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Er:Iglasi yeLaser Rangefinder XY-1535-04
Usetyenziso:
- Airbore FCS(iinkqubo zokulawula umlilo)
- Iinkqubo zokulandelela ekujoliswe kuzo kunye neenkqubo ezichasene neenqwelomoya
- Amaqonga eenzwa ezininzi
- Ngokubanzi kwizicelo zokumisela indawo yezinto ezihambayo
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Isixhobo esihle kakhulu sokulahla ubushushu -CVD
I-CVD Diamond yinto ekhethekileyo eneempawu ezingaqhelekanga zomzimba kunye neekhemikhali.Ukusebenza kwayo okugqithisileyo akuhambelani nayo nayiphi na enye into.
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Sm:YAG–Uthintelo olugqwesileyo lwe-ASE
Ikristale yeLaserSm:YAGyenziwe ngezinto ezinqabileyo zomhlaba iyttrium (Y) kunye nesamarium (Sm), kunye ne-aluminiyam (Al) kunye neoksijini (O).Inkqubo yokuvelisa i-crystals enjalo ibandakanya ukulungiswa kwezinto kunye nokukhula kweekristale.Okokuqala, lungiselela izixhobo.Lo mxube ufakwa kwiziko lobushushu obuphezulu kwaye ufakwe kwi-sintered phantsi kobushushu obuthile kunye neemeko zomoya.Ekugqibeleni, i-Sm: YAG crystal efunwayo yafunyanwa.
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Isihluzi esiNarrow-Band-Sahlulwe kwisihluzo seBand-Pass
Isihluzo esibizwa ngokuba yi-band-pass filter yahlulwe kwi-band-pass filter, kwaye inkcazo yayo iyafana naleyo ye-band-pass filter, oko kukuthi, isihluzo sivumela umqondiso we-optical ukuba udlule kwi-band wavelength ethile, kwaye iyatenxa kwisihluzo sokugqitha ibhendi.Iimpawu ezibonakalayo kumacala omabini zivaliwe, kwaye i-passband yesihluzo esincinci sincinci kakhulu, ngokubanzi ngaphantsi kwe-5% yexabiso le-wavelength ephakathi.
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Nd: YAG — Egqwesileyo Solid Laser Material
I-Nd YAG yikristale esetyenziswa njengendawo eqengqelekayo kwiilaser eziqinileyo.I-dopant, i-ionized neodymium kathathu, i-Nd (llll), ithatha indawo yeqhezu elincinci le-yttrium aluminiyam garnet, kuba ii-ion ezimbini zinobukhulu obufanayo. njengechromium ion ebomvu kwiirubhi lasers.
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I-1064nm ye-Laser Crystal ye-No-water Cooling kunye ne-Miniature Laser Systems
Nd:Ce:YAG sisixhobo selaser esigqwesileyo esisetyenziselwa ukupholisa okungamanzi kunye neenkqubo ezincinci zelaser.Nd,Ce: iirodi ze-laser ye-YAG zezona zixhobo zifanelekileyo zokusebenza kwizinga eliphantsi lokuphindaphinda iilaser ezipholise umoya.
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Er: YAG –Egqwesileyo 2.94 Um Laser Crystal
I-Erbium:yttrium-aluminum-garnet (Er:YAG) i-laser ye-laser resurfacing bubuchule obusebenzayo bolawulo olungenabungozi obuncinci kunye nolusebenzayo lwenani leemeko zesikhumba kunye nezilonda.Iimpawu zayo eziphambili ziquka unyango lwe-photoaging, rhytids, kunye nezilonda ezizimeleyo ezinobungozi kunye nezilonda ezinobungozi.
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I-KD*P isetyenziselwa ukuPhindwa kabini, ukuPhinda kathathu kunye nokuphinda-phindwe kane kwe-Nd: YAG Laser
I-KDP kunye ne-KD * P zizinto ezibonakalayo ezingabonakaliyo, ezibonakaliswe ngumngcipheko ophezulu womonakalo, i-coefficients ebonakalayo engabonakaliyo kunye ne-electro-optic coefficients.Ingasetyenziselwa ukuphinda kabini, ukuphindaphinda kathathu kunye nokuphindaphinda kane kwe-Nd: YAG laser kwiqondo lobushushu begumbi, kunye neemodyuli ze-electro-optical.
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I-YAG ecocekileyo-Isixhobo esihle kakhulu se-UV-IR yeWindows
I-Crystal ye-YAG engagqitywanga yinto egqwesileyo ye-UV-IR yeefestile zamehlo, ngakumbi kubushushu obuphezulu kunye nesicelo sokuxinana kwamandla aphezulu.Ukuzinza komatshini kunye neekhemikhali kuthelekiswa nekristale yesafire, kodwa i-YAG iyingqayizivele nge-non-birefringence kwaye ifumaneka nge-homogeneity ephezulu ye-optical kunye nomgangatho ophezulu.
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I-Cr4+: YAG -Isixhobo esifanelekileyo sokutshintsha i-Q ePassive
I-Cr4 +: YAG yinto efanelekileyo yokutshintsha kwe-Q ye-Nd: YAG kunye nezinye i-Nd kunye ne-Yb doped lasers kwi-wavelength uluhlu lwe-0.8 ukuya kwi-1.2um. Iikristale ze-YAG zineengenelo ezininzi xa zithelekiswa nokhetho lwePassive Q-ukutshintsha okufana nedayi yendalo kunye nezixhobo zamaziko ombala.
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Ho, Cr, Tm: YAG – Ifakwe ngeChromium, iThulium kunye neHolmium Ions
Ho, Cr, Tm: YAG -yttrium aluminium garnet laser crystals efakwe i-chromium, i-thulium kunye ne-holmium ions ukubonelela nge-lasing kwi-2.13 microns ifumana izicelo ezininzi nangakumbi, ngakumbi kwishishini lezonyango.
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I-KTP-Ukuphindaphindwa rhoqo kwe-Nd:yag Lasers kunye nezinye iiLaser ze-Nd-doped
I-KTP ibonisa umgangatho ophezulu wamehlo, uluhlu olubanzi olucacileyo, i-SHG ye-coefficient ephezulu (malunga namaxesha ama-3 aphezulu kunaleyo ye-KDP), kunokuba i-Optical damage threshold, i-angle yokwamkelwa ebanzi, i-walk-off encinci kunye nohlobo lwe-I kunye nohlobo lwe-II isigaba esingabalulekanga. -ukuthelekisa (NCPM) kuluhlu olubanzi lwamaza.
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Ho:YAG — IiNdlela eziSebenzayo zokuVelisa i-2.1-μm yokukhutshwa kweLaser
Ngokuvela okuqhubekayo kweelaser ezintsha, iteknoloji yelaser iya kusetyenziswa ngokubanzi kwiinkalo ezahlukeneyo ze-ophthalmology.Ngelixa uphando kunyango lwe-myopia nge-PRK lungena ngokuthe ngcembe kwinqanaba lesicelo seklinikhi, uphando kunyango lwe-hyperopic refractive error nalo lwenziwa ngenkuthalo.
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I-Ce: YAG-ICrystal ebalulekileyo yeScantillation
I-Ce: YAG ikristale enye yinto ekhawulezayo yokubola ye-scintillation enezinto ezigqwesileyo ezibanzi, kunye nokukhanya okuphezulu (20000 photons / MeV), ukubola okukhanyayo okukhawulezayo (~ 70ns), iipropathi ezigqwesileyo ze-thermomechanical, kunye nobude obukhanyayo obuphezulu (540nm) Ilungile. ehambelana ne-wavelength efumana uvakalelo lwetyhubhu ye-photomultiplier yesiqhelo (PMT) kunye nesilicon photodiode (PD), i-pulse yokukhanya elungileyo yahlula imitha ye-gamma kunye namasuntswana e-alpha, i-Ce: YAG ilungele ukufumanisa amasuntswana e-alpha, ii-electron kunye nemitha ye-beta, njl. njl. iipropati zamasuntswana ahlawuliweyo, ngakumbi i-Ce: YAG ikristale enye, yenza kube lula ukulungiselela iifilimu ezincinci ezinobunzima obungaphantsi kwe-30um.I-Ce: YAG scintillation detectors zisetyenziswa kakhulu kwi-electron microscopy, i-beta kunye ne-X-reyi yokubala, i-electron kunye ne-X-ray imaging screens kunye nezinye iindawo.
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I-Er:Iglasi-Imponthwe Nge-1535 Nm Laser Diodes
Iglasi ye-Erbium kunye ne-ytterbium co-doped phosphate inesicelo esibanzi ngenxa yeempawu ezibalaseleyo.Ubukhulu becala, yeyona nto ibalaseleyo yeglasi ye-1.54μm yelaser ngenxa yobude bayo obukhuselekileyo beliso le-1540 nm kunye nosulelo oluphezulu kwiatmosfera.
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Nd:YVO4 –Diode Pumped Solid-state Lasers
Nd:YVO4 yenye yeyona laser host crystal isebenzayo ngoku ekhoyo kwidiode laser-pumped solid-state lasers.I-Nd: YVO4 yikristale egqwesileyo yamandla aphezulu, idiode ezinzileyo kunye neendleko ezisebenzayo ezimpompelwe iilaser eziqinileyo.
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Nd:YLF — Nd-doped Lithium Yttrium Fluoride
I-Nd: Ikristale ye-YLF yenye into ebaluleke kakhulu yokusebenza kwe-crystal laser emva kwe-Nd: YAG.I-crystal matrix ye-YLF inobude obufutshane be-UV obunqunyiwe, uluhlu olubanzi lweebhendi zokuhambisa ukukhanya, i-coefficient yeqondo lokushisa elibi le-refractive index, kunye ne-lens encinci ye-thermal lens effect.Iseli ilungele i-doping ion ezahlukeneyo zomhlaba ezinqabileyo, kwaye inokuqonda i-laser oscillation yenani elikhulu lamaza amaza, ngakumbi amaza e-ultraviolet.I-Nd: Ikristale ye-YLF ine-spectrum yokufunxa ebanzi, ixesha elide lokuphila kwe-fluorescence, kunye ne-polarization ephumayo, ilungele ukumpompa kwe-LD, kwaye isetyenziswa ngokubanzi kwii-laser ezichukumisayo neziqhubekayo kwiindlela ezahlukeneyo zokusebenza, ngakumbi kwimveliso yemowudi enye, i-Q-switched ultrashort pulse lasers.Nd: YLF crystal p-polarized 1.053mm laser kunye ne-phosphate neodymium glass 1.054mm laser wavelength match, ngoko yinto efanelekileyo yokusebenza ye-oscillator ye-neodymium glass laser yenkqubo yentlekele yenyukliya.
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Er,YB:YAB-Er, Yb Co – Doped Phosphate Glass
Er, i-Yb co-doped iglasi ye-phosphate yinto eyaziwayo kwaye isetyenziswa ngokuqhelekileyo esebenzayo kwii-lasers ezikhupha "kwi-eye-safe" 1,5-1,6um uluhlu.Ubomi benkonzo ende kwi-4 I 13/2 inqanaba lamandla.Ngelixa i-Er, i-Yb co-doped yttrium aluminium borate (Er, Yb: YAB) iikristale ziqhele ukusetyenziswa Er, Yb: indawo yeglasi yephosphate, inokusetyenziswa “njengee-eye-eye-eye” iilaser eziphakathi ezisebenzayo, kumaza aqhubekayo kunye ne-Avareji ephezulu yemveliso yamandla. kwimo ye-pulse.
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I-Crystal-plated Crystal Cylinder-igolide yokuTyala kunye noKutyathwa kobhedu
Okwangoku, ukupakishwa kwemodyuli yekristal ye-slab ye-laser ikakhulu ithatha indlela yobushushu obuphantsi be-welding ye-solder indium okanye i-gold-tin alloy.Ikristale idityanisiwe, kwaye ke ikristale ye-lath edibeneyo ifakwa kwi-vacuum welding oven ukugqiba ukufudumeza kunye nokuwelda.
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ICrystal Bonding-Itekhnoloji eDityanisiweyo yeeCrystals zeLaser
I-Crystal bonding yitekhnoloji edibeneyo yeekristale ze-laser.Ekubeni i-crystals ezininzi ze-optical zinendawo ephezulu yokunyibilika, unyango lobushushu obuphezulu luhlala lufuneka ukukhuthaza ukusasazwa okufanayo kunye nokudityaniswa kweeamolekyu kumphezulu weekristale ezimbini eziye zatyhubela ukucutshungulwa okuchanekileyo, kwaye ekugqibeleni zenze ibhondi yeekhemikhali ezizinzileyo., ukufezekisa indibaniselwano yangempela, ngoko iteknoloji yokudibanisa i-crystal ibizwa ngokuba yi-teknoloji ye-diffusion bonding (okanye iteknoloji yokudibanisa i-thermal).
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Yb:YAG–1030 Nm Laser Crystal ethembisayo isiXhobo seLaser-esebenzayo
I-Yb:YAG yenye yezona zinto zithembisayo ngelaser-active materials kwaye ifaneleke ngakumbi ukumpompa idiode kuneenkqubo zeNd-doped zesintu.Xa kuthelekiswa ne-Nd esetyenziswa ngokuqhelekileyo i-Nd: YAG crsytal, i-Yb: i-crystal ye-YAG ine-bandwidth enkulu kakhulu yokufunxa ukunciphisa iimfuno zolawulo lwe-thermal kwii-laser ze-diode, ixesha elide lokuphila kwinqanaba le-laser, amaxesha amathathu ukuya kwamane aphantsi kokulayisha kwe-thermal kwiyunithi yempompo yamandla.
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Er, Cr YSGG Ibonelela ngeCrystal esebenzayo yeLaser
Ngenxa yeendlela ezahlukeneyo zonyango, i-dentine hypersensitivity (DH) isifo esibuhlungu kunye nomngeni wekliniki.Njengesisombululo esinokubakho, iilaser ezibukhali kakhulu ziye zaphandwa.Olu lingo lwezonyango lwenzelwe ukuhlola iziphumo ze-Er:YAG kunye ne-Er, Cr:YSGG lasers kwi-DH.Yayingacwangciswanga, ilawulwa, kwaye iyimfama kabini.Abathathi-nxaxheba abangama-28 kwiqela lophononongo bonke banelise iimfuno zokubandakanywa.Uvakalelo lwalinganiswa kusetyenziswa isikali se-analogue esibonakalayo phambi konyango njengesiseko, ngokukhawuleza ngaphambi nasemva konyango, kunye neveki enye kunye nenyanga enye emva konyango.
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IiCrystals ze-AgGaSe2 - iBand Edges Kwi-0.73 kunye ne-18 µm
Iikristale ze-AGSe2 AgGaSe2(AgGa(1－x)InxSe2) zinemiphetho yebhendi kwi-0.73 kunye ne-18 µm.Uluhlu losasazo oluluncedo (0.9–16 µm) kunye nesigaba esibanzi sokukwazi ukuhambelana kubonelela ngesakhono esibalaseleyo sosetyenziso lwe-OPO xa impontshwa ziintlobo ngeentlobo zeelaser ezahlukeneyo.
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I-ZnGeP2-I-Saturated Infrared Nonlinear Optics
Ngenxa yokuba nee-coefficients ezinkulu ezingezizo (d36=75pm/V), uluhlu olubanzi lwe-infrared transparency (0.75-12μm), ukuhanjiswa kwe-thermal ephezulu (0.35W/(cm·K)), umqobo womonakalo welaser (2-5J/cm2) kunye Ipropathi yokwenza kakuhle, i-ZnGeP2 yayibizwa ngokuba yinkosi ye-infrared nonlinear optics kwaye iseyeyona nto ilungileyo yokuguqula i-frequency yamandla aphezulu, ukuveliswa kwelaser ye-infrared.
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I-AgGaS2 — Iikristale ze-Infrared ze-Infrared eziNgenamda
I-AGS iyabonakala ukusuka kwi-0.53 ukuya kwi-12 µm.Nangona i-coefficient yayo ye-optical nonlinear iyeyona iphantsi phakathi kweekristale ze-infrared ezikhankanyiweyo, i-wavelength ecacileyo yokukhanya kwe-edging kwi-550 nm isetyenziswe kwii-OPO ezimpontshwa yi-Nd: YAG laser;kwimifuniselo emininzi yokudityaniswa okuphindaphindiweyo ngediode, iTi:Sapphire, Nd:YAG kunye neIR yelaser yedayi egubungela uluhlu lwe-3-12 µm;kwiinkqubo ezithe ngqo ze-infrared countermeasure, kunye ne-SHG ye-CO2 laser.
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BBO Crystal – Beta Barium Borate Crystal
Ikristale ye-BBO kwikristale yamehlo engahambelaniyo, luhlobo loncedo olubanzi olucacileyo, ikristale elungileyo, inoluhlu olubanzi kakhulu lokukhanya, icoefficient yokufunxa ephantsi kakhulu, isiphumo sokukhala kwepiezoelectric esibuthathaka, ngokunxulumene nezinye ikristale yokumodareyitha kwe-electrolight, inomlinganiselo ophezulu wokuphela, ukuhambelana okukhulu. I-Angle, ukukhanya okuphezulu komonakalo, ukulinganisa ubushushu be-broadband kunye nokufana okuhle kakhulu kwe-optical, kunenzuzo ekuphuculeni ukuzinza kwamandla okuphuma kwe-laser, ngakumbi kwi-Nd: i-YAG i-laser kathathu i-frequency inesicelo esibanzi.
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I-LBO enoNxibelelwano oluPhezulu oluPhezulu kunye nomonakalo oPhezulu
I-crystal ye-LBO yinto engabonakaliyo ye-crystal yezinto ezinomgangatho obalaseleyo, osetyenziswa ngokubanzi kwiinkalo zophando kunye nezicelo ze-laser state-solid state, i-electro-optic, iyeza kunye nokunye.Okwangoku, i-crystal ye-LBO enkulu inethuba elibanzi lesicelo kwi-inverter yokwahlula kwe-laser isotope, inkqubo ye-polymerization elawulwa nge-laser kunye nezinye iinkalo.
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100uJ Erbium Glass Microlaser
Le laser isetyenziselwa ikakhulu ukusika kunye nokumakisha izinto ezingezizo ezentsimbi.Uluhlu lwalo lwamaza lubanzi kwaye lunokugubungela uluhlu olubonakalayo lokukhanya, ngoko ke iintlobo ezininzi zezixhobo zinokucutshungulwa, kwaye umphumo ufanelekile.
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200uJ Erbium Glass Microlaser
Ii-microlaser zeglasi ze-Erbium zinezicelo ezibalulekileyo kunxibelelwano lwelaser.I-Erbium glass microlasers inokuvelisa ukukhanya kwe-laser kunye ne-wavelength ye-1.5 microns, eyifestile yokuhanjiswa kwe-fiber optical, ngoko inokuhanjiswa okuphezulu kunye nomgama wokuhambisa.
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300uJ Erbium Glass Microlaser
I-Erbium glass lasers micro lasers kunye ne-semiconductor lasers zimbini iintlobo ezahlukeneyo zeelaser, kwaye umahluko phakathi kwazo ubonakaliswa ikakhulu kumgaqo wokusebenza, intsimi yesicelo kunye nokusebenza.
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2mJ Erbium Glass Microlaser
Ngophuhliso lwe-laser yeglasi ye-Erbium, kwaye luhlobo olubalulekileyo lwe-laser encinci ngoku, enezibonelelo ezahlukeneyo zesicelo kwiinkalo ezahlukeneyo.
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500uJ Erbium Glass Microlaser
I-Erbium glass microlaser luhlobo olubaluleke kakhulu lwelaser, kwaye imbali yayo yophuhliso idlule kwizigaba ezininzi.
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I-Erbium Glass Micro laser
Kwiminyaka yakutshanje, ngokunyuka ngokuthe ngcembe kwimfuno yesicelo sezixhobo ezikhuselekileyo zamehlo ezikhuselekileyo zamehlo eziphakathi kunye nomgama omde, iimfuno eziphezulu ziye zabekwa phambili kwizalathi ze-laser zeglasi, ngakumbi ingxaki yokuba ukuveliswa kobuninzi bezinga le-mJ. iimveliso zamandla aphezulu azinakwenzeka eTshayina okwangoku.,ilindele ukusonjululwa.
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Iiprism zeWedge ziPrism eziOptical ezinemiphezulu echongekileyo
I-Wedge Mirror ye-Optical Wedge ye-Angle Iimpawu zeNkcazelo eneenkcukacha:
I-Wedge prism (ekwaziwa ngokuba ziiprism ze-wedge) ziiprism ezibonakalayo ezinemiphezulu ethambekileyo, ezisetyenziswa ikakhulu kwibala lokukhanya ukuze kulawuleke imiqadi kunye ne-offset.Ii-engile zokuthambekela zamacala amabini weprism wedge zincinci. -
Ze Windows–njengezihluzo zokudlula zamaza amade
Uluhlu olubanzi lokuhanjiswa kokukhanya kwemathiriyeli yegermanium kunye nokungafihli kokukhanya kwibhendi yokukhanya ebonakalayo nako kunokusetyenziswa njengezihluzo zokudlula zamaza amaza anobude obungaphezulu kwe-2 µm.Ukongezelela, i-germanium inert emoyeni, amanzi, i-alkalis kunye ne-acids ezininzi.Iimpawu zokuhambisa ukukhanya kwegermanium zinoburharha obugqithisileyo kubushushu;eneneni, igermanium ifunxa kakhulu kwi-100 °C kangangokuba iphantse ibe yi-opaque, kwaye kwi-200 °C ayicacanga ngokupheleleyo.
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Ukuba Uxinzelelo lweWindows-olusezantsi ( Uxinaniso lwalo sisiqingatha seMathiriyeli yaseJamani)
Iifestile zeSilicon zinokwahlulwa zibe ziindidi ezimbini: zigqunywe kwaye zingagqunywanga, kwaye zicutshungulwe ngokweemfuno zabathengi.Ifanelekile kwiibhendi ezikufutshane ne-infrared kummandla we-1.2-8μm.Ngenxa yokuba izinto ze-silicon zineempawu zokuxinana okuphantsi (ubuninzi bayo buyisiqingatha sezinto ze-germanium okanye i-zinc selenide material), ifaneleke ngokukodwa kwiimeko ezithile ezithintekayo kwiimfuno zobunzima, ngokukodwa kwi-3-5um band.I-Silicon inobulukhuni be-Knoop ye-1150, enzima kune-germanium kwaye i-brittle encinci kune-germanium.Nangona kunjalo, ngenxa yebhendi yayo eyomeleleyo yokufunxa kwi-9um, ayifanelekanga kwi-CO2 ye-laser transmission applications.
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IiMpawu zeSapphire zeWindows-ezilungileyo zokuThuthukisa iiMpawu
Iifestile zeSapphire zineempawu ezilungileyo zokuhanjiswa kwe-optical, iipropathi eziphezulu zomatshini, kunye nokumelana nobushushu obuphezulu.Zifaneleke kakhulu kwiifestile ze-sapphire optical, kwaye iifestile zesafire ziye zaba yimveliso ephezulu yeefestile ze-optical.
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CaF2 Windows–light Transmission Performance From Ultraviolet 135nm~9um
I-calcium fluoride inoluhlu olubanzi lokusetyenziswa.Ukusuka kwimbono yokusebenza kwe-optical, inokusebenza kakuhle kakhulu kokuhanjiswa kokukhanya ukusuka kwi-ultraviolet 135nm ~ 9um.
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I-Prisms eGlukiweyo-Indlela eQhelekileyo yokuGlutha iLens
I-gluing yeeprisms optical isekelwe ikakhulu ekusebenziseni iglue esemgangathweni yemboniselo ye-optical (engenambala kunye ne-transparent, kunye ne-transmittance enkulu kune-90% kuluhlu oluchaziweyo lwe-optical).Ukudibanisa i-Optical kwimigangatho yeglasi ebonakalayo.Isetyenziswa kakhulu kwiilensi ezibophelelayo, iiprism, izibuko kunye nokuphelisa okanye ukudibanisa iifiber optical kumkhosi, i-aerospace kunye ne-industrial optics.Idibana ne-MIL-A-3920 yomgangatho womkhosi wezinto zokudibanisa optical.
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Izipili zeCylindrical-IiPropathi eziKhethekileyo zeOptical
Izibuko ze-Cylindrical zisetyenziselwa kakhulu ukutshintsha iimfuno zoyilo lobungakanani bomfanekiso.Umzekelo, guqula indawo kwindawo kwindawo yomgca, okanye utshintshe ubude bomfanekiso ngaphandle kokutshintsha ububanzi bomfanekiso.Izibuko ze-Cylindrical zineempawu ezikhethekileyo ezibonakalayo.Ngokukhula ngokukhawuleza kobuchwepheshe obuphezulu, izibuko ze-cylindrical zisetyenziswa ngokubanzi.
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Iilensi zamehlo-IiLensi zeConvex kunye neConcave
I-Optical thin Lens - I-lens apho ubukhulu besahlulo esiphakathi bukhulu kakhulu xa kuthelekiswa ne-radii ye-curvature yamacala ayo amabini.
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IPrism-Isetyenziselwa ukwahlula okanye ukusasaza imisebe yokukhanya.
Iprism, into ecacileyo ejikelezwe ziinqwelomoya ezimbini ezidibanayo ezingahambelaniyo enye kwenye, isetyenziselwa ukwahlula okanye ukusasaza imiqadi yokukhanya.Iiprism zinokwahlulwa zibe ziiprism ezilinganayo ezinxantathu, iiprism ezixande, kunye nepentagonal ngokweempawu zazo kunye nokusetyenziswa kwazo, kwaye zihlala zisetyenziswa kwizixhobo zedijithali, isayensi kunye netekhnoloji, kunye nezixhobo zonyango.
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Izipili ezibonisa iMirror- eSebenza usebenzisa iMithetho yokuJonga
Isibuko siyinxalenye ye-optical esebenza ngokusebenzisa imithetho yokucamngca.Izibuko zinokwahlulwa zibe zizibuko zendiza, izibuko ezingqukuva kunye nezibuko ze-aspheric ngokwemilo yazo.
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Iphiramidi-ekwabizwa ngokuba yiPiramidi
Iphiramidi, ekwaziwa ngokuba yiphiramidi, luhlobo lwepolihedron enamacala amathathu, eyilwe ngokudibanisa amacandelo omgca othe ngqo ukusuka kwivertex yepolygon ukuya kwindawo engaphandle kwenqwelomoya apho ikhoyo.Ipolygon ibizwa ngokuba sisiseko sephiramidi .Ngokuxhomekeke kwimilo yendawo engezantsi, igama lephiramidi likwahluke, kuxhomekeke kwimilo yepolygonal yendawo engezantsi.Iphiramidi njl.
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I-Photodetector yoKujika kweLaser kunye nokuBuyiswa kwesantya
Uluhlu lwezinto ezibonakalayo ze-InGaAs yi-900-1700nm, kwaye ingxolo yokuphindaphinda iphantsi kuneye-germanium material.Isetyenziswa ngokubanzi njengendawo ephindaphinda i-heterostructure diode.Izinto eziphathekayo zifanelekile kwi-high-speed optical fiber communications, kwaye iimveliso zorhwebo zifikelele kwisantya se-10Gbit / s okanye ngaphezulu.
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Co2 +: MgAl2O4 Isixhobo esitsha seSaturable Absorber Passive Q-switch
Co: I-Spinel yinto entsha ye-absorber e-saturable passive Q-switching in lasers ephuma kwi-1.2 ukuya kwi-1.6 microns, ngokukodwa, kwi-eye-ekhuselekileyo ye-1.54 μm Er: laser yeglasi.Icandelo lomnqamlezo lokufunxa okuphezulu kwe-3.5 x 10-19 cm2 livumela ukutshintshwa kwe-Q ye-Er: iglasi yelaser
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I-LN–Q Ikristale etshintshileyo
I-LiNbO3 isetyenziswa ngokubanzi njenge-electro-optic modulators kunye ne-Q-switches ye-Nd: YAG, Nd: YLF kunye ne-Ti: i-laser ye-Sapphire kunye ne-modulators ye-fiber optics.Itheyibhile ilandelayo idwelisa iinkcukacha zekristale ye-LiNbO3 eqhelekileyo esetyenziswe njenge-Q-switch kunye ne-modulation ye-EO eguquguqukayo.
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I-vacuum Coating-Indlela ekhoyo yokuNgquma ngeCrystal
Ngophuhliso olukhawulezayo lweshishini le-elektroniki, iimfuno zokuchaneka kokusetyenzwa kunye nomgangatho womphezulu wezinto ezichanekileyo zokukhanya ziya zinyuka ngokunyuka.Iimfuno zokudityaniswa kokusebenza kweeprism zamehlo zikhuthaza ukumila kweeprism ukuya kwipolygonal kunye neemilo ezingaqhelekanga.Ke ngoko, igqobhoza itekhnoloji yemveli yokuLungiselela, uyilo olukrelekrele ngakumbi lokuhamba kokucubungula kubaluleke kakhulu.
