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; ngokwenqanaba lokubonisa, zinokwahlulwa zibe zizibuko ezibonisa ngokupheleleyo kunye nezibuko ezibonisa i-semi-transparent (eyaziwa ngokuba yi-beam splitters).

Ngaphambili, xa kusenziwa izibonisi, iglasi yayihlala igalelwe ngesilivere. Inkqubo yokwenziwa kwayo esemgangathweni kukuba: emva kokufunxa kwe-aluminiyam kwi-vacuum kwi-substrate epholisiweyo kakhulu, emva koko ifakwe i-silicon monoxide okanye i-magnesium fluoride. Kwizicelo ezikhethekileyo, ilahleko ngenxa yesinyithi inokutshintshwa iifilimu ze-dielectric multilayer.

Ngenxa yokuba umthetho wokukhanya awunanto yokwenza nokukhanya okuphindaphindiweyo, olu hlobo lwecandelo lunebhendi ebanzi yokusebenza, enokufikelela kwimimandla ye-ultraviolet kunye ne-infrared ye-spectrum yokukhanya okubonakalayo, ngoko ke usetyenziso lwayo luba lubanzi kwaye lubanzi. Ngasemva kweglasi ye-optical, ifilimu yesilivere yesinyithi (okanye i-aluminium) ifakwe nge-vacuum coating ukubonakalisa ukukhanya kwesiganeko.

Ukusetyenziswa kwe-reflector kunye ne-reflection ephezulu kunokuphinda kabini amandla okuphuma kwe-laser; kwaye ibonakaliswa ngumphezulu wokuqala obonakalisayo, kwaye umfanekiso obonakalisiweyo awugqwethwanga kwaye awunayo i-ghosting, eyisiphumo sokubonakaliswa komphezulu wangaphambili. Ukuba i-reflector eqhelekileyo isetyenziswe njengendawo yesibini ebonakalisayo, kungekhona nje ukubonakaliswa okuphantsi, akukho ukukhetha kwi-wavelength, kodwa kulula ukuvelisa imifanekiso ephindwe kabini. Kwaye ukusetyenziswa kwesibuko sefilimu edibeneyo, umfanekiso ofunyenweyo awukona nje ukukhanya okuphezulu, kodwa kuchanekile kwaye ngaphandle kokuphambuka, umgangatho wesithombe ucacile, kwaye umbala ungokoqobo. Izipili zangaphambili zisetyenziswa ngokubanzi kwi-optical high-fidelity scanning imaging reflection.