Tsarin daidaiton dutse, tare da babban taurinsu, ƙarancin faɗaɗawa, kyakkyawan aikin damping da kuma halayen hana maganadisu na halitta, suna da ƙimar aikace-aikace marasa maye gurbinsu a fannonin masana'antu masu inganci da bincike na kimiyya inda ake buƙatar daidaito da kwanciyar hankali sosai. Ga manyan yanayin aikace-aikacensa da fa'idodin fasaha:
I. Fannin kayan aiki masu matuƙar daidaito
Kayan aikin kera semiconductor
Yanayin aikace-aikace: Teburin aikin injin lithography, tushen injin yanke wafer, dandamalin sanya kayan marufi.
Darajar fasaha:
Adadin faɗaɗa zafin granite shine (0.5-1.0) ×10⁻⁶/℃ kawai, wanda zai iya tsayayya da canjin zafin jiki yayin fallasa nanoscale na nanoscale na nanoscale (kuskuren ƙaura < 0.1nm a cikin yanayin ±0.1℃).
Tsarin ƙananan ramuka na ciki yana samar da damping na halitta (rabo daga 0.05 zuwa 0.1), yana danne girgiza (girman < 2μm) yayin yankewa mai sauri ta hanyar injin ɗin yankewa da kuma tabbatar da cewa ƙaiƙayin gefen Ra na yanke wafer bai wuce 1μm ba.
2. Injinan Nika Masu Daidaito da Injinan Auna Daidaito (CMM)
Shari'ar aikace-aikace:
Tushen injin aunawa mai daidaitawa uku yana ɗaukar tsarin granite mai haɗaka, tare da faɗin ±0.5μm/m2. Idan aka haɗa shi da layin jagora mai iyo a iska, yana cimma daidaiton motsi na matakin nano (daidaitaccen matsayi mai maimaitawa ±0.1μm2).
Teburin aiki na injin niƙa na gani yana ɗaukar tsarin haɗakar ƙarfe na granite da azurfa. Lokacin niƙa gilashin K9, raƙuman saman ƙasa da λ/20 (λ=632.8nm), wanda ke cika buƙatun sarrafawa mai santsi na ruwan tabarau na laser.
Ii. Fagen Na'urorin Haske da Na'urorin Hasken Rana
Na'urorin hangen nesa na ilmin taurari da tsarin laser
Aikace-aikace na yau da kullun:
Dandalin tallafi na saman haske na babban na'urar hangen nesa ta rediyo ya ɗauki tsarin saƙar zuma mai launin granite, wanda yake da sauƙin nauyi (yawan 2.7g/cm³) kuma yana da ƙarfin juriya ga girgizar iska (nakasa < 50μm a ƙarƙashin iska mai matakai 10).
Dandalin na'urar hangen nesa ta laser interferometer yana amfani da granite mai ramuka masu ƙananan ramuka. Ana gyara na'urar hangen nesa ta hanyar shaƙar injin, tare da kuskuren lanƙwasa ƙasa da 5nm, wanda ke tabbatar da daidaiton gwaje-gwajen gani na zahiri kamar gano raƙuman nauyi.
2. Daidaitaccen aikin kayan gani
Fa'idodin fasaha:
Tsarin magnetic da kuma ikon sarrafa wutar lantarki na dandamalin granite sun kusa sifili, suna guje wa tasirin tsangwama na lantarki akan hanyoyin daidaito kamar ion beam polishing (IBF) da magnetorheological polishing (MRF). Daidaiton siffar saman da ƙimar PV na ruwan tabarau na asphical da aka sarrafa zai iya kaiwa λ/100.
Iii. Duba sararin samaniya da daidaito
Dandalin duba sassan sufurin jiragen sama
Yanayin aikace-aikace: Duba ruwan wukake masu girma uku, auna siffa da kuma jure wa matsayi na sassan tsarin ƙarfe na aluminum na jiragen sama.
Babban aiki:
Ana magance saman dandamalin granite ta hanyar lalata electrolytic don samar da kyawawan tsare-tsare (tare da kauri na Ra 0.4-0.8μm), wanda ya dace da binciken abubuwan jan hankali masu inganci, kuma kuskuren gano bayanin ruwan wukake bai wuce 5μm ba.
Zai iya jure nauyin sama da kilogiram 200 na kayan aikin jirgin sama, kuma canjin lanƙwasa bayan amfani da shi na dogon lokaci bai wuce 2μm/m ba, wanda ya cika buƙatun kulawa na Aji 10 a masana'antar sararin samaniya.
2. Daidaita abubuwan da ke cikin kewayawa marasa motsi
Bukatun fasaha: Daidaita na'urorin inertial kamar gyroscopes da accelerometers yana buƙatar dandamali mai ƙarfi sosai.
Magani: An haɗa dandamalin granite tare da tsarin keɓance girgiza mai aiki (mita na halitta < 1Hz), yana cimma daidaito mai girma na daidaiton daidaiton sifili na abubuwan da ba su da aiki < 0.01°/h a cikin yanayi mai saurin girgiza < 1×10⁻⁴g.
Iv. Nanotechnology da Biomedicine
Dandalin na'urar hangen nesa ta na'urar hangen nesa (SPM)
Babban aikin: A matsayin tushen na'urar auna ƙarfin atomic (AFM) da kuma na'urar auna tunneling microscopy (STM), yana buƙatar a ware shi daga girgizar muhalli da kuma yanayin zafi.
Alamun aiki:
Dandalin granite, tare da ƙafafun keɓewar girgiza ta iska, zai iya rage saurin watsa girgizar waje (1-100Hz) zuwa ƙasa da 5%, yana cimma hoton matakin atomic na AFM a cikin yanayin yanayi (ƙaddara < 0.1nm).
Yanayin zafin jiki bai wuce 0.05μm/℃ ba, wanda ya cika buƙatun lura da samfuran halittu a cikin yanayin zafi mai ɗorewa (37℃±0.1℃).
2. Kayan aikin marufi na Biochip
Sha'anin Aikace-aikace: Tsarin daidaitawa mai inganci don guntu-guntu na jerin DNA yana ɗaukar layukan jagora masu iyo a iska na granite, tare da daidaiton matsayi na ±0.5μm, yana tabbatar da haɗin sub-micron tsakanin tashar microfluidic da na'urar ganowa.
V. Yanayi Masu Fitowa na Aikace-aikace
Tushen kayan aikin kwamfuta na Quantum
Kalubalen Fasaha: Sarrafa Qubit yana buƙatar yanayin zafi mai ƙarancin gaske (matakin mK) da kuma yanayin injina mai ƙarfi.
Magani: Ƙarfin faɗaɗa zafi na granite (ƙimar faɗaɗawa < 1ppm daga -200℃ zuwa zafin ɗaki) na iya daidaita halayen matsewar maganadisu masu ƙarfin zafi sosai, yana tabbatar da daidaiton daidaitawa yayin marufi na kwakwalwan kwantum.
2. Tsarin Lithography na Electron Beam (EBL)
Babban aiki: Kayataccen rufin da ke cikin dandamalin granite (resistive > 10¹³Ω · m) yana hana watsawar hasken wutar lantarki. Idan aka haɗa shi da na'urar juyawa ta lantarki, yana cimma daidaiton rubutu na tsarin lithography tare da faɗin layin nanoscale (< 10nm).
Takaitaccen Bayani
Amfani da dandamalin daidaiton granite ya faɗaɗa daga injinan daidaito na gargajiya zuwa fannoni na zamani kamar nanotechnology, kimiyyar lissafi ta quantum, da kuma maganin biomedicine. Babban gasarsa tana cikin haɗin kai mai zurfi tsakanin halayen kayan aiki da buƙatun injiniya. A nan gaba, tare da haɗa fasahohin ƙarfafawa masu haɗaka (kamar nanocomposites na graphene-granite) da fasahar ji da hankali, dandamalin granite za su ratsa ta cikin hanyoyin daidaiton matakin atomic, kwanciyar hankali na zafin jiki mai cikakken iko, da haɗin kai mai aiki da yawa, wanda zai zama manyan abubuwan asali waɗanda ke tallafawa ƙarni na gaba na kera ƙera daidaito mai matuƙar girma.
Lokacin Saƙo: Mayu-28-2025