Izindaba - Izinhlobo zezibuko kanye nomhlahlandlela wokusebenzisa izibuko

Izinhlobo zezibuko

I-Plane Mirror
Isibuko se-1.Dielectric coating I-dielectric coatic inokubonakalisa okuphezulu futhi ingasetshenziswa ebangeni elibanzi le-wavelthth. Azingenisi ukukhanya futhi zilukhuni, ngakho-ke azilimazi kalula. Zilungele izinhlelo ezibonakalayo zisebenzisa ama-laselser amaningi we-wavelength. Kodwa-ke, lolu hlobo lwesibuko lunongqimba lwamafilimu oluwugqinsi, luzwela i-angle yezehlakalo, futhi lunezindleko eziphakeme.

I-2.Laser Rays Mirror: Izisekelo zezisekelo ze-Laser Rays Mirror yi-silica ehlanganisiwe ye-ultraviolet Uma kuqhathaniswa nezinto ze-K9, i-silica ehlanganisiwe ye-UV inokufana okungcono kanye ne-coefficie ephansi yokunwebeka okushisayo, okwenza kube khona ikakhulukazi izinhlelo zokusebenza ku-wevenraviolet eduzane ne-wavelthraviolet eduzane nobubanzi be-wavelth, ama-lasers aphezulu kanye namasimu wokufanekisa. Ama-wavelength ajwayelekile okusebenza kwezibuko ze-laser rays afaka 266 NM, 355 NM, 532 NM, no-1064 NM. Isigameko i-angle ingaba ngu-0-45 ° noma 45 °, futhi okubambisethayo kudlula ama-97%.

I-3.Ultrafast Mirror: Isisekelo sezimpawu zesibuko se-Ultrafast yi-Silica ehlanganisiwe ye-ultraviolet I-Silica ebizisiwe ine-coefficie ephansi yokunwebeka okushisayo kanye nokuqina okuphezulu okushaqisayo, okwenza kube kuhle ngamandla aphezulu we-femtosecond esunduza ama-lasers kanye nezicelo zokucabanga. Amabanga ajwayelekile we-waveting wavength ezibukweni ze-Ultrafast angama-460 nm-590 nm, 700 NM-930 NM, 970 NM-1150 NM, no-1400 NM-1700 NM. Ugongolo lwesigameko lungu-45 ° kanti umzabalazo udlula ama-99,5%.

Ama-4.SUSPermirrors: Ama-Supermirrors aqanjwe ngokufaka ezinye izingqimba zezinto eziphakemeyo eziphakemeyo nezikaphansi ze-dielectric zokwenziwa kwe-silica substrate. Ngokwandisa inani lezendlalelo, ukuvela kokumbozwa kwe-super Lokhu kwenza ukuthi ilungele izinhlelo ze-optical ezidinga ukubonwa okuphezulu.

Izibuko ze-5.Metallic: Izibuko zensimbi zilungele ukungcolisa imithombo yokukhanya ebanzi, ngokuthembisa okuphezulu ngaphezulu kwebanga elibanzi elibukhali. Amafilimu wensimbi athambekele kwi-oxidation, ukuguqulwa noma ukufulawa ezindaweni eziphezulu zomswakama. Ngakho-ke, ingaphezulu lesibuko sefilimu lensimbi livame ukuhlanganiswa ngongqimba lwefilimu evikela i-silicon dioxide ukuhlukanisa ukuxhumana ngqo phakathi kwefilimu yensimbi nomoya futhi kuvikele i-oxidation ekusebenzeni kwayo okubonakalayo.

Isibuko se-Angle Right Crism Mirror

Imvamisa, uhlangothi lwe-angle olungakwesokudla luhlanganiswe nefilimu lokulwa nokubonisa, ngenkathi uhlangothi lwe-slant luhlanganiswe nefilimu ekhanyayo. Ama-prisms angakwesokudla anendawo yokuxhumana enkulu nama-engeli ajwayelekile afana nama-45 ° no-90 °. Uma kuqhathaniswa nezibuko ezijwayelekile, ama-prisms angesokudla kwesokudla kulula ukufaka futhi nokuqina okungcono kanye namandla ngokucindezela imishini. Bangukukhetha okuphelele kwezakhi ezibonakalayo ezisetshenziswa kumadivayisi ahlukahlukene kanye namathuluzi.

Isibuko se-off-axis parabolic

Isibuko se-Off-axis Parabolic yisibuko esingaphezulu komhlaba esibonisa indawo ebonakalayo yengxenye yomzali paraboloid. Ngokusebenzisa izibuko ze-off-axis parabolic, imishayo efanayo noma imithombo yamaphoyinti ehlanganisiwe ingagxilwa. Idizayini ye-Off-axis ivumela ukuhlukaniswa kwendawo yokugxila endleleni yokubona. Kusetshenziswa izibuko ze-off-axis parabolic zinezinzuzo eziningana ngaphezulu kwamalensi. Ayethuli ukufutheka okunama-spherical noma kwe-chromatic, okusho ukuthi lokho kugxila okugxile kungagxila ngokunembile endaweni eyodwa. Ngaphezu kwalokho, imishayo edlula ezibukweni ezingekho-axis parabolic gcina amandla aphezulu kanye nekhwalithi ye-optical selokhu izibuko zingenisa ukubambezeleka kwesigaba noma ukulahleka kokutholwa. Lokhu kwenza izibuko ze-off-axis parabolic ikakhulukazi zilungele izinhlelo ezithile, ezinjenge-femtosecond zidonswa ama-lasers. Kuma-lasers anjalo, ukugxila okuqondile nokuqondanisa kogongolo kubalulekile, futhi izibuko ze-off-axis parabolic zinganikeza ukunemba okuphezulu nokuqina, ukuqinisekisa ukusebenza kahle kwe-laser beam kanye nokukhipha okuphezulu.

I-Retroreveling Hollow Roof Prism Mirror

Uphahla ophahleni olungenalutho luqukethe ama-prisms amabili anxande kanye nepuleti lesisekelo elingunxande elenziwe nge-borofloat impahla. Izinto ze-borofloat zine-flatness ephezulu kakhulu nezakhiwo ezinhle kakhulu ze-stickical, kukhombisa ukucaca okuhle kakhulu kanye nokuqina okuphansi kakhulu kwe-fluorescence kulo lonke uhla lwe-fluoreslal. Ngaphezu kwalokho, ama-bevels we-Prist-angle alungile ahlanganiswe ngenhlanganisela yesiliva enongqimba oluvikelayo, olunikezela ngokuthengwa okuphezulu ebangeni elibonakalayo nelingaseduze ne-infrared. Imithambeka yalezi zinto ezimbili zibekwa maqondana ne-amparity yodwa, futhi i-angle ye-dihedral isethwe ku-90 ± 10 10 arcsec. Uphahla oluyize Prism Prism lubonisa isigameko esikhanyayo kwi-hypotenuse ye-prism kusuka ngaphandle. Ngokungafani nezibuko eziyizicaba, ukukhanya okubonisiwe kuhlala kufana nokukhanya kwesigameko, ukugwema ukuphazanyiswa kwe-beam. Ivumela ukuqaliswa okuqondile ngokwengeziwe kunokulungisa ngezibuko ezimbili.