-titanium.
I-Xinli superconducting cryogenic superconducting separator kazibuthe inezici ezilandelayo
01Ukusetshenziswa kwamandla okuphansi
Isebenzisa ubuchwepheshe be-high-temperature superconducting, ikhoyili isebenza ekushiseni okuphansi okungu-4.2K (-268.8°C).Ngalesi sikhathi, ukumelana kwekhoyili kungu-zero, futhi isimo se-superconducting sibonakala ngemva kokunika amandla.Uhlelo lwesiqandisi ludinga kuphela ukugcina uzibuthe we-superconducting kulesi simo sokushisa esiphansi, esisindisa u-90% kagesi uma kuqhathaniswa nozibuthe ojwayelekile we-conductance, unenzuzo enkulu yezindleko zokusebenza, futhi iphansi ku-carbon ne-green.
02 zero volatilization ye-helium ewuketshezi
Ubuchwepheshe besiqandisi esivalekile busetshenziswa okokuqala ngqa ekhaya nakwamanye amazwe, kusetshenziswa isiqandisi ukuze kube nesiqandisi esiqhubekayo, ukuvala umjikelezo wegesi-uketshezi lwezigaba ezimbili ze-helium, ukuze i-helium ingaguquguquki ngaphandle kozibuthe, futhi inani eliphelele le-helium ewuketshezi lihlala lingashintshiwe.Asikho isidingo sokugcwalisa phakathi neminyaka engu-2-3 Uketshezi lwe-helium lunciphisa kakhulu izindleko zesondlo.
03Insimu kazibuthe ingalungiswa ngokuzenzakalelayo
Insimu kazibuthe ekhiqizwa i-superconducting inomfutho ophezulu kanye ne-gradient enkulu.Kumaminerali ahlukene angewona ezensimbi, amandla kazibuthe angakhethwa kusuka ku-0 kuya endaweni ephakeme kakhulu ngokuya ngezakhiwo zamaminerali, ukwakheka, njll., ngaphandle kokulahlekelwa i-helium.
04 Ukusebenza kahle okuphezulu
Okunye ukuhlunga okunamasilinda aphindwe kabili kungasebenza ngokuqhubekayo ngaphansi kwesimo senjabulo, futhi ukusebenza kahle kokukhiqiza kuphezulu cishe okungama-75%.
05Impilo ende yesevisi
Amakhoyili e-Superconducting asebenza endaweni yokushisa ephansi ene-helium eyodwa, futhi izinga lokuguga okushisayo liphansi kakhulu, futhi impilo yamakhoyili ahamba phambili yinde kunaleyo yamakhoyili aqhuba avamile.
I-06Perfect DCS yokulawula okusabalalisiwe
Ukusetshenziswa kobuchwepheshe be-inthanethi Yezinto bungadlulisela ulwazi nemingcele yokusebenza yesihlukanisi kazibuthe se-cryogenic superconducting ekamelweni eliphakathi nendawo ngesikhathi sangempela ngezinzwa, kwakha uhlelo lokulawula olusabalalisiwe lwe-DCS lwemishini ekude, engabonisa ngamandla amapharamitha okusebenza. wemishini ngesikhathi sangempela.Sebenzisa amathuluzi wokuhlaziya idatha, ukuhlonza amaphutha kanye nokucubungula ukuze uthole ukusebenza okungagadiwe nokuhlakaniphile kwemishini.
I-IoT 5G yesikhulumi sokuqapha esikude
Ukwakhiwa kwamaminerali emayini ye-kaolin e-Guangdong yi-kaolin, i-quartz, amaminerali e-mica kanye nenani elincane le-potash feldspar, i-hematite, ne-ilmenite.Ngokuhlaziya izici zensimbi, i-titanium namanye amaminerali angcolile ku-ore yasekuqaleni yesitshalo, sisebenzisa isihlukanisi kazibuthe esinezinga lokushisa eliphansi le-superconducting njengethuluzi eliqediwe lokulawula umkhiqizo.
Imiphumela yokukhiqiza ikhombisa ukuthi ngemuva kokuhlukana kwamagnetic okune-gradient ephezulu, okuqukethwe kwensimbi kuyehla kusuka ku-0.85% kuya ku-0.51%, izinga lokususa insimbi lingafinyelela ku-40.0%, futhi ubumhlophe bokubala buthuthukisiwe kakhulu, bufinyelele ku-81.1.I-low-temperature superconducting separator kazibuthe inomphumela osobala ekukhipheni insimbi ne-titanium ku-kaolin, futhi ikhwalithi izinzile.
Indawo Yelabhorethri Ebalulekile Yokucubungula Amaminerali Yase-China-German
Ukusetshenziswa kwemboni kanye nokukhuthazwa kwezihlukanisi kazibuthe ezinezinga lokushisa eliphansi elisezingeni eliphansi ekhaya nakwamanye amazwe kubonisa ukuthi ubuchwepheshe nemishini yokucubungula izimbiwa yezwe lami isifinyelele ezingeni elihamba phambili emhlabeni, ikakhulukazi ngokuhlukaniswa kwe-kaolin yezinga eliphezulu, ukuhlanzwa kwetshe lensimbi elingandile kanye ukuhlukaniswa kazibuthe kwamanye amaminerali acolisekile.Idlala indima ebalulekile ekwenzeni ngcono izinga lokutholwa kwezimbiwa kanye nekhwalithi yomkhiqizo, futhi izodlala indima enhle ekukhuthazeni intuthuko yobuchwepheshe bokucubungula okujulile kwemboni kanye nokuthuthukiswa okusimeme kwezimayini eziluhlaza.Izophinde ilethe izinzuzo ezinkulu zezomnotho, ezemvelo nezenhlalakahle ekuthuthukisweni okuluhlaza kwezimayini ezihlakaniphile.inzuzo.
Guangdong Huaiji ikhasimende ukusetshenziswa isayithi
Amakhasimende e-Fujian asebenzisa indawo yesehlakalo
Isayithi lesicelo sekhasimende le-Inner Mongolia
Izihlukanisi ezimbili ezisebenza ngamandla kazibuthe ezisetshenziswa amakhasimende aseCzech
Isayithi lokusebenzisa isihlukanisi kazibuthe se-Guangxi
Indawo yokusetshenziswa yesihlukanisi sohlobo lwelabhoratri ye-superconducting magnetic
I-Weifang Xinli Superconducting Magnetoelectric Technology Co., Ltd.
I-Weifang Xinli Superconducting Magnetoelectric Technology Co., Ltd. yasungulwa e-Weifang High-tech Zone ngo-2009. Iyingxenye ephethwe ngokuphelele ye-Shandong Huate Magnetoelectric Technology Co., Ltd., ibhizinisi lobuchwepheshe obuphezulu esiFundazweni saseShandong, kanye nenkampani umfelandawonye wamasu we-magnetoelectric kanye ne-cryogenic superconducting innovation kazibuthe.Iyunithi, Isifundazwe saseShandong Esikhethekile kanye Nebhizinisi Elisha Elikhethekile, I-Weifang City Hidden Champion Enterprise.Le nkampani inamandla obuchwepheshe aqinile futhi inesiteshi sikazwelonke socwaningo lwangemva kodokotela.Kuyibhizinisi eliholayo (elilimayo) embonini yokukhiqiza imishini ephezulu esifundazweni saseShandong.Le nkampani ibambe iqhaza kakhulu ocwaningweni nasekuthuthukisweni kobuchwepheshe be-superconducting obufana ne-medical superconducting magnetic resonance (MRI) kanye nemishini yokuhlukanisa kazibuthe yezimboni, futhi ibona ukuthuthuka kwezimboni.Iwukuphela kukazibuthe we-superconducting nomshini ophelele ohlanganisa i-R&D nokukhiqizwa enyakatho yoMfula i-Yangtze.Amabhizinisi okukhiqiza izinsiza.
Ukusebenza kobuchwepheshe kwemikhiqizo eyinhloko yenkampani sekufinyelele ezingeni elihamba phambili lamazwe ngamazwe, futhi isihlukanisi se-iron superconducting kanye nesihlukanisi esinamandla kazibuthe sigcwalise igebe lasekhaya.Imikhiqizo kazibuthe eyi-1.5T MRI superconducting series series yayifakwe kuhlu kuhlelo lukazwelonke lwesayensi nobuchwepheshe “lweminyaka Eyishumi nambili” lwesayensi nobuchwepheshe kanye “NeSifundazwe SaseShandong Esizimele Sokufezekisa Ukuguqula Iphrojekthi Eyinhloko Eyinhloko”, kanye ne-3.0T MRI superconducting magnet ifakwe ohlwini “ Iphrojekthi Ebalulekile Ye-R&D Yesifundazwe SaseShandong”.Iphrojekthi ye-7.0T MRI ye-life-metabolism superconducting magnetic project ifakwe ohlelweni "lweminyaka Eyishumi Nantathu" lwesayensi nokuthuthukiswa kwezobuchwepheshe lweSifundazwe saseShandong;umshini wokuhlukanisa uzibuthe osebenza kakhulu ezimbonini ufakwe ohlelweni lukazwelonke lokusekela lwesayensi nobuchwepheshe “lweminyaka Eyishumi Nambili” kanye “NemiSebenzi Emisha Kazwelonke Ezimele YeSifundazwe SaseShandong” Esezindaweni Zokuboniswa”.
Isikhathi sokuthumela: Nov-04-2021