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Er,Cr:YAG–2940nm Laser Medical System Rods
- Izinkambu zezokwelapha:kubandakanya ukwelashwa kwamazinyo nesikhumba
- Ukucubungula okubalulekile
- Lidar
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Er:Glass Laser Rangefinder XY-1535-04
Izicelo:
- I-Airbore FCS(amasistimu okulawula umlilo)
- Amasistimu okulandelela okuqondiwe kanye nezinhlelo zokulwa nezindiza
- Amapulatifomu anezinzwa eziningi
- Ngokujwayelekile ekusetshenzisweni kokunqunywa kwesikhundla sezinto ezihambayo
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Into enhle kakhulu yokukhipha ukushisa -CVD
I-CVD Diamond iyisithako esikhethekile esinezinto ezingavamile zomzimba namakhemikhali. Ukusebenza kwayo ngokwedlulele akufaniswe nanoma iyiphi enye impahla.
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Sm:YAG–Ukuvinjelwa okuhle kakhulu kwe-ASE
I-Laser crystalSm: YAGyakhiwe ngezinto ezingavamile zomhlaba i-yttrium (Y) ne-samarium (Sm), kanye ne-aluminium (Al) nomoya-mpilo (O). Inqubo yokukhiqiza amakristalu anjalo ihilela ukulungiswa kwezinto kanye nokukhula kwamakristalu. Okokuqala, lungisa izinto zokwakha. Le ngxube ibe isifakwa esithandweni sokushisa okuphezulu futhi ifakwe ngaphansi kwezimo ezithile zokushisa nomoya womkhathi. Ekugcineni, ikristalu efiselekayo ye-Sm:YAG yatholwa.
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Isihlungi Se-Narrow-Band–Sihlukaniswe Kusihlungi Se-Band-Pass
Okubizwa ngokuthi isihlungi se-narrow-band sihlukaniswe isihlungi se-band-pass, futhi incazelo yaso iyafana neyesihlungi se-band-pass, okungukuthi, isihlungi sivumela isignali ye-optical ukuthi idlule kubhendi ethile ye-wavelength, futhi ichezuka kusihlungi se-band-pass. Amasignali okubona nhlangothi zombili avinjiwe, futhi ibhande lokudlula lesihlungi se-narrowband lincane kakhulu, ngokuvamile lingaphansi kuka-5% yenani elimaphakathi le-wavelength.
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Nd: YAG - Okuhle Kakhulu Solid Laser Material
I-Nd YAG iyikristalu esetshenziswa njengendawo enqamulayo yama-lasers wesifunda esiqinile. I-dopant, i-neodymium ene-ionized triply, Nd(lll), ivamise ukuthatha indawo yengxenyana encane ye-yttrium aluminium garnet, njengoba ama-ion amabili anobukhulu obufanayo.yi-ion ye-neodymium ehlinzeka ngokusebenza kwekristalu, ngendlela efanayo. njenge-chromium ion ebomvu kuma-laser we-ruby.
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1064nm Laser Crystal For No-water Cooling And Miniature Laser Systems
I-Nd:Ce:YAG iyimpahla ye-laser enhle kakhulu esetshenziselwa ukupholisa okungenamanzi kanye nezinhlelo ze-laser ezincane. I-Nd,Ce: Izintambo ze-laser ye-YAG ziyizinto zokusebenza ezifanele kakhulu zamalaser apholile komoya anesilinganiso esiphansi sokuphindaphinda.
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Er: YAG –An Excellent 2.94 Um Laser Crystal
I-Erbium:yttrium-aluminium-garnet (Er:YAG) i-laser ye-laser resurfacing iyindlela esebenzayo yokuphatha okunganaki futhi okuphumelelayo kwenani lezimo nezilonda zesikhumba. Izinkomba zayo eziyinhloko zihlanganisa ukwelashwa kwe-photoaging, ama-rhytid, kanye nezilonda ezibucayi eziyingozi kanye nezilonda eziyingozi.
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I-YAG Ehlanzekile - Into Enhle Kakhulu Ye-UV-IR Optical Windows
I-Undoped YAG Crystal iyinto enhle kakhulu yamafasitela e-UV-IR optical, ikakhulukazi izinga lokushisa eliphezulu kanye nokusebenzisa amandla aphezulu. Ukuzinza komshini namakhemikhali kuqhathaniswa nekristalu yesafire, kodwa i-YAG ihlukile ngokungenayo i-birefringence futhi itholakala nge-homogeneity ephezulu yokubona kanye nekhwalithi yangaphezulu.
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I-KD*P Isetshenziselwa Ukuphindaphinda, Ukuphindaphinda Kathathu Nokuphinda Kane Kwe-Nd:YAG Laser
I-KDP kanye ne-KD*P izinto ezibonakalayo ezingaqondile, ezibonakala ngomkhawulo womonakalo omkhulu, ama-coefficients okusebenza kahle angaqondile kanye nama-electro-optic coefficients. Ingasetshenziselwa ukuphinda kabili, ukuphinda kathathu kanye nokuphinda kabili kwe-laser ye-Nd:YAG ekamelweni lokushisa, kanye nama-modulators e-electro-optical.
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I-Cr4+:YAG -Into Efanelekile Yokushintsha Okungashintshiwe kwe-Q
I-Cr4+:I-YAG iwumsebenzi ofanelekile wokushintsha kancane kwe-Q ye-Nd:YAG namanye ama-laser ane-doped e-Nd ne-Yb ebangeni le-wavelength elingu-0.8 ukuya ku-1.2um.Iwuzinzo nokuthembeka okuphakeme, impilo yesevisi ende kanye nomkhawulo womonakalo omkhulu.Cr4+: Amakristalu e-YAG anezinzuzo ezimbalwa uma eqhathaniswa nokukhetha okuvamile kwe-Passive Q-switch okufana nodayi bemvelo nezinto zesikhungo sombala.
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I-Ho, Cr, Tm: YAG – Ifakwe I-Chromium, i-Thulium ne-Holmium Ions
I-Ho, Cr, Tm: Amakristalu e-laser e-YAG -yttrium aluminium garnet ahlanganiswe ne-chromium, i-thulium ne-holmium ions ukuze ahlinzeke nge-lasing kuma-microns angu-2.13 athola ukusetshenziswa okwengeziwe, ikakhulukazi embonini yezokwelapha.
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I-KTP - Imvamisa yokuphindaphinda kabili kwe-Nd:yag Lasers kanye namanye ama-Nd-doped Lasers
I-KTP ibonisa ikhwalithi ephezulu yokubona, ububanzi obusobala obubanzi, i-SHG coefficient esebenza kahle kakhulu (cishe izikhathi ezi-3 ngaphezu kwaleyo ye-KDP), umkhawulo wokulimala obonakalayo ophezulu, i-engeli yokwamukela ebanzi, ukuhamba kancane kanye nohlobo I bese uthayipha isigaba II esingabalulekile -matching (NCPM) ebangeni elibanzi le-wavelength.
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Ho:YAG — Izindlela Eziphumelelayo Zokukhiqiza Ukukhishwa Kwe-Laser okungu-2.1-μm
Ngokuvela okuqhubekayo kwama-laser amasha, ubuchwepheshe be-laser buzosetshenziswa kabanzi emikhakheni eyahlukene ye-ophthalmology. Ngenkathi ucwaningo lokwelashwa kwe-myopia nge-PRK lungena kancane kancane esigabeni sokusetshenziswa komtholampilo, ucwaningo lokwelashwa kwephutha le-hyperopic refractive nalo lwenziwa ngenkuthalo.
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I-Ce: YAG - Ikristalu Ebalulekile Ye-Scantillation
I-Ce: Ikristalu eyodwa ye-YAG iyi-scintillation ebola ngokushesha enezici ezinhle kakhulu ezibanzi, ephuma nokukhanya okuphezulu (20000 photons/MeV), ukubola okukhanyayo okusheshayo (~70ns), izakhiwo ezinhle kakhulu ze-thermomechanical, kanye nobude obukhanyayo obuphezulu (540nm) Kuhle kakhulu. ifaniswe nobude obuzwelayo obutholayo beshubhu ye-photomultiplier evamile (PMT) kanye ne-silicon photodiode (PD), ukukhanya okuhle kwe-pulse kuhlukanisa imisebe ye-gamma nezinhlayiya ze-alpha, i-Ce:YAG ilungele ukuthola izinhlayiya ze-alpha, ama-electron kanye nemisebe ye-beta, njll. izakhiwo zezinhlayiya ezishajiwe, ikakhulukazi i-Ce:YAG ikristalu eyodwa, yenza kube nokwenzeka ukulungisa amafilimu amancane anogqinsi olungaphansi kuka-30um. I-Ce:YAG scintillation detectors isetshenziswa kakhulu kumakhroscopy e-electron, ukubala kwe-beta ne-X-ray, izikrini ze-electron ne-X-ray imaging nezinye izinkundla.
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I-Er:Glass — Iphushwe Nge-Laser Diodes engu-1535 Nm
Ingilazi ye-phosphate ye-Erbium ne-ytterbium inomsebenzi obanzi ngenxa yezakhiwo ezinhle kakhulu. Ikakhulukazi, iyingilazi engcono kakhulu ye-laser engu-1.54μm ngenxa yobude bayo obuphephile beso obungu-1540 nm kanye nokudluliswa okuphezulu emkhathini.
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Nd:YVO4 –I-Diode Pumped Solid-state Lasers
I-Nd:I-YVO4 ingenye ye-laser host crystal esebenza kahle kakhulu ekhona njengamanje yama-laser e-diode-pumped solid-state lasers. I-Nd:YVO4 iyikristalu enhle kakhulu yamandla aphezulu, i-diode ezinzile futhi engabizi kakhulu epompa ama-solid-state lasers.
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Nd:YLF - I-Nd-doped Lithium Yttrium Fluoride
I-Nd:Ikristalu ye-YLF ingenye into ebaluleke kakhulu yokusebenza kwe-crystal laser ngemva kwe-Nd:YAG. I-crystal matrix ye-YLF inobude obufushane bokusikwa kokumuncwa kwe-UV, inqwaba yamabhendi okudlulisa ukukhanya, i-coefficient yezinga lokushisa elibi lenkomba ye-refractive, kanye nomphumela omncane welensi eshisayo. Ingqamuzana ilungele ukusebenzisa ama-ion ahlukahlukene omhlaba angavamile, futhi ingakwazi ukubona i-laser oscillation yenani elikhulu lamaza wamaza, ikakhulukazi amaza e-ultraviolet. I-Nd:Ikristalu ye-YLF inobubanzi bokumuncwa okubanzi, isikhathi eside sempilo ye-fluorescence, kanye ne-polarization ephumayo, ilungele ukumpompa kwe-LD, futhi isetshenziswa kakhulu kuma-lasers ashayayo naqhubekayo ezindleleni zokusebenza ezihlukahlukene, ikakhulukazi ekuphumeni kwemodi eyodwa, ama-laser e-Q-switched ultrashort pulse lasers. Nd: I-YLF crystal p-polarized 1.053mm laser kanye ne-phosphate neodymium glass 1.054mm laser wavelength match, ngakho-ke iyinto efanelekile yokusebenza ye-oscillator yohlelo lwenhlekelele yenuzi yengilazi ye-neodymium.
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Er,YB:YAB-Er, Yb Co – Doped Phosphate Glass
Er, ingilazi ye-phosphate ye-Yb co-doped phosphate iyindawo esebenzayo eyaziwayo nevame ukusetshenziswa kuma-lasers aphuma ku-1,5-1,6um “ephephile iso” ububanzi. Impilo ende yesevisi ezingeni lamandla angu-4 I 13/2. Ngenkathi u-Er, Yb co-doped yttrium aluminium borate (Er, Yb: YAB) amakristalu evame ukusetshenziswa Er, Yb: phosphate glass substitutes, angasetshenziswa njengamalaser aphakathi nendawo “aphephile” asebenzayo, kumagagasi aqhubekayo namandla okukhiphayo amaphakathi. kumodi ye-pulse.
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I-Crystal Cylinder-Plating yegolide efakwe ngegolide kanye Nokufakwa Kwethusi
Njengamanje, ukupakishwa kwe-slab laser crystal module ikakhulukazi kusebenzisa indlela yokushisela enezinga lokushisa eliphansi ye-solder indium noma i-gold-tin alloy. I-crystal iyahlanganiswa, bese i-lath laser crystal ehlanganisiwe ifakwa esithandweni sokushisela i-vacuum ukuze iqedele ukufudumeza nokushisela.
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I-Crystal Bonding- Ubuchwepheshe Obuhlanganisiwe Bamakristalu e-Laser
I-Crystal bonding iwubuchwepheshe obuyinhlanganisela yamakristalu e-laser. Njengoba amakristalu amaningi okukhanya anendawo ephakeme yokuncibilika, ukwelashwa kokushisa okuphezulu ngokuvamile kuyadingeka ukuze kuthuthukiswe ukusakazeka okufanayo kanye nokuhlanganisa ama-molecule ebusweni bamakristalu amabili acutshungulwe ngokunembile, futhi ekugcineni akhe isibopho samakhemikhali esizinzile. , ukufeza inhlanganisela yangempela, ngakho-ke ubuchwepheshe be-crystal bonding bubizwa nangokuthi ubuchwepheshe bokubambisana kwe-diffusion (noma ubuchwepheshe bokubambisana okushisayo).
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Yb:YAG–1030 Nm Laser Crystal Promising Laser-active Material
I-Yb:YAG ingenye yezinto ezisebenza nge-laser ezithembisayo futhi ifaneleka kakhulu ukupompa i-diode kunezinhlelo zendabuko ze-Nd-doped. Uma kuqhathaniswa ne-Nd:YAG crsytal evame ukusetshenziswa, i-Yb:YAG crystal inomkhawulokudonsa omkhulu kakhulu wokumunca ukuze kuncishiswe izidingo zokulawula okushisayo kwamalaser e-diode, impilo ende yezinga eliphezulu lelaser, ukulayisha okushisayo okuphindwe kathathu noma kane ngeyunithi ngayinye yamandla wepompo.
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I-Er, Cr YSGG Ihlinzeka Nge-Laser Crystal Esebenzayo
Ngenxa yezinketho zokwelashwa ezihlukahlukene, i-dentine hypersensitivity (DH) yisifo esibuhlungu kanye nenselele yomtholampilo. Njengesixazululo esingaba khona, kuye kwacwaningwa ama-laser anamandla kakhulu. Lesi sivivinyo somtholampilo sakhelwe ukuhlola imiphumela yamalaser e-Er:YAG kanye ne-Er,Cr:YSGG ku-DH. Yayingahleliwe, ilawulwa, futhi iyimpumputhe kabili. Ababambiqhaza abangama-28 eqenjini locwaningo bonke banelise izidingo zokufakwa. Ukuzwela kukalwa kusetshenziswa isikali esibonakalayo se-analogue ngaphambi kokwelashwa njengesisekelo, ngokushesha ngaphambi nangemuva kokwelashwa, kanye nesonto elilodwa nenyanga eyodwa ngemva kokwelashwa.
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Amakristalu e-AgGaSe2 — Ama-Band Edges Ku-0.73 kanye No-18 µm
Amakristalu e-AGSe2 AgGaSe2(AgGa(1－x)InxSe2) anomkhawulo webhendi kokuthi 0.73 kanye no-18 µm. Ibanga layo lokudlulisela eliwusizo (0.9–16 µm) nekhono lokufanisa isigaba esibanzi linikeza amandla amahle kakhulu wezinhlelo ze-OPO uma zimpontshwa amalaser ahlukahlukene ahlukahlukene.
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I-ZnGeP2 — I-Saturated Infrared Nonlinear Optics
Ngenxa yokuba nama-coefficients amakhulu angaqondile (d36=75pm/V), ububanzi be-infrared transparency range (0.75-12μm), izinga lokushisa eliphezulu (0.35W/(cm·K)), umkhawulo wokulimala kwe-laser (2-5J/cm2) kanye Isakhiwo sokusebenza kahle, i-ZnGeP2 yayibizwa ngokuthi inkosi ye-infrared nonlinear optics futhi iseyindlela engcono kakhulu yokuguqula imvamisa yamandla aphezulu, isizukulwane se-laser ye-infrared esiguqulekayo.
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I-AgGaS2 - Amakristalu e-Optical Infrared angaqondile
I-AGS isobala ukusuka ku-0.53 ukuya ku-12 µm. Nakuba i-coefficient yayo ye-optical nonlinear iphansi kakhulu phakathi kwamakristalu e-infrared ashiwo, ukuhlelwa kwe-wavelength emfushane okubonisa ngale ku-550 nm kusetshenziswa kuma-OPO ampontshwa yi-Nd:YAG laser; emihlolweni eminingi yokuhlanganisa imvamisa yomehluko nge-diode, i-Ti:Sapphire, Nd:YAG namalaser kadayi we-IR amboza ububanzi obungu-3–12 µm; kumasistimu okumelana ne-infrared aqondile, kanye ne-SHG ye-CO2 laser.
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I-BBO Crystal – Beta Barium Borate Crystal
I-BBO crystal ku-nonlinear optical crystal, iwuhlobo lwenzuzo ebanzi esobala, ikristalu enhle, inobubanzi obubanzi kakhulu bokukhanya, i-coefficient yokumuncwa ephansi kakhulu, umphumela wokukhala obuthakathaka we-piezoelectric, uma kuqhathaniswa nenye ikristalu yokumodareyitha kwe-electrolight, inezinga eliphezulu lokuqothulwa, ukufanisa okukhudlwana. I-engeli, umkhawulo wokulimala wokukhanya okuphezulu, ukufanisa izinga lokushisa le-broadband kanye nokufana okuhle kakhulu kokubona, kunenzuzo ukuthuthukisa ukuqina kwamandla okukhipha i-laser, ikakhulukazi ku-Nd: i-YAG laser ephindwe kathathu inomsebenzi obanzi.
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I-LBO Enokuhlangana Okuphezulu Okungaqondile kanye Nomkhawulo Wokulimala Okuphezulu
I-LBO crystal iyinto yekristalu engaqondile enekhwalithi enhle kakhulu, esetshenziswa kabanzi emikhakheni yocwaningo neyokusetshenziswa kwayo yonke i-laser yombuso eqinile, i-electro-optic, umuthi nokunye. Phakathi naleso sikhathi, i-crystal ye-LBO yosayizi omkhulu inethuba elibanzi lesicelo ku-inverter yokuhlukaniswa kwe-laser isotope, uhlelo lwe-polymerization olulawulwa nge-laser nezinye izinkambu.
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100uJ Erbium Glass Microlaser
Le laser isetshenziswa kakhulu ukusika nokumaka izinto ezingezona ezensimbi. Ububanzi bayo be-wavelength babanzi futhi bungamboza ububanzi bokukhanya obubonakalayo, ngakho-ke izinhlobo eziningi zezinto zingacutshungulwa, futhi umphumela ulungile kakhulu.
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200uJ Erbium Glass Microlaser
Ama-microlaser engilazi e-Erbium anezinhlelo zokusebenza ezibalulekile ekuxhumaneni kwe-laser. Ama-microlaser engilazi e-Erbium angakwazi ukukhiqiza ukukhanya kwe-laser ngobude begagasi obungama-microns angu-1.5, okuyifasitela lokudlulisela le-fiber optical, ngakho linokudlulisa kahle kakhulu kanye nebanga lokudlulisela.
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300uJ Erbium Glass Microlaser
Amalaser emincane yengilazi ye-Erbium kanye nama-lasemiconductor lasers ayizinhlobo ezimbili ezihlukene zamalaser, futhi umehluko phakathi kwawo ubonakala ikakhulukazi kumgomo wokusebenza, inkambu yohlelo lokusebenza kanye nokusebenza.
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2mJ Erbium Glass Microlaser
Ngokuthuthukiswa kwe-laser yengilazi ye-Erbium, futhi iwuhlobo olubalulekile lwe-laser encane okwamanje, enezinzuzo ezihlukene zohlelo lokusebenza emikhakheni ehlukene.
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500uJ Erbium Glass Microlaser
I-Erbium glass microlaser iwuhlobo olubaluleke kakhulu lwelaser, futhi umlando wayo wokuthuthuka usudlule ezigabeni ezimbalwa.
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I-Erbium Glass Micro laser
Eminyakeni yamuva nje, ngokukhula kancane kancane kwesidingo sokufakwa kwesicelo semishini ye-laser ephephile yamehlo ekude nebanga eliphakathi, kuye kwabekwa izidingo eziphakeme zezinkomba zamalaser engilazi isiyengo, ikakhulukazi inkinga yokuthi ukukhiqizwa ngobuningi bezinga le-mJ. imikhiqizo yamandla aphezulu ayikwazi ukwenziwa e-China njengamanje. ,elindele ukuxazululeka.
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Ama-Wedge Prism Ama-Optical Prism Anezindawo Ezithathiwe
I-Wedge Mirror I-Optical Wedge Angle Izici Izici Incazelo Eningiliziwe:
Ama-Wedge prism (abuye aziwe ngokuthi ama-wedge prism) angama-optical prism anezindawo ezithambekile, asetshenziswa kakhulu endaweni yokubona ukuze kulawulwe imishayo kanye nokususa. Ama-engeli athambekele ezinhlangothini ezimbili zeprism wedge mancane uma kuqhathaniswa. -
Ze Windows–njengezihlungi ze-Long-wave Pass
Ibanga elibanzi lokudlulisa ukukhanya lezinto ze-germanium kanye nokufiphala kokukhanya ebhendini yokukhanya ebonakalayo kungasetshenziswa futhi njengezihlungi zokudlula zamaza amade zamaza anobude obungamaza angaphezu kuka-2 µm. Ngaphezu kwalokho, i-germanium ayisebenzi emoyeni, emanzini, kuma-alkali nama-asidi amaningi. Izici zokudlulisa ukukhanya ze-germanium zizwela kakhulu izinga lokushisa; empeleni, i-germanium imunca kakhulu ku-100 °C kangangokuthi icishe ibe yi-opaque, futhi ku-200 °C ingabonakali ngokuphelele.
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I-Si Windows-low Density (Ukuminyana Kwayo Kuyingxenye Yezinto Ze-Germanium)
Amafasitela e-Silicon angahlukaniswa ngezinhlobo ezimbili: ahlanganiswe futhi angagqokisiwe, futhi acutshungulwe ngokuvumelana nezidingo zamakhasimende. Ifanele amabhendi aseduze ne-infrared esifundeni esingu-1.2-8μm. Ngenxa yokuthi impahla ye-silicon inezici zokuminyana okuphansi (ukuminyana kwayo kuyingxenye ye-germanium material noma i-zinc selenide material), ifaneleka ngokukhethekile kwezinye izikhathi ezizwelayo ezidingweni zesisindo, ikakhulukazi ku-band 3-5um. I-Silicon inobulukhuni be-Knoop obungu-1150, obuqinile kune-germanium futhi i-brittle encane kune-germanium. Kodwa-ke, ngenxa yebhendi yayo yokumunca eqinile ku-9um, ayizilungele izinhlelo zokusebenza ze-CO2 laser transmission.
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I-Sapphire Windows–Izici ezinhle Zokudluliswa kwe-Optical
Amafasitela e-Sapphire anezici ezinhle zokudlulisa amehlo, izakhiwo eziphakeme zemishini, nokumelana nezinga lokushisa eliphezulu. Zifanele kakhulu amafasitela optical sapphire, futhi amafasitela esafire abe yimikhiqizo ephezulu yamafasitela optical.
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CaF2 Windows–light Transmission Performance From Ultraviolet 135nm~9um
I-calcium fluoride inezinhlobo eziningi zokusetshenziswa. Ngokombono wokusebenza kwe-optical, inokusebenza okuhle kakhulu kokudlulisa ukukhanya kusuka ku-ultraviolet 135nm~9um.
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I-Prisms Glued-Indlela Evame Ukusetshenziselwa Ukunamathisela Ilensi
Ukunamatheliswa kwama-prism optical kusekelwe ikakhulukazi ekusetshenzisweni kweglue esezingeni lemboni ye-optical (engenambala futhi esobala, enokudlulisa okukhulu kuno-90% ebangeni elicacisiwe lokubona). I-Optical bonding endaweni yengilazi ebonakalayo. Isetshenziswa kakhulu ekubopheni amalensi, amaprism, izibuko kanye nokunqamula noma ukuhlanganisa imicu yokubona kwezempi, i-aerospace kanye ne-industrial optics. Ihlangabezana nezinga lezempi le-MIL-A-3920 lezinto ezibonakalayo zokubopha.
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I-Cylindrical Mirrors–Izakhiwo Eziyingqayizivele Zokubona
Izibuko ze-cylindrical zisetshenziselwa ngokuyinhloko ukushintsha izidingo zokuklama kosayizi wesithombe. Isibonelo, guqula indawo yephoyinti ibe umugqa, noma ushintshe ubude besithombe ngaphandle kokushintsha ububanzi besithombe. Izibuko ze-Cylindrical zinezakhiwo eziyingqayizivele ze-optical. Ngokuthuthuka okusheshayo kobuchwepheshe obuphezulu, izibuko eziyi-cylindrical zisetshenziswa kabanzi.
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Ama-Optical Lens-Convex kanye nama-Concave Lens
I-Optical thin Lens – Ilensi lapho ubukhulu bengxenye emaphakathi inkulu uma iqhathaniswa neradio yokugoba kwezinhlangothi zayo ezimbili.
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I-Prism-Isetshenziselwa Ukuhlukanisa Noma Ukuhlakaza Imishayo Yokukhanya.
I-prism, into esobala ezungezwe izindiza ezimbili eziphambanayo ezingahambelani, isetshenziselwa ukuhlukanisa noma ukuhlakaza imishayo yokukhanya. Amaprism angahlukaniswa abe amaprism angamanxantathu alinganayo, amaprism angama-rectangular, nama-pentagonal prism ngokwezindawo zawo kanye nokusetshenziswa kwawo, futhi avame ukusetshenziswa kumishini yedijithali, isayensi nobuchwepheshe, kanye nemishini yezokwelapha.
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Izibuko Zezibuko- Ezisebenza Ngokusebenzisa Imithetho Yokuzindla
Isibuko siyingxenye ye-optical esebenza ngokusebenzisa imithetho yokucabangela. Izibuko zingahlukaniswa zibe izibuko zendiza, izibuko eziyindilinga kanye nezibuko ze-aspheric ngokusho komumo wazo.
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Iphiramidi - Eyaziwa nangokuthi Iphiramidi
Iphiramidi, eyaziwa nangokuthi iphiramidi, iwuhlobo lwe-polyhedron enezinhlangothi ezintathu, eyakhiwe ngokuxhuma izingxenye zemigqa eqondile ukusuka ku-vertex ngayinye yepholigoni ukuya endaweni engaphandle kwendiza lapho itholakala khona.Ipholigoni ibizwa ngokuthi isisekelo sephiramidi . Kuye ngokuma kwendawo engaphansi, igama lephiramidi libuye lihluke, kuye ngokuthi i-polygonal shape yendawo engezansi. Iphiramidi njll.
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I-Photodetector Yokuhamba Kwe-Laser kanye Nokushintsha Kwesivinini
Ububanzi bezinto ezibonakalayo ze-InGaAs bungu-900-1700nm, futhi umsindo wokuphindaphinda uphansi kunalowo we-germanium material. Ngokuvamile isetshenziswa njengendawo ephindaphindayo ye-heterostructure diode. Impahla ifanele ukuxhumana kwe-high-speed optical fiber, futhi imikhiqizo yezentengiso ifinyelele isivinini esingu-10Gbit/s noma ngaphezulu.
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I-Co2+: I-MgAl2O4 Into Entsha Ye-Saturable Absorber Passive Q-switch
I-Co:Spinel iyinto entsha uma kuqhathaniswa ye-absorber e-saturable passive Q-switching kuma-lasers aphuma ku-1.2 kuya ku-1.6 microns, ikakhulukazi, ku-1.54 μm Er:ingilazi yengilazi ephephile. Isigaba esiphambanayo sokumuncwa okuphezulu esingu-3.5 x 10-19 cm2 sivumela ukushintshwa kwe-Q kwe-Er:ingilazi yengilazi
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I-LN–Q I-Crystal Eshintshile
I-LiNbO3 isetshenziswa kabanzi njengama-modulators e-electro-optic kanye nama-Q-switches e-Nd:YAG, Nd:YLF kanye ne-Ti:Sapphire lasers kanye nama-modulators for fibre optics. Ithebula elilandelayo libonisa imininingwane yekristalu ye-LiNbO3 evamile esetshenziswa njenge-Q-switch ene-transverse EO modulation.
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I-vacuum Coating-Indlela Ekhona Yokuhlanganisa I-Crystal
Ngokuthuthuka okusheshayo komkhakha wezogesi, izidingo zokunemba kokucubungula kanye nekhwalithi yangaphezulu yezingxenye ze-optical enembayo ziya ngokuya zikhuphuka. Izidingo zokuhlanganisa ukusebenza kwama-optical prism zikhuthaza umumo wamaprism ukuya ku-polygonal nomumo ongajwayelekile. Ngakho-ke, idlula kubuchwepheshe bokucubungula bendabuko, ukwakheka okuhlakaniphe kakhulu kokugeleza kokucubungula kubaluleke kakhulu.
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Nd:YAG+YAG一 Ikristalu ye-laser ehlanganisiwe yezingxenye eziningi
I-Multi-segment laser crystal bonding ifinyelelwa ngokucubungula izingxenye eziningi zamakristalu bese iwafaka esithandweni sokushisa esishisayo emazingeni okushisa aphezulu ukuze kuvunyelwe ama-molecule phakathi kwezigaba ezimbili ukuthi angene kwelinye.
