Substrates Cu- Textured waxay ka kooban yihiin saddex lakab ( dhumucdiisuna tahay 0.1mm, ballac 10mm) (Sawirka: Silig Ganacsi)
Substrates Cu- Textured waxay ka kooban yihiin saddex lakab ( dhumucdiisuna tahay 0.1mm, ballac 10mm) (Sawirka: Silig Ganacsi)
TOKYO–(GANACSIGA WIRE)–Tanaka Holdings Co., Ltd. (Xafiiska Sare: Chiyoda-ku, Tokyo; Wakiilka Agaasimaha & Maamulaha: Akira Tanae) ayaa maanta ku dhawaaqay in Tanaka Kikinzoku Kogyo KK (Xafiiska Sare: Chiyoda-ku, Tokyo; Wakiil) Agaasimaha & Maamulaha: Akira Tanae) ayaa u dhisay khadad wax soo saar gaar ah oo loogu talagalay substrates Cu bir-quruxsan oo loogu talagalay siliga sare ee YBCO (*1) waxayna dejisay habab wax soo saar ballaaran oo la isticmaalo laga bilaabo Abriil 2015.
Bishii Oktoobar 2008, Tanaka Kikinzoku Kogyo oo ay weheliyaan Chubu Electric Power iyo Jaamacadda Kagoshima waxay si wadajir ah u sameeyeen substrates Cu bir ah kii ugu horreeyay abid iyadoo la isticmaalayo silig heer sare ah. Wax-soo-saar ayaa bilaabmay waxaana la qaybiyay muunooyin laga bilaabo Disembar isla sanadkaas. Siligan awooda sare leh ayaa bedelaya isticmaalka Ni alloys (nickel iyo tungsten alloys), kuwaas oo hore u ahaan jiray agabka aasaasiga ah ee substrates biraha textured, oo leh qiimo jaban iyo hanuunin sare (*2) naxaas ah, taaso hoos u dhigaysa kharashaadka in ka badan 50%. Mid ka mid ah daciifnimada naxaasta waa u nuglaanshadeeda oksaydhaynta, taas oo keeni karta filimka khafiifka ah (silig-conducting ama lakabka oksidheer) ee ku samaysan substrate si uu u go'o. Si kastaba ha ahaatee, hanuuninta iyo simanaanta dusha sare ayaa la kordhiyaa iyada oo la adeegsanayo xal gaar ah oo nikkel ah oo ka kooban palladium sida lakabka xannibaadda birta ee oksijiinta, taas oo hagaajinaysa xasilloonida kaydinta filimka khafiifka ah ee substrate.
Maaddaama muunado ka mid ah substrate-ka Cu- textured markii ugu horreysay la diray, Tanaka Kikinzoku Kogyo waxay sii waday inay samayso cilmi-baaris si loo xaqiijiyo xasilloonida kaydinta. Wax soo saarka substrate-ka dheer ayaa hadda noqday mid suurtagal ah iyada oo loo marayo hagaajinta xaaladaha qalabka. Si degdeg ah looga jawaabo baahida gudaha iyo dibaddaba, waxaa warshad gaar ah laga dhisay warshad ay shirkaddu leedahay bishii April 2015. Waxaa la filayaa in farsamadan mustaqbalka looga faa’iidaysan doono dhinacyo kala duwan oo ay ka mid yihiin masaafada dheer iyo Xadhkaha sahayda korontada ee awoodda sare leh, Magnetic Resonance Imaging (MRI) iyo Nuclear Magnetic Resonance (NMR), kuwaas oo u baahan dhul magnetic sare ah, iyo matoorrada maraakiibta waaweyn. Tanaka Kikinzoku Kogyo waxay higsanaysaa inay gaadho iibka sanadlaha ah ee 1.2 bilyan yen sanadka 2020.
Muunad muunad ah oo ka mid ah substrate-kan iyadoo la adeegsanayo silig-conducting ayaa si guul leh loogu soo bandhigay Bandhigga birta ee 2nd High-function High inta u dhaxaysa Abriil 8 iyo Abriil 10, 2015, ee Tokyo Big Sight.
* 1 YBCO siligga korantada sare u qaadida agabka falanqeynta ee loo habeeyey isticmaalka siligga oo gaaraya eber iska caabin koronto ah. Waxay ka samaysan tahay yttrium, barium, copper iyo oxygen.
*2 Hanuuninta Tani waxay tusinaysaa heerka lebiska ee jihaynta kiristaalo. Heer sare oo heer sare ah ayaa lagu heli karaa iyada oo la habeeyo crystals waqtiyo joogto ah.
Fiilooyinka kondhomka sare leh waxay leeyihiin sifada soo saarida dhulal birlabeed oo xoog badan marka la duubo. Waxaa loo kala saaraa iyadoo loo eegayo heerkulka muhiimka ah (heerkulka ay ku gaadhaan kondhomikada sare). Labada nooc ayaa ah "silig heer sare ah oo heerkulkiisu sarreeyo," kaas oo ilaalinaya dabeecadda sare ee -196 ° C ama ka hooseeya, iyo "xarafyada heerkulka hooseeya," kaas oo ilaalinaya awoodda sare ee -250 ° C ama ka hooseeya. Marka la barbardhigo silig heerkul hooseeya, kaas oo horeyba loogu isticmaalay MRI, NMR, gawaarida toosan iyo wax ka badan, silig heerkul sare leh ayaa leh cufnaanta hadda jirta ee muhiimka ah (cabbirka hadda korantada), hoos u dhigaya kharashka adoo isticmaalaya nitrogen dareere ah qaboojinta , waxayna yaraynaysaa u nuglaanshaha saamaynta meelaha magnetic dibadda, sidaas darteed horumarinta silig heerkul sare ah ayaa hadda la soo bandhigayaa.
Waxaa jira bismuth-ku-saleysan (oo loo tixraacayo "bi-ku saleysan" hoos) iyo yttrium-ku-saleysan (oo loo tixraacayo "Y-ku-saleysan" hoos) fiilooyin heerkul sare leh. Bi-ku-salaysan waxaa lagu buuxiyaa tuubo qalin ah oo la farsameeyay si looga dhigo mid silig ahaan loo isticmaali karo, halka Y-ku-saleysan lagu tuuray substrate qaab cajalad ah oo leh kiristaalo toosan si loogu isticmaalo silig ahaan. Y ku salaysan ayaa la filayaa inay noqoto jiilka soo socda ee siliga koontaroolka sare leh maadaama ay leedahay cufnaanta hadda jirta ee muhiimka ah, sifooyinka magnetic xoog leh, iyo qiimaha alaabta waa la dhimi karaa iyada oo la dhimayo qadarka lacagta la isticmaalo.
Sifada Y-ku-salaysan substrate-ka siligga sarraysa iyo horumarka farsamada ee Tanaka Kikinzoku Kogyo
Marka la eego substrates-ku-saleysan siligga sare-conducting, waxaan u fulineynaa R&D "Substrates IBAD" iyo "substrates texted." Sifooyinka sare-u-qaadista ayaa la kordhiyaa iyada oo la habeynayo kiristaalo biraha ah waqtiyo joogto ah, markaa habaynta hanuuninta birta waa in lagu farsameeyaa lakab kasta oo sameeya cajaladda. Substrates IBAD, lakabka filimka khafiifka ah ee oksaydhku wuxuu ku jihaysan yahay jihada gaarka ah birta xoogga sare ee aan jihayn, lakabka superconducting ayaa lagu tuuray substrate-ka iyadoo la adeegsanayo laser, kaas oo abuura walxo substrate adag, laakiin sidoo kale waxay kor u qaadaysaa arrinta. kharashka qalabka iyo alaabta. Tani waa sababta Tanaka Kikinzoku Kogyo ay diiradda saartay substrate-ka qoraalka ah. Kharashyada waa la dhimay iyadoo la isticmaalayo naxaasta-jihaynta sare ee maadada substrate-ka, taas oo sidoo kale kordhisa xoogga farsamada marka lagu daro lakabka walxaha xoojinta iyadoo la adeegsanayo tignoolajiyada daboolan oo aan saameyn ku yeelan jihada.
La aasaasay 1885, Tanaka Precious Metals waxay dhistay hawlo ganacsi oo kala duwan oo diiradda saaraya isticmaalka biraha qaaliga ah. Abriil 1, 2010, kooxda waxaa dib loo habeeyey iyadoo Tanaka Holdings Co., Ltd. ay tahay shirkad haysata (shirkadda waalidka) ee Tanaka Precious Metals. Marka laga soo tago xoojinta maamulka shirkadaha, shirkadu waxay higsaneysaa inay horumariso adeegga guud ee macaamiisha iyadoo hubinaysa maamul hufan iyo fulinta firfircoonida leh ee hawlgallada. Tanaka Precious Metals waxaa ka go'an, sida shirkad khaas ah, si ay u bixiso noocyo kala duwan oo badeecooyin ah iyada oo loo marayo iskaashiga shirkadaha kooxda.
Tanaka Precious Metals waxay ku jirtaa heerka ugu sarreeya ee Japan marka loo eego mugga birta qaaliga ah ee lagu maamulo, waxayna sannado badan kooxdu samaysay oo ay si joogto ah u keentay biraha qaaliga ah ee warshadaha, marka lagu daro bixinta agabka iyo badeecooyinka kaydka ah ee laga faa'iidaysto biraha qaaliga ah. Xirfadlayaasha birta qaaliga ah ahaan, Kooxdu waxay sii wadi doontaa inay gacan ka geysato kobcinta nolosha dadka mustaqbalka.
[Press inquiries]Tanaka Kikinzoku International K.K. (TKI)Global Sales Dept.https://www.tanaka.co.jp/support/req/ks_contact_e/index.htmlorTANAKA KIKINZOKU KOGYO K.K.Akio Nakayasu, +81.463.35.51.70Senior Engineer, Section Chief & Assistant to DirectorHiratsuka Technical Centera-nakayasu@ml.tanaka.co.jp
TANAKA waxay u dhistay khadad-soo-saar gaar ah oo loogu talagalay substrates Cu bir-quruxsan oo loogu talagalay silig-conducting YBCO waxayna dejisay habab wax-soo-saar ballaaran oo la isticmaalo laga bilaabo Abriil 2015.
[Press inquiries]Tanaka Kikinzoku International K.K. (TKI)Global Sales Dept.https://www.tanaka.co.jp/support/req/ks_contact_e/index.htmlorTANAKA KIKINZOKU KOGYO K.K.Akio Nakayasu, +81.463.35.51.70Senior Engineer, Section Chief & Assistant to DirectorHiratsuka Technical Centera-nakayasu@ml.tanaka.co.jp
Waqtiga boostada: Nov-22-2019