Iinxalenye zeSapphire eziLungiselelweyo eziMele ngeSapphire zeWindows ezinoKucocwa kokuGcwalisa

Iinxalenye zeSapphire ezenziwe ngokwezifiso zeSapphire zeWindows ezinoMfanekiso oFanelekileyo wokukhazimliswa.

Inkcazelo emfutshane:

Iifestile zamehlo zesafire ezenziwe ngokwezifiso zimele incopho yobunjineli obuchanekileyo be-optical, zisebenzisa i-Czochralski-ekhulile i-monocrystalline i-Al₂O₃ kunye ne-crystallographic orientation elawulwayo (ngokuqhelekileyo i-C-axis okanye i-A-axis) ukunyusa ukusebenza kwezicelo ezithile. Inkqubo yethu yokukhula kwekristale yobunikazi ivelisa izinto eziphathekayo kunye ne-homogeneity ekhethekileyo (<5×10⁻⁶ i-refractive index variation) kunye nokubandakanywa okuncinci (<0.01ppm), ukuqinisekisa ukusebenza okubonakalayo okuhambelanayo kwiibhetshi zemveliso. Iifestile zigcina uzinzo oluphawulekayo lwendalo, kunye ne-CTE ye-5.3 × 10⁻⁶/K ehambelana ne-C-axis, evumela ukuhlanganiswa okungenamthungo kwiindibano ezininzi zezinto ezixhomekeke kwibhayisikili ye-thermal. Iindlela zethu zokupholisa eziphucukileyo zifezekisa uburhabaxa bomphezulu ongaphantsi kwe-0.5nm RMS, ibaluleke kakhulu kwizicelo ze-laser zamandla aphezulu apho iziphene zomhlaba zinokuqalisa umonakalo.

Njengomvelisi odibeneyo othe nkqo, i-XKH ibonelela ngezisombululo ezibanzi ukusuka kwi-material synthesis ukuya kuhlolo lokugqibela:

Inkxaso yoYilo: Iqela lethu lobunjineli libonelela ngohlalutyo lweDFM (uYilo lweMveliso) kusetyenziswa iZemax kunye neCOMSOL ukulinganisa ukukhulisa ijometri yefestile kwiimfuno ezithile zokukhanya/zoomatshini.

Iinkonzo zePrototyping: Ukutshintsha ngokukhawuleza (<72 iiyure) ukuqinisekiswa kombono usebenzisa i-CNC yethu yangaphakathi yokusila kunye ne-MRF yokupholisha amandla

Iinketho zoKwaleka: Iingubo zesiko ze-AR ezinokuqina okudlula imigangatho ye-MIL-C-675C, kubandakanywa:

Broadband (400-1100nm) <0.5% reflectivity

I-VUV-optimized (193nm) nge> 92% yokudluliselwa

Iingubo ze-ITO eziqhubayo (100-1000Ω/sq) zokukhusela i-EMI

UQinisekiso loMgangatho: Isuite ye-metrology epheleleyo kuquka:

I-4D PhaseCam i-interferometers ye-laser ye-λ/20 yokuqinisekisa ukunyameka

I-FTIR spectroscopy yemephu yosasazo lwe-spectral

Iinkqubo zokuhlola ezizenzekelayo ze-100% yokuhlola isiphene sobuso

Thumela i-imeyile kuthi

Iimbonakalo

Iiparamitha zobugcisa

Ifestile yesafire
Ubungakanani	8-400mm
Ukunyamezela komgangatho	+0/-0.05mm
Umgangatho womphezulu (umkrwelo&grumba)	40/20
Ukuchaneka komphezulu	λ/10per@633nm
Umngxuma ocacileyo	＞85%, ＞90%
Ukunyamezelana kweParallelism	±2''-±3''
Bevel	0.1-0.3mm
Ukwaleka	AR/AF/ngesicelo somthengi

Ezona mpawu

1.Izinto eziPhakamileyo

· Iimpahla eziphuculweyo ze-Thermal: Ibonisa i-thermal conductivity ye-35 W / m·K (kwi-100 ° C), kunye ne-coefficient yokwandisa i-thermal ephantsi (5.3 × 10⁻⁶ / K) ekhusela ukuphazamiseka kwe-optical phantsi kokuhamba ngebhayisikili ngokukhawuleza. Izinto eziphathekayo zigcina ingqibelelo yesakhiwo nangexesha lokutshintshwa kwe-thermal shock ukusuka kwi-1000 ° C ukuya kwindawo yokushisa kwegumbi ngemizuzwana.

· Ukuzinza kweMichiza: Ibonisa ukuthotywa kwe-zero xa ibonakaliswe kwi-acids egxininisiweyo (i-HF ingabandakanywa) kunye ne-alkalis (pH 1-14) ixesha elide, okwenza kube yinto efanelekileyo kwisixhobo sokwenza imichiza.

· Ukuphuculwa kwe-Optical Refinement: Ngokukhula kwe-crystal ye-C-axis ephezulu, ifezekisa> i-85% yokuhanjiswa kwi-spectrum ebonakalayo (400-700nm) kunye nokulahleka kwe-scatter phantsi kwe-0.1% / cm.
· Ukupholisha okukhethiweyo kwe-hyper-hemispherical kunciphisa ukubonakaliswa komphezulu kwi-<0.2% kwindawo nganye kwi-1064nm.

2.Izakhono zobuNjineli obuchanekileyo

· I-Nanoscale Surface Control: Ukusebenzisa ukugqitywa kwe-magnetorheological (MRF), ifezekisa uburhabaxa bendawo <0.3nm Ra, ibaluleke kakhulu kwizicelo ze-laser zamandla aphezulu apho i-LIDT idlula i-10J / cm² kwi-1064nm, i-10ns pulses.

· I-Complex Geometry Fabrication: Idibanisa i-5-axis ultrasonic machining yokudala i-microfluidic channels (50μm ukunyamezela ububanzi) kunye ne-diffractive optical elements (DOE) kunye <100nm isisombululo sesici.

· I-Metrology Integration: Idibanisa i-interferometry yokukhanya okumhlophe kunye ne-atomic force microscopy (AFM) ye-3D ye-face characterization, iqinisekisa ukuchaneka kwefom <100nm PV kwi-200mm substrates.

Izicelo eziphambili

1.Ukwandiswa kweeNkqubo zoKhuselo

· I-Hypersonic Vehicle Domes: Yenzelwe ukumelana ne-Mach 5+ imithwalo ye-aerothermal ngelixa igcina ukuhanjiswa kwe-MWIR kwiintloko zabafunayo. Iimpawu ezikhethekileyo ze-nanocomposite edge zithintela ukuchithwa phantsi kwemithwalo ye-vibration ye-15G.

· I-Quantum Sensing Platform: Iinguqulelo ze-Ultra-low birefringence (<5nm/cm) zenza ukuba i-magnetometry ichaneke kwiinkqubo zokubona i-submarine.

2.Utshintsho lweNkqubo yoShishino

· I-Semiconductor Extreme UV Lithography: IBakala AA iifestile ezipholisiweyo kunye <0.01nm uburhabaxa bomphezulu bunciphisa i-EUV (13.5nm) ilahleko yokuchithakala kwiinkqubo ze-stepper.

· UkuJonga iNyukliya yeReactor: Ukwahluka kwe-Neutron-transparent (Al₂O₃ isotopically purified) ibonelela ngexesha lokwenyani lokujongwa kwi-Gen IV reactor cores.

3.UManyano lweTekhnoloji ekhulayo

· I-Space-Based Optical Comms: Iinguqulelo ze-radiation-hardened (emva kokuvezwa kwe-gamma ye-1Mrad) gcina > i-80% yokuhanjiswa kwe-LEO satellite laser crosslinks.

· I-Biophotonics Interfaces: Unyango lomphezulu lwe-Bio-inert luvumela iifestile ze-Raman ze-spectroscopy ezifakelwayo ukuze kuqwalaselwe rhoqo iswekile.

4.IiNkqubo zaMandla aPhezulu

· I-Fusion Reactor Diagnostics: Iingubo ezininzi ze-multi-layer conductive (ITO-AlN) zibonelela ngokujongwa kweplasma kunye nokukhusela i-EMI kufakelo lwe-tokamak.

· I-Hydrogen Infrastructure: Iinguqulelo ze-Cryogenic-grade (ezivavanyiweyo ukuya kwi-20K) zithintela i-hydrogen embrittlement kwindawo yokugcina i-H₂ engamanzi.

Iinkonzo ze-XKH & Nokubonelela ngezakhono

1.IiNkonzo zokuVelisa ngokweSiko

· I-Drawing-Based Based Customization: Ixhasa i-design non-standard (1 mm ukuya kwi-300 mm ubukhulu), ukuhanjiswa ngokukhawuleza kweentsuku ezingama-20, kunye ne-prototyping yokuqala kwiiveki ezi-4.

· Izisombululo zokugquma: I-Anti-reflection (AR), i-anti-fouling (AF), kunye ne-wavelength-specific coatings (UV / IR) ukunciphisa ilahleko yokubonakalisa.

· Ukupholisha okuchanekileyo kunye noVavanyo: I-atomic-level polishing ifezekisa ≤0.5 nm uburhabaxa bomphezulu, kunye ne-interferometry eqinisekisa ukuthotyelwa kwe-λ/10 flatness.

2.Supply Chain & Technical Support

· Ukudityaniswa okuthe nkqo: Ulawulo olupheleleyo lwenkqubo ukusuka ekukhuleni kwekristale (indlela yeCzochralski) ukusika, ukupolisha, kunye nokugquma, ukuqinisekisa ubunyulu bezinto eziphathekayo (ukungabikho-/umda-ngaphandle) kunye nokuhambelana kwebhetshi.

· INtsebenziswano yoShishino: Iqinisekiswe ziikontraka ze-aerospace; isebenzisana ne-CAS ukuphuhlisa i-heterostructures eyi-superlattice ukuze kufakwe endaweni yasekhaya.

3.IPotfoliyo yeMveliso & noLungiselelo

· I-inventri eqhelekileyo: i-6-intshi ukuya kwi-12-intshi yeefomati ze-wafer; ixabiso leyunithi ukusuka kwi-43to82 (ubungakanani / i-coating-ixhomekeke), kunye nokuthunyelwa kosuku olufanayo.

· Uthethwano lobugcisa malunga noyilo oluthe ngqo (umzekelo, iifestile ezinesitephu segumbi lokucoca, izakhiwo ezikwaziyo ukumelana nobushushu).