CGC Series Low Temperature Superconducting Magnetic Separator

CGC Uchungechunge Lokushisa Okuphansi I-Superconducting Magnetic Separator Isithombe Esifakiwe

Incazelo emfushane:

Isicelo:Lolu chungechunge lwemikhiqizo lunomkhakha kazibuthe ongemuva ophakeme kakhulu ongakwazi ukuzuzwa ngemishini evamile kazibuthe, futhi lungahlukanisa ngempumelelo izinto ezinozibuthe ezibuthakathaka kumaminerali anohlamvu olucolekile. Lufanele ukusizakala ngezinsimbi ezingavamile, izinsimbi ezingezona ayoni metallic ores, njengokunothisa i-cobalt ore, ukususwa kokungcola kanye nokuhlanzwa kwe-kaolin kanye ne-feldspar non-metallic ores, futhi ingasetshenziswa ekuhlanzeni indle nokuhlanzwa kwamanzi olwandle neminye imikhakha.

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

CGC Series Low Temperature Superconducting Magnetic Separator

低温超导磁选机CGC Series Low Temperature Superconducting isihlukanisi kazibuthe

Isicelo

Lolu chungechunge lwemikhiqizo lunomkhakha kazibuthe ongemuva ophakeme kakhulu ongakwazi ukuzuzwa ngemishini evamile kazibuthe, futhi lungahlukanisa ngempumelelo izinto ezinozibuthe ezibuthakathaka kumaminerali anohlamvu olucolekile. Lufanele ukusizakala ngezinsimbi ezingavamile, izinsimbi ezingezona ayoni metallic ores, njengokunothisa i-cobalt ore, ukususwa kokungcola kanye nokuhlanzwa kwe-kaolin kanye ne-feldspar non-metallic ores, futhi ingasetshenziswa ekuhlanzeni indle nokuhlanzwa kwamanzi olwandle neminye imikhakha.

Isimiso sokusebenza:

I-superconducting separator kazibuthe isebenzisa isici sokuthi ukumelana kwekhoyili ye-superconducting kunguziro ekushiseni okuphansi,Sebenzisa umthamo omkhulu wamanje ukuze udlule ikhoyili ye-superconducting ecwiliswe ku-helium ewuketshezi, futhi ujatshuliswe ukunikezwa kwamandla kagesi we-DC wangaphandle, ukuze i-superconducting magnetic isihlukanisi singafinyelela kumandla kazibuthe wangemuva ngaphezu kwe-5T, Ingaphezulu lensimbi engagqwali enezibuthe iMatrix egunjini lokuhlukanisa ikhiqiza insimu kazibuthe enkulu enezinga eliphezulu, engafinyelela ngaphezu kwe-10T, engahlukanisa ngempumelelo izinto kazibuthe futhiitkuyindlela eyinhloko ku-minkambu yenzuzo yokuhlukaniswa kwe-agnetic.

Indlela yokuhlunga iqukethe amasilinda abonakalayo amathathu namasilinda amabili okuhlunga. Isilinda sokuhlunga nesilinda esibonakalayo singafinyelela ibhalansi kazibuthe, ukuze indlela yokuhlunga ikwazi ukuhamba endaweni kazibuthe ngaphansi kwesenzo samandla amancane angaphandle.

Indlela yokuhlunga ishayelwa injini kanye nesistimu yokushayela ibhande ukuze kuphindekene phakathi nesikhathi esimisiwe. Inqubo yokuhlukanisa iwukuthi isilinda esisodwa sokuhlukanisa sihlunga i-pulp kukazibuthe ngamandla enkundla yangemuva ngaphezu kuka-5T, bese enye isilinda yokuhlukanisa ihlanzwa ngaphandle kukazibuthe. Njengoba ingekho insimu kazibuthe, izinhlayiya ze-ore azithintwa amandla kazibuthe, futhi uboya bensimbi bugezwa ngamanzi anomfutho ophezulu, izinto kazibuthe ezikhangiswe kuwo zikhishwa ngokugeleza kwamanzi, isilinda sokuhlunga esisebenza kuzibuthe. ikhishwa kuzibuthe, futhi isilinda sokuhlunga esihlanziwe sibuyela kuzibuthe ukuze sihlele uginindela, futhi umjikelezo uyaphindwa, kuhlale kukhona isilinda kukazibuthe ukuze kuhlungwe i-pulp, okuthuthukisa kakhulu ukusebenza kahle kokukhiqiza.

Izici zobuchwepheshe:

01

Amandla kazibuthe angemuva aphezulu, tIkhoyili eyenziwe nge-Nb-Ti superconducting material inamandla kazibuthe angaphezu kuka-5T, kanti amandla kazibuthe ovamile ngokuvamile angaphansi kuka-2T, okungukuthi izikhathi ezingu-2-5 kunomkhiqizo wendabuko.

02

Amandla kazibuthe anamandla,ungaphansi kwamandla enkambu yangemuva ngaphezu kuka-5T, ingaphezulu le-m elingene ngozibuthei-atrixekamelweni lokuhlukanisa likhiqiza amandla amakhulu kakhulu kazibuthe, angahlukanisa ngokuphumelelayo ukungcola okubuthakathaka okubuthakathaka, ukuthuthukisa kakhulu ikhwalithi yamaminerali angewona ezensimbi, futhi ahlangabezane nezidingo zemikhiqizo ephezulu.

03

I-Zero volatility ye-helium ewuketshezi,tIsiqandisi esingu-1.5W/4.2K singaqhubeka nesiqandisi, ukuze i-helium ewuketshezi ingaguquguquki ngaphandle kukazibuthe, iqinisekise ukuthi inani eliphelele le-helium ewuketshezi lihlala lingashintshiwe, futhi asikho isidingo sokugcwalisa i-helium ewuketshezi phakathi neminyaka emi-3, ukunciphisa ukulungiswa. izindleko.

04

Ukusetshenziswa kwamandla okuphansi, kusetshenziswa ubuchwepheshe be-superconducting obusezingeni eliphansi, ukumelana kwekhoyili kungu-zero ngemuva kokufinyelela kusimo se-superconducting. Isiqandisi esidinga kuphela ukugcina izinga lokushisa eliphansi likazibuthe siyasebenza, esilondoloza ngaphezu kuka-90% kagesi uma kuqhathaniswa nozibuthe ovamile wokuqhuba.

Isikhathi esifushane sokuzijabulisa. Kungaphansi kwehora elingu-1.

05

Amasilinda amabili ahlelwa ngokushintshana futhi awashwe, futhi angasebenza ngokuqhubekayo ngaphandle kokukhipha uzibuthe, okuthuthukisa ukusebenza kahle kokukhiqiza. Isihlukanisi kazibuthe esiwuhlobo lwe-5.5T/300 singakwazi ukucubungula i-kaolin efinyelela kumathani ayi-100/ngosuku lwensimbi eyomile, futhi isihlukanisi kazibuthe sohlobo lwe-5T/500 singacubungula amathani angama-300/ngosuku e-kaolin.

06

Yonke inqubo ilawulwa yi-microcomputer, futhi imingcele ingaqoqwa ngesikhathi sangempela, okuzuzisa ukulawula ukukhiqiza nokulawula ikhwalithi.

Imishini isebenza ngokuzinzile, izindleko zokuyilungisa ziphansi kakhulu, uzibuthe unomsebenzi omude, isisindo esilula nokufaka kalula.

Amapharamitha amakhulu wezobuchwepheshe:

Imodeli	Φ100 型CGC	Φ300 型CGC	Φ400 型CGC	Φ500 型CGC
Ngaphakathi kobubanzi bukazibuthe (mm)	100	300	400	500
Isivinini esisheshayo (cm/s)	0.6 - 3.2	0.6 - 3.2	0.8–3.0	0.8 - 2.6
Amandla kazibuthe angemuva (T)	0-7	0-5.5	0-5	0-5
Amandla kazibuthe ngaphezu kwe-1 m ukusuka kusihlangu (Gs)	≤ 50	≤ 50	≤ 50	≤ 50
Amandla ajabulisayo (kW)	＜1.5	＜1.5	＜1.5	＜1.5
Uhlelo lokusebenza	isikhawu	okuqhubekayo	okuqhubekayo	okuqhubekayo
Izinga lokushisa lokusebenza kwekhoyili ye-superconducting (K)	4.2	4.2	4.2	4.2
Amandlaomile(T/h)	-	≤4	≤ 10	≤ 15
Amandla aphelele (kW)	≤9	≤ 11.5	≤ 12.5	≤ 13.5