Izinto ezi-Rare Earth Magneto
Izinto ze-Magneto Optical zibhekisela kwizinto zokwazisa zolwazi lwe-Optical Expressional With Magneto Optical Effects ku-Ultraviolet kumabhendi angenampilo. Izinto ezi-Rare Earth Magneto ziluhlobo olusha lwezinto ezibonakalayo zolwazi olusebenzayo olungenziwa ngamadivayisi abonakalayo anemisebenzi ehlukahlukene ngokusebenzisa izakhiwo zawo ze-Magneto Optical kanye nokusebenzisana nokukhanya. Njengama-modulators, ama-isolators, amasetheli, ukushintshwa kwe-magneto-optical, ama-deflectors, amashisi wesigaba, imishini yokuphrinta, imishini yokuphrinta, imishini yokuqashelwa kwephethini, ama-wavegcuides wephethini, njll.
Umthombo Womhlaba We-Rare Earth Magneto Optics
Le khasiinto yomhlaba engavamilekwakha umzuzwana kazibuthe kazibuthe onomugqa ngenxa yesendlalelo se-elektroni engafakwanga, okuwumthombo wokuzila onamandla; Ngasikhathi sinye, kungaholela nasekuguqukeni kwe-elektroni, okuyimbangela yokuthokozisa okukhanyayo, okuholela emiphumeleni ye-magneto eqinile.
Izinsimbi zomhlaba ezihlanzekile ezingandile azikhombisi imiphumela eqinile ye-magneto. Kuphela lapho izinto zomhlaba ezingavamile zitholakala ezindaweni ezibonakalayo ezifana nengilazi, amakristalu ahlanganisiwe, namafilimu anamandla okuqina, kuzovela imiphumela emibi emhlabeni. Izinto ezisetshenziswa kakhulu ze-magneto-optical ziyizinto zeqembu lezinguquko ezinjenge (Remi) 3 (FEA) 5O12 Garnet Crystals (izinto zensimbi ezinjenge-A1, GA, SC, GE, izibuko zomhlaba ezingavamile.
I-Magneto Optical Crystal
Ama-Magneto Optic Crystals yizinto ze-Crystal ezinemiphumela ye-Magneto optic. Umphumela we-magneto Ngakho-ke, ezinye izinto ezinhle kakhulu zemabuthetic zivame ukusetshenziswa kwe-magneto-optical ezinezinto ezinhle kakhulu ze-magneto-optical, njenge-ytttrium iron garnet kanye namakronithi omhlaba we-iron iron garnet namakristalu ensimbi engavamile i-iron gartals. Ngokuvamile, amakristalu anezindawo ezingcono ze-magneto-optical amakristalu e-ferromagnetic kanye nama-ferromagnetic, anjenge-euo kanye ne-eus berromagnets, ytttrium iron garnet kanye ne-bismuth garnet engavamile emhlabeni i-iron ron berrnet. Njengamanje, lezi zinhlobo ezimbili zamakristalu zisetshenziswa ikakhulukazi, ikakhulukazi amakristalu amakhulu amabi.
I-Rare Earth Iron Garnet Garnet Magneto-Optical Material
1. Izici zesakhiwo zeRare Earth Iron Garnet Magneto-Optical Izinto
Uhlobo lwe-Garnet Ferrite Izinto zokwenziwa luhlobo olusha lwezintokazi ezikhule ezithuthuke ngokushesha ezikhathini zanamuhla. Okubaluleke kunakho okubaluleke kakhulu emhlabeni i-Iron Garnet (eyaziwa nangokuthi yi-magnetic garnet), okuvame ukubizwa ngokuthi ukuphindisela i-ion (abanye kuthathwa njenge-RE3fe5o12), lapho i-Plasma ye-RE2 (i-CR ions in FE, kanye ne-FE Ions ngo-A, GA Plasma. Kunezinhlobo zezinhlobo eziyi-11 ze-Iron Garnet zomhlaba ezingavamile ezikhiqizwe kuze kube manje, ngokufana kakhulu ne-Y3fe5o12, ifushaniswe njenge-Yig.
2. I-YTtrium Iron Garnet Magneto-Optical Magneto
I-YTtrium Iron Garnet (i-Yig) yatholwa okokuqala yiBell Corporation ngo-1956 njenge-crystal eyodwa enemiphumela eqinile ye-magneto-optical. I-Magtrium Iron Garnet (i-Yig) inokulahleka kazibuthe ama-oda amaningana ngobukhulu obuphansi kunanoma iyiphi enye i-ferrite ku-ultra-high frequency field, okwenza kusetshenziswe kabanzi njengezinto zokugcina zolwazi.
I-3. I-High Doused BI Series Rable Earth Iron Garnet Magneto Magneto Izinto zokwakha
Ngokuthuthukiswa kobuchwepheshe bokuxhumana kwe-Optical, izidingo zekhwalithi yokudlulisela imininingwane namandla akhule. Ngokombono wocwaningo lwezinto ezibonakalayo, kuyadingeka ukuthuthukisa ukusebenza kwezinto ezibonakalayo ezingezinkomba ze-isolators, ukuze ukujikeleza kwabo kweFaraday kube nokuqina okuncane, ukuze kuthuthukiswe ukuqina kokuhlukaniswa kwensiza ngokuhlukaniswa kwamadivaysi kanye ne-wavelength. I-High Dooped Bi Ion Series engavamile ukuba umhlaba wensimbi iron garnet amakristali eyodwa namafilimu amancanyana sekuphenduke ukugxila kocwaningo.
I-BI3fe5o12 (Big) Ifilimu elilodwa le-Crystal Crystal Thin liletha ithemba ngokuthuthukiswa kwama-ironical ama-inganu ahlanganisiwe. Ngo-1988, uT Kouda et al. Kutholwe i-Bi3Feso12 (Biig) Amafilimu amancane ama-Crystal amancane we-Crystal Thin Okokuqala ukusebenzisa izimbambo ezisebenzayo ze-Plasma Sputtering Displition (Reaction Lon Bean Sputtering). Kamuva, e-United States, eJapan, eFrance, nabanye bathola ngempumelelo i-BI3fe5o12 kanye ne-BIP BIP DOPED emhlabeni iron iron Garnet Magneto-Optical Films esebenzisa izindlela ezahlukahlukene.
4. I-CE idonswe emhlabeni i-Iron Gron Garnet Magneto-Optical Izinto
Uma kuqhathaniswa nezinto ezisetshenziswayo ezisetshenziswa njenge-Yig ne-GDBIIG, CE Doped Rare Earth Iron Garnet (CE: I-Yig) inezimpawu zokujikeleza okukhulu kwaseFaraday, ukunqwabelana okuphansi, nokubiwa okuphansi, kanye nezindleko eziphansi. Okwamanje kunguhlobo oluthembisa kakhulu lwe-Faraday Rotation Magneration Magneto-Optical Magneto.
Ukusetshenziswa kweRare Earth Magneto Magneto
Izinto ze-Magneto ze-Optical Crystal zinomphumela omkhulu we-faraday emsulwa, i-coeffient ephansi yokumunca ezindaweni eziphakeme, kanye nokukhula okuphezulu nokuvunyelwa. Iningi elisetshenziswa kakhulu ekukhiqizweni kwama-isolators abonakalayo, izakhi ze-optical non repectoral, i-magneto optical moderators, ukukhishwa kwe-magneto, ukuqoshwa kwe-magneto, ukuqondiswa kwe-magneto, i-magnento yokuqopha, i-magner gyroscopes, ububanzi be-crystal izinto eziqhubekayo, uhla lwe-crystal Amadivayisi angasetshenziswa futhi akhiqizwa nawo azokwanda.
(1) I-Isolator ye-Optical
Kuzinhlelo ze-Optical ezinjengokukhulumisana kwe-fiber optic, kukhona ukukhanya okubuyela emthonjeni we-laser ngenxa yezindawo ezibonakalayo zezakhi ezahlukahlukene ezisendleleni ehlukahlukene. Lokhu kukhanya kwenza ukuqina kokuphuma komthombo we-laser kungazinzile, kubangele umsindo obonakalayo, futhi kunciphise kakhulu umthamo wokuhambisa kanye nebanga lokuhambisa amasiginali ekusebenzeni kwe-fiber optic, okwenza uhlelo lokukhanya lungasebenzi. I-Isolator ye-Optical yithuluzi lokubona nje elivumela kuphela ukukhanya okungafanele ukudlula kulo, futhi umgomo wawo wokusebenza ususelwa ekuphindisweni kokujikeleza kweFaraday. Ukukhanya okuboniswe nge-fiber optic echoes kungahlukaniswa kahle ama-worator abonakalayo.
(2) umhloli wamanje we-magneto optic
Ukuthuthukiswa okusheshayo kwemboni yanamuhla kubeke phambili izidingo eziphakeme zokudluliselwa kanye nokutholwa kwamagridi kagesi, kanye nezindlela eziphakeme zendabuko kanye nezindlela eziphakeme zamanje zokulinganisa nezindlela eziphakeme zamanje zizobhekana nezinselelo ezinzima. Ngokuthuthukiswa kobuchwepheshe be-fiber optic nobuchwepheshe, ama-magneto-optical abcers akhona manje athole ukunakwa okubanzi ngenxa yokufakelwa kwawo okuhle nokulwa nokulwa nokunemba, ukunemba okuncane, futhi azikho izingozi ezingaba khona.
(3) Idivaysi microwave
I-Yig inezici zomugqa omncane we-ferromagnetic resonance, isakhiwo esiminyene, ukuqina kokushisa okuhle, kanye nokulahleka okuncane kakhulu kwe-electromagnetic ngokujwayelekile kwamafrikhwensi aphezulu. Lezi zici zikwenza kufanelekile ngokwenza amadivayisi ahlukahlukene we-microwave afana nama-sytherizer afudumele aphezulu, izihlungi ze-bandpass, ama-oscillator, abashayeli bezikhangiso, njll. Isetshenziswe kabanzi ebhendi ye-microwave frequency band ngaphansi kweqembu le-x-ray. Ngaphezu kwalokho, amakristalu e-magneto-optical angenziwa futhi kumadivayisi we-magneto-optical afana namadivayisi abunjwe ngendandatho kanye nokuboniswa kwe-magneto-optical.
(4) inkumbulo ye-magneto optical
Kubuchwepheshe bokulungiswa kolwazi, imidiya ye-magneto-optical isetshenziselwa ukuqopha nokugcina imininingwane. Isitoreji se-Magneto Optical singumholi kwisitoreji esibonakalayo, ngezimpawu zamandla amakhulu nokushintshana kwamahhala kwesitoreji sokugcina, kanye nezinzuzo zokubhalwa kabusha okuqashisayo kwesitoreji sobukena nesivinini sokufinyelela esilinganiselwe esifanayo. Isilinganiso sokusebenza kwezindleko kuzoba yisihluthulelo sokuthi amadiski we-magneto optical angahola indlela.
(5) I-Crystal eyodwa
I-TGG iyi-crystal ethuthukiswe yi-FUJIAN FUJIGIN Technology Co, Ltd. (Castech) ngonyaka ka-2008. Izinzuzo zayo eziphambili: kanye nokulahleka okuphezulu kwe-laser, futhi kusetshenziswa ama-sapshire aphezulu aphezulu, futhi kusetshenziswa ama-sapphire we-wag kanye ne-t-doped
Isikhathi sePosi: Aug-16-2023