Ukuqina kwezinhlelo ze-laser optical kuvame ukutholakala emininingwaneni enembile ye-core optics yazo.
Yakhelwe ngqo ukuhlukaniswa kwemisebe engu-45°, ukulungiswa kwemisebe, kanye nezinhlelo zokusebenza ze-infrared, sethula i-45° Elliptical Zinc Selenide (ZnSe) Polished Optics. Yakhiwe ngezingxenye ezihlanzekile kakhulu kanye nezinqubo zokupholisha ezinembile kakhulu, inqoba imikhawulo evamile ye-round optics evamile—njengokuvinjelwa kwemisebe, ukuhambisana okungekuhle kwesistimu, kanye nokulahlekelwa okukhulu kwe-optical—iletha izixazululo ze-optical ezisebenza kahle kakhulu zezinhlelo ze-laser eziphakathi kwe-infrared, ukuhlolwa kwe-R&D, kanye nemishini yezimboni.
Izinto Eziqinile, Ukusebenza Okuphezulu Kokubona
Zenziwe nge-selenide ye-zinc ekhuliswe nge-CVD esezingeni eliphezulu enobumsulwa obumangalisayo kanye nokungcola okuncane kakhulu, lezi zi-optics zinciphisa kakhulu ukulahleka kokusabalala. Zine-absorption ephansi kakhulu kuma-wavelength e-laser e-CO₂, kuhlanganiswe nokumelana okuphezulu kokushisa kanye namandla omshini, okuqinisekisa ukusebenza okuzinzile ezindaweni ze-laser ezinamandla aphezulu.
Ukwenza Ngokwezifiso Okuyi-Elliptical okungu-45° – Ukuhambisana Kwesistimu Okuthuthukisiwe
Ngokungafani nama-optics ajwayelekile ayindilinga, i-geometry e-elliptical engu-45° ezinikele ifana ncamashi nemiklamo yendlela ye-optical evundlile, iqeda ngempumelelo ukuphazamiseka kwesakhiwo futhi ikhulise ukuvulwa okucacile. I-angle ejwayelekile yokuthambekela engu-45° ilawulwa ngokuqinile, iqinisekisa izilinganiso ezizinzile zokuqhekeka, ukulethwa kwemisebe engenasiphazamiso, kanye nokucindezela ukukhanya okulahlekile—okufanele ukuhlanganiswa kwesistimu ye-optical ehlangene, enembayo ephezulu.
Ukupholisha Okunembe Kakhulu - Ukulahlekelwa Okuphansi, Ukuqina Okuphezulu
Amasu okupholisha athuthukisiwe aveza izindawo ezibushelelezi kakhulu, aqeda ngokuphelele ukuhlakazeka nokulahlekelwa okubangelwa ukuklwebheka noma ukukhubazeka kwendawo. Ama-optics abonisa ukusatshalaliswa kokucindezeleka okufanayo, ukubekezelelana okuqinile, kanye nokunemba okuphezulu kwesibalo sendawo, okuqinisekisa ukuguquguquka okuncane kanye nokumelana okuhle kokuguga ngisho nangaphansi kokusebenza kwamandla aphezulu isikhathi eside. Lokhu kuqinisekisa ukusebenza kwesistimu isikhathi eside, okuthembekile futhi kunciphisa kakhulu izindleko zokulungisa.
Imininingwane Eyinhloko
Ikhwalithi Yomphezulu (Ukuklwebha/Ukumba): 40/20
Ukufana (i-Wedge Angle): ≤ imizuzwana engu-15 ye-arc phakathi kwezindawo zombili
Umfanekiso Womphezulu: Umgodi obanzi ≤3 imiphetho; ukungalingani kwendawo ≤0.5 umphetho; kuqinisekiswe ngokumelene namapuleti okuhlola e-master A-grade
Izimo Zokusebenza Eziyinhloko
1. Ama-resonator e-Laser:
Amafasitela okugcina kanye namafasitela okuvikela ukuphuma kwegesi, isimo esiqinile, i-ultrafast, kanye nemigodi ye-laser yezimboni, okuvumela ukudluliselwa kokulahlekelwa okuncane ngokukhipha okuqondile okune-polarized.
2. Izinsimbi Zokulinganisa Ngokunembile:
Ama-spectrometer, ama-ellipmeter, kanye namakamelo okukhanya angenawo umoya—ukuhlanzwa kwe-polarization kanye nokucindezela ukukhanya okulahlekile.
3. Ama-Polarization Optics Ekuxhumaneni Okubonakalayo:
Ukuhlanzwa kwe-polarization, ukuhlukaniswa, kanye nokudluliselwa kokulahlekelwa okuncane.
Ama-optics aklanywe kahle ukuze kulawulwe ukukhanya okunembile.
Osayizi abangokwezifiso, izimo, kanye nezingubo ezingabonisi ukukhanya noma ezivikelayo ziyatholakala uma ziceliwe ukuze zivumelane nokulungiselelwa okuhlukahlukene kwesistimu yokukhanya, okunika amandla imboni yakho ngokusebenza okuthuthukisiwe kanye nokusebenza kahle kwezindleko.
Isikhathi sokuthunyelwe: Agasti-14-2026