Tagogin gani na Sapphire da aka keɓance na musamman

Tagogin Haske na Sapphire Mai Siffa ta Musamman Masu Siffa ta Sapphire tare da Daidaitaccen Gogewa Hoton da Aka Fi So

Takaitaccen Bayani:

Tagogi masu siffar sapphire na musamman suna wakiltar kololuwar injiniyan gani mai inganci, ta amfani da Al₂O₃ mai siffar Czochralski tare da yanayin kristal mai sarrafawa (yawanci C-axis ko A-axis) don inganta aiki don takamaiman aikace-aikace. Tsarin haɓakar kristal ɗinmu na musamman yana samar da kayan aiki tare da daidaito na musamman (<5×10⁻⁶ bambancin index mai haske) da ƙarancin haɗawa (<0.01ppm), yana tabbatar da daidaiton aikin gani a cikin rukunin samarwa. Tagogi suna kiyaye kwanciyar hankali na muhalli mai ban mamaki, tare da CTE na 5.3×10⁻⁶/K a layi ɗaya da axis C, yana ba da damar haɗa kai cikin haɗuwa da kayan abu da yawa waɗanda ke ƙarƙashin zagayowar zafi. Dabaru na gogewa na zamani suna samun ƙaiƙayi a saman ƙasa da RMS 0.5nm, mahimmanci ga aikace-aikacen laser mai ƙarfi inda lahani na saman zai iya haifar da lalacewa.

A matsayin masana'anta mai haɗa kai tsaye, XKH tana ba da cikakkun mafita daga haɗa kayan har zuwa dubawa na ƙarshe:

Tallafin Zane: Ƙungiyar injiniyanmu tana ba da nazarin DFM (Zane don Masana'antu) ta amfani da kwaikwayon Zemax da COMSOL don inganta yanayin taga don takamaiman buƙatun gani/inji

Ayyukan Tsarin Samfura: Saurin sauyawa (

Zaɓuɓɓukan Rufewa: Rufin AR na musamman wanda ke da ƙarfi fiye da ƙa'idodin MIL-C-675C, gami da:

Broadband (400-1100nm) <0.5% haske

An inganta VUV (193nm) tare da watsawa sama da kashi 92%

Rufin ITO mai sarrafawa (100-1000Ω/sq) don kariyar EMI

Tabbatar da Inganci: Cikakken tsarin metrology wanda ya haɗa da:

Na'urorin auna laser na 4D PhaseCam don tabbatar da daidaiton λ/20

FTIR spectroscopy don taswirar watsawa ta spectral

Tsarin dubawa ta atomatik don tantance lahani 100% na saman

Aika mana imel

Siffofi

Sigogi na fasaha

Tagar Sapphire
Girma	8-400mm
Juriya mai girma	+0/-0.05mm
Ingancin saman (ƙarce-ƙarce & haƙa)	40/20
Daidaiton saman	λ/10 kowace@633nm
Share Buɗewar Hanya	＞85%, ~ 90%
Juriyar daidaito tsakanin abubuwa	±2''-±3''
Bevel	0.1-0.3mm
Shafi	AR/AF/bisa buƙatar abokin ciniki

Mahimman Sifofi

1. Fifikon Kayan Aiki

· Ingantaccen Halayen Zafi: Yana nuna ƙarfin zafin jiki na 35 W/m·K (a 100°C), tare da ƙarancin ma'aunin faɗaɗa zafi (5.3×10⁻⁶/K) wanda ke hana karkacewar gani a ƙarƙashin saurin zagayowar zafin jiki. Kayan yana kiyaye daidaiton tsarin koda a lokacin sauyawar girgizar zafi daga 1000°C zuwa zafin jiki na ɗaki a cikin daƙiƙa.

· Daidaiton Sinadarai: Yana nuna rashin lalacewa idan aka fallasa shi ga sinadarin acid mai ƙarfi (wanda ba a haɗa shi da HF ba) da kuma alkalis (pH 1-14) na tsawon lokaci, wanda hakan ya sa ya dace da kayan aikin sarrafa sinadarai.

· Gyaran gani: Ta hanyar ci gaban lu'ulu'u na C-axis mai zurfi, yana cimma watsawa sama da kashi 85% a cikin bakan da ake iya gani (400-700nm) tare da asarar watsawa ƙasa da 0.1%/cm.
· Yin gogewa mai zurfi a saman fuska yana rage hasken fuska zuwa <0.2% a kowace fuska a 1064nm.

2. Ƙarfin Injiniyan Daidaito

· Kula da saman Nanoscale: Ta amfani da kammala magnetorheological (MRF), yana cimma ƙaiƙayin saman <0.3nm Ra, wanda yake da mahimmanci ga aikace-aikacen laser mai ƙarfi inda LIDT ya wuce 10J/cm² a 1064nm, bugun 10ns.

· Ƙirƙirar Tsarin Lissafi Mai Tsari: Ya haɗa da injinan ultrasonic mai axis 5-axis don ƙirƙirar tashoshi na microfluidic (juriyar faɗin 50μm) da abubuwan gani masu diffractive (DOE) tare da ƙudurin fasalin <100nm.

· Haɗin Tsarin Halayya: Yana haɗa hanyoyin sadarwa na farin-haske da kuma na'urar hangen nesa ta ƙarfin atomic (AFM) don tantance yanayin saman 3D, yana tabbatar da daidaiton siffar <100nm PV a cikin substrates 200mm.

Babban Aikace-aikace

1. Inganta Tsarin Tsaro

· Kumbon Mota Masu Haɗaka: An ƙera shi don jure wa nauyin iska mai ƙarfin Mach 5+ yayin da ake kula da watsa MWIR ga kawunan masu neman sa. Hatimin gefen nanocomposite na musamman yana hana lalatawa a ƙarƙashin nauyin girgiza na 15G.

· Dandalin Fahimtar Jumla: Sigar da ba ta da ƙarfi sosai (<5nm/cm) tana ba da damar daidaita magnetometry a cikin tsarin gano jirgin ruwa.

2. Ƙirƙirar Tsarin Masana'antu

· Semiconductor Extreme UV Lithography: Tagogi masu kyau na AA waɗanda ke da wahalar saman <0.01nm suna rage asarar watsawa ta EUV (13.5nm) a cikin tsarin stepper.

· Kula da Reactor na Nukiliya: Bambance-bambancen Neutron-transparent (Al₂O₃ an tsarkake su ta hanyar isotopically) suna ba da sa ido na gani a ainihin lokaci a cikin core na reactor na Gen IV.

3. Haɗakar Fasaha Mai Fitowa

· Sadarwar gani ta hanyar sararin samaniya: Sigogi masu tauri da hasken rana (bayan fallasa gamma na 1Mrad) suna kiyaye watsawa sama da kashi 80% don haɗin laser na tauraron dan adam na LEO.

· Hanyoyin Biophotonics: Maganin saman Bio-inert yana ba da damar yin amfani da tagogi na Raman spectroscopy don ci gaba da sa ido kan glucose.

4. Tsarin Makamashi Mai Ci Gaba

· Gano Maganin Haɗakar Reactor: Rufin da ke amfani da layuka da yawa (ITO-AlN) yana ba da kariya daga kallon plasma da EMI a cikin shigarwar tokamak.

· Kayayyakin Hydrogen: Sigar da aka yi amfani da ita wajen samar da sinadarin cryogenic (an gwada ta zuwa 20K) tana hana gurɓatar hydrogen a cikin tashoshin ajiyar ruwa na H₂.

Ayyukan XKH & Ƙarfin Samarwa

1. Ayyukan Masana'antu na Musamman

· Keɓancewa bisa zane: Yana tallafawa ƙira marasa daidaito (girma daga 1 mm zuwa 300 mm), isar da sauri na kwanaki 20, da kuma yin samfurin farko a cikin makonni 4.

· Maganin Rufi: Rufi mai hana haske (AR), mai hana gurɓatawa (AF), da kuma rufi mai takamaiman tsawon rai (UV/IR) don rage asarar haske.

· Gogewa da Gwaji na Daidaito: Gogewa da matakin atomic yana cimma daidaiton saman ≤0.5 nm, tare da interferometry yana tabbatar da bin ka'idar λ/10.

2. Sarkar Samarwa da Tallafin Fasaha

· Haɗa kai tsaye: Cikakken tsarin sarrafawa daga girma na lu'ulu'u (hanyar Czochralski) zuwa yankewa, gogewa, da shafawa, yana tabbatar da tsarkin abu (babu iyaka) da daidaiton tsari.

· Haɗin gwiwar Masana'antu: An ba da takardar shaidar 'yan kwangilar sararin samaniya; an haɗa gwiwa da CAS don haɓaka manyan tsarin heterostructures don maye gurbin gida.

3. Fayil ɗin Samfura da Kayan Aiki

· Kayayyakin da aka saba amfani da su: Tsarin wafer mai inci 6 zuwa 12; farashin naúrar daga 43 zuwa 82 (ya danganta da girma/rufi), tare da jigilar kaya a rana ɗaya.

· Shawarwari na fasaha don ƙira na musamman ga aikace-aikace (misali, tagogi masu matakai don ɗakunan injin, tsarin da ke jure girgizar zafi).